TACR: India: Developing the Power System Master Plan for Bihar
Final Report
4 TRANSMISSION EXPANSION PLANNING
The objective of the Transmission Planning was to develop Transmission Expansion Plan based on the load forecast and generation supply scenario developed as part of the Power System Master Plan for the state of Bihar. The purpose of this report was to present a comprehensive summary of the process, assumptions, methodology, transmission network expansion plan and investment required to ensure the transmission system which would be capable transmitting the planned generation to meet the forecast loads up to FY 2018. The results of the load forecast, generation and transmission plan will be used to develop the distribution plan The proposed transmission system was evaluated for the load and generation conditions for FY 2018 and FY 2014. The following system conditions were studied for FY 2018 and FY 2014. Peak Load Scenario Light Load Scenario The system studies were carried out for the above scenarios and analyzed the transmission system required in FY 2014 and FY 2018. The planning studies do not include a detailed evaluation of the stability and protection system requirement for transmission lines and substations. The transmission investment plan was prepared based on the transmission network expansion plan developed and was based on load flow studies.
4.1 Key Issues
It is important to review the key issues before undertaking the development of long - term transmission generation plan. This helps the utility to formulate strategies and help to develop policies for attaining the stated goals.
4.1.1 Transmission Planning Studies in BSEB
Central Electricity Authority (CEA) has been responsible for development of load forecast, generation plan, transmission plan in the country and the states neither had the capacity nor the opportunity to develop their own plans before reforms were initiated in the country. However, BSEB had carried out Long-Term Transmission Plan up to FY 2021 with the help of M/s Power Research and Development Consultants Private Limited (PRDCL). These plans were developed during June 2009 and were based on the CEA 17th EPS Forecast. The present system studies are carried out based on the load forecast and generation plan as developed under the Power System Master Plan project funded by ADB. The transmission plan took into account the transmission projects already in the pipe line and committed projects of the BSEB Transmission Power System. .
4.1.2 Suppressed Demand
Presently, the state of Bihar is experiencing huge shortage of power in terms of energy and capacity. The gap between supply and demand has been estimated at 16.4% of energy and 27.6% of capacity in year 2008-09.
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4.1.3 Committed / Planned Capacity Additions
The projects either under construction or about to commence construction are termed as committed units. In order to bridge the gap between supply and demand, the BSEB, in consultation with Government of Bihar, has signed a number of MoUs with many central and private sector power developers. The committed / planned capacity additions in the state are about 20,600 MW and inter-state imports planned is about 3,490 MW. Apart from these, the state hydro power corporation of Bihar has planned a total capacity of about 244 MW which will be commissioned in 11th plan and 12th plan periods. The evacuation plans for the various generating plants discussed in the other sections.
4.2 TRANSMISSION PLANNING METHODOLOGY
The methodology used for Transmission Planning for FY 2018 and FY 2014 was as follows: For 2018 Study Develop system planning criteria based on CEA guidelines for development of transmission plan. Model forecast loads by circle from the load forecast developed as part of Power System Master plan Allocate the circle wise demand to existing and future 220/33KV and 132/33KV substations Schedule existing, committed, future generation projects and inter-state generation expected by FY 2018. Consider all existing and committed transmission projects. Schedule reinforcement required for existing 220kV and 132kV substations and schedule new substations as necessary. Develop the transmission system required to meet the study criteria based on the load flow study.
For 2014 Study
The criterion as developed above was also used for 2014. Model forecast loads by circle from the developed load forecast as part of Power System Master plan Allocate the circle wise demand to existing and future 220/33KV and 132/33KV substations Remove generation projects not scheduled for FY 2014 Modify imports and exports based on the availability various interstate projects outside the state. The total reinforcements were identified keeping in mind the 2018 scenario and for 2014 the projects were phased in and transmission projects not scheduled for FY 2014 or not required were removed from the system. Validate the transmission system for satisfactory operation for FY 2014 for the scenarios considered under the study. The above steps are further explained in the following sub-sections.
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4.2.1 Scheduling of Substation Loads
The scheduling of substations loads was carried out as follows: First the existing circle wise co-incident demand based on the existing substation loads was calculated. Allocate system demand for study year to all circles proportionally based on existing circle wise coincident demand duly taking certain percentage of transmission system losses. Allocate circle wise demand forecast to existing 132/33 or 220/33kV substations considering N-1 contingency of transformers and plan suitable additions of new transformers to take the additional load. The new substations are planned in the vicinity of existing overloaded substations and the load is allocated accordingly so that the substations load is not more than their capacity.
4.2.2 Generation Scheduling
The generation scheduling is carried out considering the existing and future projects get commissioned as per the generation plan and expected interstate power exchanges. The generation scheduling is carried out as follows: Estimate the generation capacity required to meet the forecast loads after considering certain percentage of initial transmission losses assumption Estimate the availability of each generating unit for the load scenario (System Peak and Light Load) under consideration and compute the generation capacity available to the grid considering station auxiliary consumption and spinning reserve required from the unit. Forecast interstate exchanges based on the existing interstate exchanges, future capacity additions and interstate lines planned in the region by central transmission utility(CTU) The generation is scheduled on the priority basis where the must run units are despatched first. Schedule expected hydro generation from the existing and future hydro station for the load scenario under consideration based on the historical availability Schedule the generation from peaking stations from Gas Turbines for peak load scenario based on the system peak requirement Schedule thermal generation from the BSEB stations and shared generation from central sector and IPPs within the state Reschedule few thermal plants generation in such a way that the total scheduled generation from the state, PVT/IPP and interstate exchanges should be equal to estimated generation requirement. The details of the generation plan are discussed in the generation planning report.
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4.2.3 PSAF Load Flow Analysis
The transmission system analysis is carried out using Load Flow and AC contingency modules of Power System Analysis Framework (PSAF) V3.10 simulation tool developed by CYME International. The transmission network database was developed using PSAF to simulate the power flow scenarios to analyse the 2018 and 2014 transmission system.
4.3 TRANSMISSION PLANNING BASIS
This section presents all key assumptions and criteria used in development of transmission expansion plan. All the developed scenarios meet the uniform requirement in terms of performance as; a uniform planning criteria was adopted for the study. The various parameters are discussed as below:
4.3.1 Study Horizon Year
The study horizon period for development of Transmission Plan is 2008-09 to 2017-18, inclusive, a 10 year period.
4.3.2 Load Forecast Considered
Average load forecast scenario was used to develop the base case Transmission Plan for FY 2018 and 2014.
4.3.3 Load Flow Simulation Years
Load Flow simulations were carried out for the horizon period and included the simulation and studies for the intermediate year as follows: Horizon Year Simulation: FY 2018 Intermediate Year Simulation: FY 2014.
4.3.4 Scenarios
The scenarios considered for each simulation year were as follows: Peak Load Scenario Light Load Scenario The light load and peak load simulation were carried out to estimate the reinforcements and reactive compensation required during peak and light load condition. The historical system load of Bihar power system shows that the Peak Load Scenario occurs during October whereas the Light Load Scenario occurs during April. The historical data shows that the light load is about 57% of the annual system peak load. All loads are assumed to have power factor of 0.9, which is a reasonable assumption considering that in most of the national grid code, 0.9 pf has to be maintained between transmission and distribution utilities.
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4.3.5 Study Criteria
The study criteria used for the simulation for FY 2014 and FY 2018 are based on the CEA criteria and the key parameters are discussed in the following sections:
4.3.5.1 Equipment Loading and Substation Reinforcement
Under normal and N-1 contingency operation, no element of transmission should be loaded beyond its thermal limit. The maximum number of transformers in a substation was limited to three numbers though few existing substations had more than three transformers. As 132/33 kV transformers are mostly radial, so a special methodology was developed to limit the loading of the radial feeders. The loading limit of 132kV transformers was reduced from their thermal limit; this was done considering the reliability requirement in the event of outage of a single transformer. In the case of substation having single transformer the substation was loaded up to 50% assuming that under contingency conditions such as outage of transformer the load will be met by the neighbouring substations. Similarly minimum loading criteria used for the substations having more than one transformer was limited to 50%. Based on the above the maximum loading limit of the transformers is shown in the Table 1 below:
Table 4-1 Maximum Transformer Loading Criteria
Number of Transformers in the Maximum Transformer Loading Sl.No 132/33kV substation Limit (%) 1 5 80% 2 4 75% 3 3 67% 4 2 50% 5 1 50%
The maximum substation capacity adopted for each type of substation used in the planning studies was based on CEA criteria and outlined as follows:
Table 4-2 Substation Reinforcement
Transformer Size Substation Sl.No Type of Substation (MVA) Capacity (MVA) 1 765/400kV 1500 3500 2 400/220kV 315 1000 3 220/132kV 100 320 4 132/33kV 50 150
The loading limit of transmission lines are derived based on Thermal Limit and Permissible Loading Limit Curves. These curves were developed using St Clair method to determine the line loading limits as a function of line lengths. The permissible loading limit curve is a plot of length of line on X-Axis and loading limit in terms of % Surge Impedance Loading (SIL) on Y-Axis. The permissible line loading limit depends on many factors such as voltage regulation, stability and current carrying capacity of the line. The permissible line loading curve is derived assuming a voltage regulation of 5% and phase angle difference of 30 deg
Developing the PSMP for Bihar 4-5 020328-40RP-0400-00 Final Report between the two ends of the line. For the lines whose permissible line loading as determined from the curve is higher than the thermal loading limit, the permissible loading limit is restricted to thermal loading limit only. The permissible thermal loading limit curve is plotted as follows:
Figure 4-1 Line Loading Limit as function of length
Based on the above the loading limit of transmission lines for various voltages was derived as follows:
Table 4-3 Line Loading Limits
Quad Quad Twin AAAC 560 Description Zebra Panther Bersimis Moose Moose Sq.mm Voltage (kV) 765 400 400 220 220 132 Thermal Limit at 45 deg C ambient temp (Amps) and 2788 2380 1190 808 546 366 & 75 degC conductor temperature Thermal Limit 3694 1649 824 308 208 84 (MVA) SIL (MVA) 2316 615 515 132 132 48 Line length 2316 1649 824 308 208 84 (<=100km)
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Quad Quad Twin AAAC 560 Description Zebra Panther Bersimis Moose Moose Sq.mm Line length (>100 2316 1076 824 231 208 - and<=200km) Line length (>200km - 846 708 - - - and<=300km)
4.3.6 Voltage Limits
The permissible voltage limits as per CEA guidelines are as follows:
Table 4-4 Voltage Limits
Voltage Limits Voltage Limits Sl. No Bus Voltage (%) (kV) 1 765kv +/-4.8 728kV to 800kV 2 400kV +/-5% 380kV to 420kV 3 220kV +/-10% 198kV to 245kV 4 132kV +/-10% 122kV to 145kV
4.3.7 Contingency Criteria
The transmission planning is based on a deterministic approach using the single line contingency criteria (N-1). This is the most common approach used worldwide, and it requires the system to be able to operate satisfactorily with one element out of service (line or transformer), and also to survive the transition state from the normal operating state to contingency state without any operator intervention
4.3.8 Transmission projects
The starting point of the transmission system expansion planning is the modelling of the following transmission projects: All existing transmission system from 400kV to 132kV network All projects under construction All projects committed to be commissioned
4.3.9 Reactive Compensation
The reactive compensation was required to support the active power transfer from generating station to loads. The reactive power requirement in the system is partly met by the line charging from the lines loading below surge impedance loading and partly from the generating stations. Under the lightly loaded transmission lines generate more reactive power than they consume which increases the line voltages. Under these conditions it is very important to ensure that the generators which are in electrical vicinity to such lines absorb reactive power generated but are within limits of the absorption capacity of the generators. In all cases
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4.4 Load Forecast
The section presents brief description of the load forecast study and the results of the load forecast as presented in the “Report on Load Forecast” as part of the Power System Master Plan. The summary of the study are as follows: The various categories considered for forecasting the load are: Domestic Non-Domestic Public Lighting LT-Industry HT-Industry Railway Traction Public Water Works Irrigation The approach used for each category forecast is tabulated as below
Table 4-5 Load Forecast Approaches
Approach Categories Trend/Adjusted Trend Non-Domestic, Public Lighting, LT-Industry, HT-Industry, Railway Traction and Public water works Partial End Use Domestic End Use Irrigation
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The horizon period for the forecast is from FY 2009 to FY 2018. Two load forecast scenarios were developed. These scenarios are as follows: Average Load Growth Scenario Optimistic Load Growth Scenario
4.4.1 Summary results of Load Forecast
The summary of results for the above two forecasts are presented in the following table:
Average Load Growth Scenario Optimistic Load Growth Scenario Domestic sales growth projected at CAGR of Domestic sales growth projected at CAGR of 16.4% 22.9% Irrigation sales growth projected at CAGR of Irrigation sales growth projected at CAGR of 10.2% 11.3% Sales to Industry category projected at Sales to Industry category projected at CAGR of 14.18% CAGR of 17.17% Total Sales growth projected at CAGR of Total Sales growth projected at CAGR of 14.2% 19.1% Reduction of T&D Losses projected at CAGR Reduction of T&D Losses projected at CAGR of -7.6% of -7.6% System energy growth projected at CAGR of System energy growth projected at CAGR of 10.5% 15.3% System Peak Demand growth projected at System Peak Demand growth projected at CAGR of 10.6% CAGR of 15.4%
The results of annual load forecast are presented as follows:
Table 4-6 Summary of Load Forecast Results
Average Load Forecast Scenario Optimistic Load Forecast Scenario Annual Energy Annual Energy Financial Year Annual Peak Annual Peak Requirement Requirement Demand (MW) Demand (MW) (MU) (MU) 2009 12,110 2,048 12,571 2,126 2010 13,355 2,310 14,701 2,543 2011 14,742 2,617 17,101 3,036 2012 16,311 2,956 19,863 3,599 2013 18,327 3,286 22,935 4,113 2014 20,551 3,647 26,512 4,705 2015 22,766 3,998 30,400 5,339 2016 25,255 4,390 35,040 6,092 2017 28,204 4,854 41,091 7,072 2018 31,592 5,383 48,381 8,243
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4.4.2 Allocation of Substation Loads
The unconstrained load forecast represents the total Bihar state demand including transmission and distribution losses, net of generating station auxiliaries. The circle wise co- incident demand forecast is developed based on the methodology discussed in the previous section. The substation load demand forecast is developed assuming typical percentage of transmission losses. The system coincident peak demand after deduction of transmission losses works out to 3515 MW and 5271 MW respectively for FY 2014 and FY 2018. The above demand forecast for loads is the starting point and are assigned in the load flow database. Subsequently, while carrying out the load flow studies (which calculates the actual transmission losses), the substation loads are adjusted globally to match the forecast demand. The system peak demand met by BSEB for FY 2010 in the month of October-2009. The peak demand met was 1,506 MW. The coincident demand for all substations during system peak demand was not available. Hence, the coincident peak demand for all substation demand is estimated for year 2009 based on the substation average loading during peak load day and adjusted to system losses to meet the system peak load as mentioned. The system coincident demand is allocated to the different circles as follows:
Table 4-7 Circle wise co-incident demand
Coincident Peak FY 2014- Peak Load FY 2018- Peak Load Name of the Circle demand (MW) (MW) (MW) (Oct 2009) Patna 423 1064 1595 Gaya 151 379 568 Munger 62 157 235 Bhagalpur 88 222 333 Muzaffarpur 115 290 434 Chapra 69 173 260 Motihari 44 110 165 Darbhanga 66 167 251 Samastipur 59 148 222 Purnea 71 178 266 Saharsa 52 131 197 Rohtas 96 241 362 Bhojpur 48 121 181 Nalanda 54 135 203 Total 1,398 3.515 5,271 Note: The load of transmission circles are included in the distribution circles and all circles in Patna are combined together to form one single circle for the purpose of transmission planning. The circle wise co-incident demand is further allocated to existing substations considering substation reinforcement and future 132/33kV substations. The allocation of loads to different substations is presented as follows:
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Table 4-8 Allocation of Loads between Existing and Proposed 220/33kV and 132/33kV Substations (MW)
Existing CIRCLE NAME OF THE SS FY 2014 FY 2018 (Oct 2009)
1 PATNA, PESU(E), PESU(W) 423 1064 1595 BARHI EXISTING 7 18 53 BIHTA-2 - - 45 BIHTA EXISTING 41 89 91 DIGHA - 61 91 FATHUA-2 - 42 91 GAIGHAT-2 - - 45 GAIGHAT EXISTING 32 73 91 MOKAMA RLY RAILWAY 7 12 19 HATHIDAH EXISTING 11 19 29 JAKKANPUR-2 - 91 91 JAKKANPUR EXISTING 85 115 115 KATRA EXISTING 10 49 75 KHAGAUL-2 - 91 91 KHAGAUL-3 - - 91 KHAGAUL RAILWAY 13 24 38 KHAGAUL EXISTING 85 66 53 MASURHI EXISTING 9 22 33 MITHAPUR-2 - 73 91 MITHAPUR-3 - - 91 MITHAPUR EXISTING 76 73 91 KHUSRPUR RLY RAILWAY 8 16 24 FATHUA EXISTING 39 75 66 SIPARA - 54 91
2 GAYA 151 379 568 AURANGABAD - 7 11 BELAGANJ EXISTING 4 12 18 CHANDAUTI-2 - - 34 CHANDAUTI-3 RAILWAY 9 17 27 CHANDAUTI EXISTING 25 44 38 GOH - 7 11 HULASGANJ - 5 8
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Existing CIRCLE NAME OF THE SS FY 2014 FY 2018 (Oct 2009)
JEHNABAD RAILWAY 4 7 11 JEHNABAD EXISTING 17 48 60 KARPY - 7 11 NAWADA EXISTING 14 45 68 PAHARPUR RAILWAY 7 12 18 PAHARPUR - - 18 RAFIGANJ RAILWAY 13 24 20 RAFIGANJ EXISTING 7 14 18 SONNENAGAR-2 - - 37 SONNENAGAR RAILWAY 12 23 35 SONNENAGAR EXISTING 24 50 50 TEKARI - 7 9 WAZIRGANJ - 7 9 BODHGAYA EXISTING 17 41 57
3 MUNGER 62 157 235 JAMALPUR EXISTING 17 45 68 JAMUI EXISTING 14 40 61 LAKHISARAI RAILWAY 8 16 24 LAKHISARAI EXISTING 10 14 20 SHEIKHPURA EXISTING 12 41 62
4 BHAGALPUR 88 222 333 BANKA EXISTING 8 33 50 KAHALGAON EXISTING 11 28 42 NAUGACHHIYA EXISTING 8 19 28 SABOUR-2 - - 45 SABOUR EXISTING 41 91 91 SULTANGANJ EXISTING 21 51 77
5 MUZAFFARPUR 115 290 434 HAJIPUR EXISTING 18 45 67 MUZAFFARPUR-2 - - 45 MUZAFFARPUR EXISTING 60 91 91 RUNI SAIDPUR - 12 18
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Existing CIRCLE NAME OF THE SS FY 2014 FY 2018 (Oct 2009)
SHEOHAR - 11 16 SITAMHARI EXISTING 18 45 67 SKMCH - 37 56 VAISHALI EXISTING 19 49 73
6 CHAPRA 69 173 260 CHAPRA-2 - - 34 CHAPRA EXISTING 19 67 67 GOPALGANJ EXISTING 18 39 57 MASRAKH - 5 7 SHITALPUR EXISTING 8 16 24 SIWAN EXISTING 24 47 71
7 MOTIHARI 44 110 165 BETTIAH EXISTING 9 19 25 DHANHA 0 27 35 DHAKA EXISTING 3 8 13 MOTIHARI EXISTING 18 31 49 RAMNAGAR EXISTING 13 19 36 RAXAUL - 5 7
8 DARBHANGA 66 167 251 GANGWARA - 27 32 DARBHANGA 21 40 54 JAINAGAR EXISTING 4 10 14 KUSHESWAR - 5 6 MADHUBANI EXISTING 13 25 47 PANDAUL EXISTING 25 52 86 PHULPARAS EXISTING 3 7 12
9 SAMASTIPUR 59 148 222 DALSINGSARAI - 41 62 HFC EXISTING 29 31 31 SAMASTIPUR-2 - - 23 SAMASTIPUR EXISTING 30 53 77
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Existing CIRCLE NAME OF THE SS FY 2014 FY 2018 (Oct 2009)
BEGUSARAI - 23 30
10 PURNEA 71 178 266 FORBESGANJ EXISTING 9 23 35 KATIHAR EXISTING 15 38 57 KISHANGANJ EXISTING 14 36 54 PURNEA-2 - - 29 PURNEA EXISTING 32 80 91
11 SAHARSA 52 131 197 KATIYA EXISTING 8 21 31 KHAGARIYA EXISTING 12 30 45 MADHEPURA - 5 8 SAHARSA EXISTING 23 46 69 SONABARSHI - 5 8 SUPAUL EXISTING 5 13 19 UDAKISHANGANJ EXISTING 4 11 16
12 ROHTAS 96 241 362 BANJARI EXISTING 2 8 12 BHABUA EXISTING 20 55 80 BIKRAMGANJ EXISTING 12 27 40 DINARA - 5 8 KARMNASA RAILWAY 6 10 16 KARMNASA EXISTING 13 28 47 KUDRA RAILWAY 13 24 38 KUDRA - 5 8 SASARAM EXISTING 13 27 39 DEHRI-ON-SONE EXISTING 18 50 74
13 BHOJPUR 48 121 181 ARRA RAILWAY 7 14 22 ARRA EXISTING 15 30 44 BUXAR - 5 13 DUMRAON RAILWAY 8 16 24
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Existing CIRCLE NAME OF THE SS FY 2014 FY 2018 (Oct 2009)
DUMRAON EXISTING 17 48 66 JAGDISHPUR - 7 11
14 NALANDA 54 135 203 BARIPAHRI EXISTING 42 90 68 BARIPAHRI-2 - - 41 HARNAUT - 6 9 NALANDA - 6 9 RAJGIR EXISTING 12 21 45 EKANGASARAI 12 31
4.5 Generation Plan
The purpose of the generation planning is to estimate the generation capacity requirement to meet the forecasted demand at the specified reliability level subject to the system constraints. The least cost generation expansion plan has been developed as part of the Power System Master Plan. The least cost indicative generation plan was developed using SNC-Lavalin’s System Planning and Production Costing Model (SYPCO). Various scenarios have been developed for the following load forecast scenarios Average Load Forecast Scenario Optimistic load forecast scenario The generation plan was developed by reviewing various projects committed/planned by BSEB, various agencies including IPPs, Central generating stations and Hydro Power Corporation of Bihar. The following scenarios were formulated for each load forecast scenario Scenario-1:Coal+Hydro Scenario-2: Coal+ Hydro+ Import Scenario-3: Coal+ Hydro+ CCGT Scenario-4: Coal+ Hydro+ Import+ Pump Hydro Scenario-5: Coal+ Hydro+ Export The scenario-5 developed is not considered for selection of least cost plan.
4.5.1 Generation Planning Criteria
The following generation planning criteria was used to develop the least cost generation plan: Study Horizon Year: The study horizon period for development of Generation Plan is 2008-09 to 2017-18, inclusive, a 10 year period.
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Load Forecast: Average Load Forecast Scenario Optimistic load forecast scenario The planning year is taken as equal to the financial year. For example financial year 2009 starts from April-2008 to March-2009, inclusive. Reference Year for Present Worthing and Cost Data Reliability Criterion: The reliability criterion decides timing of new capacity additions required in future. The reliability criterion used for the state of Bihar is as follows: Up to FY 2012: LOLP: 3% (262.8 hours/year) EUE: Not used From FY 2012 to FY 2013: LOLP : 2% (175.2 hours/year) EUE : Not used FY 2014 onwards: LOLP : 1% (87.6 hours/year) EUE : 0.15% of system annual energy requirement Basic Supply Options: The supply options available for peak load plants are as follows: Gas Turbines: This is subjected to the availability of the gas to the state. Pumped Hydro Plants: The state of Bihar is planning huge pumped storage capacities in the 13th Plan period and requires government intervention to advance these units to be available in 12th Plan period.
Basic Discount Rate: 10%
Committed Projects:
Projects of BSEB BSEB has planned to expand the present two power plants namely BTPS and MTPS. The BSEB has also committed to build a 50%:50% Joint Venture power plant at Nabinagar with NTPC. The details of these projects are tabulated as below:
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Table 4-9 Committed Projects of BSEB
Capacity Sl.No Power Station Remarks (MW) 1 Extension of BTPS, Dist- 2x250 Expected in FY 2014 Begusarai 2 Extension of MTPS, Kanti, 2x195 Expected in FY 2014 Dist-Muzaffarpur 3 Nabinagar Power 3x660 Expected in FY 2014 Generating Company Pvt. Ltd (50:50 JV of GOB/BSEB & NTPC) Total share 2,375
Projects under Tariff Based competitive Bidding Route (Case-2) The joint venture company Bihar Power Infrastructure Company (BPIC) has been formed with IL&FS and BSEB to facilitate Case-2 bidding process in Bihar for identified projects of total capacity of about 3,960 MW. BSEB will have 70% share from these projects. The details of these projects are tabulated as below:
Table 4-10 Projects under Tariff Based Competitive Bidding Route (Case-2)
Capacity Sl.No Power Station/Developer Remarks (MW) 1 Buxar Thermal Power 2x660 Expected in FY 2015 Station at Chausa, District- Buxar 2 Lakhisarai Thermal Power 2x660 Station at Kajra, District- Lakhisarai 3 Pirpainti Thermal Power 2x660 station at Pirpainti, Dist- Bhagalpur Total share 2,772
The bidding process will be initiated once the coal linkages obtained for these projects. Projects under IPP through MOU The State Investment Promotion Board (SIPB) has given approval for four Independent Power Producers (IPPs) to develop power projects in the state. BSEB has signed MOU with these projects for facilitating certain infrastructure required for these projects and sharing 25% of power to BSEB. The details of these projects are as follows:
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Table 4-11 Projects under IPP through MOU
Sl.No Power Station/Developer Capacity (MW) 1 M/s JAS Infrastructure Capital Pvt. Ltd., Nagpur at Banka, 4x660 Bhagalpur 2 M/s Nalanda Power Company Ltd.,Kolkata, at Pirpainti, 2,000 Bhagalpur 3 M/s Adhunik Power and Natural Resources Ltd., Kolkata, at 1,000 Pirpainti/Lakhisarai 4 M/s Vikas Metal and Power Ltd., at Begusarai 500 Total share 1,535
Imports from Central Generating Stations and Other Agencies BSEB will be benefited from the various capacity additions programs of central generating stations. The details of the capacity additions and the proposed share from these projects are tabulated as below:
Table 4-12 Future Imports
Name of Capacity Expected Sl. Capacit Name of the Project the Share (%) Available to Commissioning No y (MW) Agency Bihar (MW) Year 1 Barh TPS Stage-I NTPC 3x660 16.36 324 Jun- 2011 2 Barh TPS Stage-II NTPC 2x660 14.24 188 Feb- 2012 3 Nabi Nagar (RLY) TPS NTPC 4x250 5.8 58 FY 2014 4 KHSTPS Stage-II NTPC 1x500 19.2 96 May-2009 5 North Karanpura TPS NTPC 3x660 6.41 127 FY 2014 6 Subhansri HES NHPC 4x250 20 to 30 250 FY 2012 7 Siang Middle HEP NHPC 4x250 15 150 8 NLC NLC 4x500 10 200 9 UMPP Tilaiya 4,000 12.5 500 1st Unit FY 2014 (Jharkhand) 10 Shell Companies of 8,500 5.88 500 Orissa (under Orissa Hydro Power Corporation) 11 APGENCO (under APGENCO 4,400 25 1,100 Andhra Pradesh Power Development Co. Ltd.) Total 27,680 3,493
Future Hydro Bihar Hydro Power Corporation (BHPC) has planned to develop various hydro projects of totaling capacity of about 244.5 MW in the horizon period.
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Table 4-13 Future Hydro
Name of the Expected Sl. No Name of the Project Capacity (MW) Agency Commissioning Year 1 Small Hydro BHPC 1.7 Jul 2009 2 Small Hydro BHPC 8.4 Dec- 2009 3 Small Hydro BHPC 6.4 Dec-2011 4 Small Hydro BHPC 102 FY 2013 5 Dagmara HEP BHPC 126 12th Plan Period Total 244.5
4.5.2 Summary of Least Cost Generation Plan
The details of least cost generation plan for average load forecast scenario are as follows: The supply options considered are coal, Imports and hydro. This scenario takes the capacity additions planned under state, JV, IPP sectors and imports from central generating stations. The capacity additions considered in this scenario are as follows: Coal: o Committed: BTPS Expansion, MTPS Expansion, Nabinagar-JV between BSEB and NTPC o New: Pirpainti Thermal Power Hydro: o Small Hydro, Dagmara Hydro Imports: Barh TPS Stage-1 and Stage-2 Gas Turbines The capacity additions up to FY 2013 are limited by only hydro Large capacity additions are occurring in FY 2014. The import capacity mix is reducing from 84.7% to 31.6% Energy mix of coal fired plants is increasing from 5.9% to 64.2% The deficit is continuing up to FY 2013 because of limited capacity additions The system switching over from negative reserve margin to the positive reserve margin in FY 2014 Meeting both the reliability targets from FY 2014. The reserve margin at the end of the horizon period stays at 14%. The capacity addition program under least cost generation plan is presented as below:
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Table 4-14 Net Capacity Additions (MW): Least Cost Generation Plan- Average LF Scenario
Financial Year Name of the Project 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Imports 0 0 0 448 0 0 0 0 0 0 Existing 0 0 0 0 65 0 200 0 0 0 BTPS-Extension 0 0 0 0 0 463 0 0 0 0 MTPS-Extension 0 0 0 0 0 361 0 0 0 0 Nabinagar Power-JV 0 0 0 0 0 916 0 458 0 0 Pirpainti TPP 0 0 0 0 0 0 0 0 0 427 Gas Turbine 0 0 0 0 495 0 0 99 0 198 Hydro 0 10 0 6 102 0 125 0 0 0 Total 0 10 0 455 662 1,739 326 557 0 625 Total-Horizon Period 4,373
4.5.3 Integration of Generation Plan into the Transmission System Studies
The least cost generation plan shows that the majority of the capacity additions are taking place in FY 2014. The total net capacity additions required to meet the forecast loads is about 4373 MW for the year 2014. However according to the the status of various projects under IPP route there is possibility of additional generation capacity to be commissioned in the state.. Therefore, it is appropriate to take these capacities and any surplus arising from these capacities was modelled as export to the neighbouring states. In this scenario the following additional capacity was considered in the development of transmission Plan. Pirpainti Thermal Power : 660MW Lakhisarai Thermal Power: 2x660 MW Buxar Thermal Power: 2x660MW JAS Infra: 4x660 MW Vikas Metal: 500MW Based on these capacities the generation despached was scheduled for peak load and light load conditions for FY 2014 and FY 2018. The existing import and export points of BSEB system are as follows: Export Points: Kahalgaon-Balia Biharsharff-Balia Sultanganj-Deogarh Rajgir- Barhi(DVC) Sonenagar-Garhwa Biharshariff- Gorakhpur Kahalgaon-Maithon
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Purnea-Malda Sasaram HVDC Link Import Points: Sonenagar-Rihand Purnea-Siliguri Biharshariff- TTPS Kahalgaon-Farakka
Since the inter-state power flows are dictated by the capacity additions in the region and network expansion in the region. Therefore, it is important to present the capacity additions planned in the region. The expected capacity additions in the region are as flows: North Karanpura : 1980 MW Maithon RB: 1000 MW Barh: 1980 MW Teesta Low Dam III &IV: 292 MW Teesta IV: 495 MW NabiNagar JV Rlws: 1980 MW Kahalgaon-II: 1000 MW Mejia U6: 250 MW Bokaro Ext: 500 MW Koderma: 1000 MW Farakka-III: 500 MW Mejia Extn: 1000 MW Raghunathura: 1000 MW Durgapur Steel TPS: 1000 MW Source: National Electricity Plan The inter-regional transmission systems planned in the region are as follows: 400kV Lines LILO of Kahalgaon- Balia 400kV DCDS Quad line at Barh LILO of Barh to Balia -400kV DCDS Quad Line at 400kV Patna Purnea-Malda -400kV DCDS 2nd Line Barh-Gorakhpur- 400kv DCDS Quad Line. Gaya-North Karanpura- 400kV DCDS Quad Line Gaya-Ranchi Pooling Station – 400kV DCDS line Gaya-Koderma-400kV DCDS Quad Line Biharshariff-Koderma – 400kV DCDS Quad line
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Biaharshariff -Sasaram- 400kv DCDS Quad Line -2nd Ckt Biahrsharff-Purnea – 400kV DCDS Quad Line LILO of Pusauli –Allahabad line at Varanasi (Mugalsarai)- 400kV single ckt Pusauli- Dlatonganj -400kv DCDS Patna- Kishanganj- 400kV DCDS Quad Line 765kV Lines Gaya-Varanasi -765kV Line -2 S/C Gaya-Balia- 765Kv Line Gaya-Tilaiya Gaya-Godda- 765kV Line-2 XS/C Sasaram- Fathepur -765kV Line -2xS/C Source: CEA, updated as on July 2009
4.5.4 Generation Scheduling
Based on the generation capacity additions program the generation schedules for FY 2014 and FY 2018 are prepared for the following scenarios: Peak Load Scenario Light Load Scenario The generation schedule for FY 2014 is presented in the following table:
Table 4-15 Generation Scheduling for FY 2014: Thermal
Station Scheduled (MW) Peak Load Light Load COAL BTPS UNIT-6 90 90 BTPS UNIT-7 90 0 MTPS UNIT-1 90 90 MTPS UNIT-2 90 0 BTPS EXTENSION UNIT-1 208 208 BTPS EXTENSION UNIT-2 208 208 MTPS EXTENSION Unit-1 162 162 MTPS EXTENSION UNIT-2 162 162
GAS GAS TURBINE UNIT-1 92 0 GAS TURBINE UNIT-2 92 0
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Station Scheduled (MW) Peak Load Light Load GAS TURBINE UNIT-3 92 0 GAS TURBINE UNIT-4 92 0 GAS TURBINE UNIT-5 92 0 GAS TURBINE UNIT-6 92 0 GAS TURBINE UNIT-7 0 0 GAS TURBINE UNIT-8 0 0
Total Thermal 1654 921
Table 4-16 Generation Scheduling for FY 2014: Hydro
Station Scheduled (MW) Peak Load Light Load COAL BHEP 4 4 KOSHI 18.4 18.4
Total Thermal 22.4 22.4
Table 4-17 Generation Scheduling for FY 2014: Shared Resources within State
Station Scheduled (MW) Peak Load Light Load Shared Resources Within the State KHALGAON STAGE1 UNIT-1 176 176 KHALGAON STAGE1 UNIT-2 176 176 KHALGAON STAGE1 UNIT-3 176 176 KHALGAON STAGE1 UNIT-4 176 0 KHALGAON STAGE 2 UNIT-1 439 439 KHALGAON STAGE 2 UNIT-2 439 439 KHALGAON STAGE 2 UNIT-3 439 439 BARH STAGE 1 UNIT-1 580 580 BARH STAGE 1 UNIT-2 580 580
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Station Scheduled (MW) Peak Load Light Load BARH STAGE 1 UNIT-3 580 0 BARH STAGE-2 UNIT-1 580 580 BARH STAGE-2 UNIT-2 580 580 NABINAGAR RAILWAY UNIT-1 208 208 NABINAGAR RAILWAY UNIT-2 208 208 NABINAGAR RAILWAY UNIT-3 208 208 NABINAGAR RAILWAY UNIT-4 208 0 NABINAGAR UNIT-1 580 580 NABINAGAR UNIT-2 580 580 NABINAGAR UNIT-3 580 580
Total Shared Capacity 7493 6530
Table 4-18 Generation Scheduling for FY 2014: Inter-State Exchange
Station Scheduled (MW) Peak Load Light Load Interstate Exchange BARH(PGCIL)-GORAKHPUR-400KV (3009) (2118) BIHARSHARIFF(PGCIL)-BALIA-400KV (1916) (1831) PATNA(PGCIL)-BALIA-400KV (2129) (2001) BIHASHARIFF(PGCIL)-KODERMAPG-400KV 1722 1243 BIHASHARIFF-TTPS-132KV 565 349 GAYA(PGCIL)-GODDA-765KV 0 0 GAYA(PGCIL)-MUGALSARAI-765KV (2310) (1713) GAYA(PGCIL)-NORTH KARANPURA-400KV 1755 1207 GAYA(PGCIL)-NR(BALI)-765KV (1718) (1562) KAHALGAON(PGCIL)-FARAKKA-400KV 468 449 KAHALGAON(PGCIL)-MAITHON-400KV 1614 906 KISHANGANJ-DALKHOLA-132KV (104) (104) PURNEA(PGCIL)-MALDA-400KV 858 438 KISHANGANJ-SIKKIM-400KV 1280 880 KISHANGANJ-SILIGURI-400KV 900 750 PUSALI(PGCIL)-DALTONGANJ-400KV (197) (197) PUSALI(PGCIL)-FATHEHPUR-765KV (3261) (2038)
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Station Scheduled (MW) Peak Load Light Load RAJGIR-DVCBARHI-132KV (20) (20) SONENAGAR-GARHWA-132KV (32) (32) SONENAGAR-RIHAND-132KV 25 25 SULTANGANJ-DEOGARH-132KV (15) (15) Net Interstate Exchange (5523) (5383)
The summary of Generation Schedule for FY 2014 is presented as follows:
Table 4-19 Summary of Generation Scheduling for FY 2014
Station Scheduled (MW) Peak Load Light Load Substation Loads 3,515 2,014 Peak Demand Losses (3.62% initial assumption) 132 76 Ex-Bus Demand 3,647 2,090
Net Interstate Exports 5,523 5,383 Shared Resources within State 7,493 6,530 Interstate Utilization 1,970 1,146 Net Load to be met by BSEB 1,677 944
BSEB Generation Thermal 1,654 921 Hydro 22 22 Total 1,677 944
Total Generation Utilization 3,647 2,090
Similarly, generation schedule for FY 2018 is presented for peak load and light load as follows:
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Table 4-20 Generation Scheduling for FY 2018: Thermal
Station Scheduled (MW) Peak Load Light Load COAL BTPS UNIT-6 90 80 BTPS UNIT-7 90 0 MTPS UNIT-1 90 80 MTPS UNIT-2 90 0 BTPS EXTENSION UNIT-1 208 208 BTPS EXTENSION UNIT-2 208 208 MTPS EXTENSION Unit-1 162 162 MTPS EXTENSION UNIT-2 162 162
GAS GAS TURBINE UNIT-1 92 0 GAS TURBINE UNIT-2 92 0 GAS TURBINE UNIT-3 92 0 GAS TURBINE UNIT-4 0 0 GAS TURBINE UNIT-5 92 0 GAS TURBINE UNIT-6 92 0 GAS TURBINE UNIT-7 92 0 GAS TURBINE UNIT-8 0 0
Total Thermal 1654 901
Table 4-21 Generation Scheduling for FY 2018: Hydro
Station Scheduled (MW) Peak Load Light Load HYDRO BHEP 4 4 KOSHI 18.4 18.4 DAGMARA 40.0 69.0 Total Thermal 62.4 91.4
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Table 4-22 Generation Scheduling for FY 2018: Shared Resources within State
Station Scheduled (MW) Peak Load Light Load Shared Resources Within the State KHALGAON STAGE1 UNIT-1 176 167 KHALGAON STAGE1 UNIT-2 176 167 KHALGAON STAGE1 UNIT-3 176 167 KHALGAON STAGE1 UNIT-4 176 0 KHALGAON STAGE 2 UNIT-1 439 416 KHALGAON STAGE 2 UNIT-2 439 416 KHALGAON STAGE 2 UNIT-3 439 0 BARH STAGE 1 UNIT-1 580 549 BARH STAGE 1 UNIT-2 580 549 BARH STAGE 1 UNIT-3 580 0 BARH STAGE-2 UNIT-1 580 549 BARH STAGE-2 UNIT-2 580 549 NABINAGAR RAILWAY UNIT-1 208 208 NABINAGAR RAILWAY UNIT-2 208 208 NABINAGAR RAILWAY UNIT-3 208 208 NABINAGAR RAILWAY UNIT-4 208 0 NABINAGAR UNIT-1 580 580 NABINAGAR UNIT-2 580 580 NABINAGAR UNIT-3 580 0 PIRPAINTI UNIT-1 580 580 PIRPAINTI UNIT-2 580 0 BUXAR UNIT-1 580 580 BUXAR UNIT-2 580 0 LAKHISARAI UNIT-1 580 580 LAKHISARAI UNIT-2 580 0 JAS INFRA UNIT-1 580 580 JAS INFRA UNIT-2 580 580 JAS INFRA UNIT-3 580 580 JAS INFRA UNIT-4 580 0 VIKS METAL UNIT-1 220 220 VIKS METAL UNIT-2 220 0
Total Shared Capacity 13733 9014
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Table 4-23 Generation Scheduling for FY 2018: Inter-State Exchange
Station Scheduled (MW) Peak Load Light Load Interstate Exchange BARH(PGCIL)-GORAKHPUR-400KV (3627) (2476) BIHARSHARIFF(PGCIL)-BALIA-400KV (4257) (3034) ARRA-BALIA-400KV (4257) (3034) BIHASHARIFF(PGCIL)-KODERMAPG-400KV 1740 1243 BIHASHARIFF-TTPS-132KV 570 349 GAYA(PGCIL)-GODDA-765KV 3131 2237 GAYA(PGCIL)-MUGALSARAI-765KV (4472) (2784) GAYA(PGCIL)-NORTH KARANPURA-400KV 2150 1207 GAYA(PGCIL)-NR(BALI)-765KV (3261) (2149) GAYA(PGCIL)-TILAYYA-765KV 1854 1854 KAHALGAON(PGCIL)-FARAKKA-400KV 183 183 KAHALGAON(PGCIL)-MAITHON-400KV 1614 824 KISHANGANJ-DALKHOLA-132KV (104) (100) PURNEA(PGCIL)-MALDA-400KV 858 438 KISHANGANJ-SIKKIM-400KV 1568 880 KISHANGANJ-SILIGURI-400KV 980 750 PUSALI(PGCIL)-DALTONGANJ-400KV (210) (209) PUSALI(PGCIL)-FATHEHPUR-765KV (4484) (3057) RAJGIR-DVCBARHI-132KV (20) (20) SONENAGAR-GARHWA-132KV (32) (32) SONENAGAR-RIHAND-132KV 25 25 SULTANGANJ-DEOGARH-132KV (15) (15)
Net Interstate Exchange (10066) (6922)
The summary of Generation Schedule for FY 2018 is presented as follows:
Table 4-24 Summary of Generation Scheduling for FY 2018
Station Scheduled (MW) Peak Load Light Load Substation Loads 5,271 3,020 Peak Demand Losses (2.08% initial assumption) 112 64 Ex-Bus Demand 5,383 3,084
Net Interstate Exports 10,066 6,922 Shared Resources within State 13,733 9,014 Interstate Utilization 3,666 2,092
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Station Scheduled (MW) Peak Load Light Load Net Load to be met by BSEB 1,717 992
BSEB Generation Thermal 1,654 901 Hydro 62 91 Total 1,717 992
Total Generation Utilization 5,383 3,084
4.6 Commited Transmission System
This section presents the transmission lines and substations under construction or committed by the BSEB. These line are considered as part of the initial system for development of 2018 transmission system for the state of Bihar The following table provides the substations under construction or committed by the BSEB.
Table 4-25 Committed 132/33kV Substations
Name of the substation # Transformers Capacity (MVA) WAZIRGANJ 2 20 DIGHA 2 50 DINARA 2 20 KUDRA 2 20 AURANGABAD 2 10 JAGDISHPUR 2 20 KARPI 2 20 HARNUALT 2 20 NALANDA 2 20 GOH 2 20 MASHRAKH 2 20 DALSINGSARAI 2 20 RUNNISAIDPUR 2 20 SONABARSHI 2 20 KUSHESHWAR 2 20 KATRA 2 50 BUXAR 2 20 TEKARI 2 20
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Name of the substation # Transformers Capacity (MVA) EKANGASARAI 2 20 HULSANGANJ 2 20 SKMCH 2 50 RAXAUL 2 20
Table 4-26 Committed 220/132kV Substations
Name of the substation # Transformers Capacity (MVA) SIPARA, PATNA 2 150 2 50 BEGUSARAI 2 100 2 50 MADHEPURA 2 100 2 20 HAJIPUR (NEW) 2 100 PUSAULI (NEW) 2` 150
Table 4-27 Committed 400/132kV or 400/220kV Substations
Name of the substation # Transformers Capacity (MVA) BANKA 2 200 JAMALPUR 2 200 KISHANGANJ 2 315 The following table provides the transmission lines under construction or committed by the BSEB. Table 4-28 Committed Transmission Lines of BSEB
Committed Transmission Lines 1 132KV DCSS Line from ARRA to JAGDISHPUR 2 132KV DCSS Line from BANJARI to SASARAM 3 132KV S/C Line from DIGHA to KHAGAUL 4 132KV DCSS Line from DINARA to KUDRA 5 132KV DCSS Line from DUMRAON to BUXAR 6 132KV S/C Line from HAJIPUR to DALSINGSARAI 7 132KV DCSS Line from JAMUI to SHEIKHPURA 8 132KV DCSS Line from JEHNABAD to KARPI 9 132KV S/C Line from KHAGAUL to BIHTA 10 132KV S/C Line from LAKHISARAI to SULTANGANJ 11 132KV DCSS Line from MADHEPURA to SONABARSHI
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Committed Transmission Lines 12 132KV S/C Line from SAMASTIPUR to BEGUSARAI 13 132KV S/C Line from SKMCH to SITAMAHRI 14 132KV S/C Line from SULTANGANJ to KAHALGAON 15 132KV DCDS Line from SUPAUL to KATIYA 16 132KV S/C Line from SUPAUL to PHULPARAS 17 132KV DCSS Line from TEKARI to GOH 18 132KV S/C Line from BEGUSARAI to BTPS 19 132KV S/C Line from BEGUSARAI to KUSHESWAR 20 220KV DCDS Line from BEGUSARAI to PURNEA 21 220KV DSDS Line from BEGUSARAI to KANTI 22 132KV S/C Line from BIHARSHARIFF to HULASGANJ 23 132KV DCSS Line from BIHARSHARIFF to SHEIKHPURA 24 132KV S/C Line from CHAPRA to HAJIPUR 25 220KV DCDS Line from HAJIPUR to FATUHA 26 132KV S/C Line from KHAGAUL to DIGHA
27 132KV DCSS Line from MTPS to SKMCH
28 132KV S/C Line from SAMASTIPUR to BEGUSARAI 29 132KV S/C Line from SONNENAGAR to AURANGABAD 30 220KV DCDS Line from PURNEA to MADHEPURA 31 132KV DCDS Line from DEHRI-ON-SONE to SONENAGAR 32 132KV S/C Line from GOPALGANJ to BETTIAH 33 132KV S/C Line from BIHARSHARIFF to NAWADA
4.7 SYSTEM STUDIES FOR FY 2018
This section presents the results of the system studies carried out to determine the proposed transmission system for FY 2018. The transmission system studies were carried out with a purpose to ensure that the power generated from the exisitng and the planned stations can be evacuated and also to supply the forecast loads for each circle which was subsequently allocated among the proposed and existing substations. The system studies were carried out for the following scenarios Peak Load (to determine the transmission requirements) Light Load (to determine the reactive compensation requirements) The system peak load of the system for FY 2018 occurs during October and whereas the system light loads condition occurs during April. The system peak load and light load respectively used for the studies were 5,383 MW and 3042 MW. As per the grid code in various states, a power factor of 0.9 was taken at the interface bus.
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4.7.1 Integration of New Generating Stations into Network
As a first step, evacuation plans for the new generators coming into the system were taken into account. This section presents the proposed transmission evacuation scheme for the new generating station commissioned by FY 2018. BTPS Extension BTPS generating station extension comprises of 2x 250 MW units. It is expected to be commissioned in FY 2014. The generation from these units are evacuated from the 220kV transmission system with the following transmission reinforcement. 220kV DCDS AAAC line from BTPS to Hazipur (New) apart from the proposed DCDS line 220kV DCDS AAAC line from BTPS to Begusarai. MTPS Extension MTPS extension comprises of 2x 195 MW units. It is expected to be commissioned in FY 2014. The generation from these units are evacuated from the 220kV transmission system with the following transmission reinforcement. Connected directly to existing 220kV KANTI SS Nabinagar Power Generation (JV) Nabinagar Power Generation is a 50:50 joint venture project of GoB/BSEB and NTPC. It comprises of 3x 660MW units. It is expected to be commissioned in FY 2014. The generation from these units is proposed to be evacuated from the 400kV transmission system with the following transmission reinforcement. Two DCDS 400kV Quad Moose lines from Nabinagar to Pusauli (Power Grid) Barh Stage-1 and Stage-2 Barh Stage-1 comprises of 3x660 MW power generation and Stage-2 comprises of 2x660 MW. The total generation from Barh is 3,300 MW. The stage-1 is expected to be commissioned in June 2011 and stage -2 is expected to be commissioned in FY 2012. The generation from these units for the study purposes was evacuated from the 400kV transmission system with the following transmission reinforcement planned by PGCIL.
Transmission Lines reinforcement planned by PGCIL 400kV DCDS Quad Moose line from Barh to Gorakhpur LILO of 400kV DCDS Quad Moose line from Barh to Balia at Patna LILO of 400kV DCDS Quad Moose line from Kahalgaon to Balia at Barh
Nabinagar Railway Power Generation Nabinagar Power Generation is a joint venture project of NTPC and Indian Railways. It comprises of 4x 250MW. It is expected to be commissioned in FY 2014. BSEB will have 5.8% share from this project. The generation from these units are evacuated from the 400kV transmission system with the following transmission reinforcement. One DCDS Quad Moose lines from Nabinagar to Pusauli (Power Grid)
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Buxar Thermal Power Generation Buxar Thermal Power Generation comprises of 2x 660 MW located at Chausa in Buxar district. It is expected to be commissioned in FY 2015. The generation from these units are evacuated from the 400kV transmission system with the following transmission reinforcement. One DCDS 400kV Quad Moose lines from Buxar to Arra 400kV SS.
Lakhisarai Thermal Power Generation Lakhisarai Thermal Power Generation comprises of 2x 660 MW located at Kajra in Lakhisarai district. It is expected to be commissioned in FY 2015. The generation from these units are evacuated from the 400kV transmission system with the following transmission reinforcement. Two DCDS 400kV Twin Moose lines from Lakhisarai to Patna 400kV SS.
Pirpainti Thermal Power Generation Pirpainti Thermal Power Generation comprises of 2x 660 MW located at Pirpainti in Bhagalpur district. It is expected to be commissioned in FY 2015. The generation from these units are evacuated from the 400kV transmission system with the following transmission reinforcement. One DCDS 400kV Twin Moose lines from Pirpainti to Katihar 400kV SS.
JAS Infrastructure Power Generation JAS Thermal Power Generation comprises of 4x 660 MW located at Banka in Bhagalpur district. The generation from these units are evacuated from the 400kV transmission system with the following transmission reinforcement. One DCDS 400kV Quad Moose lines from JAS to 400kV Banka SS. Two DCDS 400kV Quad Moose lines from JAS to 400kV Patna SS
Vikas Infrastructure Power Generation Vikas Thermal Power Generation comprises of 4x 660 MW located at Begusarai in Bhagalpur district. The generation from these units are evacuated from the 400kV transmission system with the following transmission reinforcement. Two DCDS 220kV Zebra lines from Vikas 220kV to Begusarai 220kV SS.
Gas Turbines located at Buxar Gas turbines proposed in generation plan comprises of 4x 100 MW located at Buxar in Buxer district. The generation from these units are evacuated from the 220kV transmission system with the following transmission reinforcement. One DCDS and one DCSS 220kV AAAC lines from 220kV generating to proposed 400kV Arrah substation.
Gas Turbines located at Gaya Gas turbines proposed in generation plan comprises of 4x 100 MW located at Gaya in Gaya district. The generation from these units are evacuated from the 220kV transmission system with the following transmission reinforcement. One DCDS and one DCSS 220kV AAAC lines from 220kV generating to 220kV Bodhgaya substation.
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Dagmara Hydro Electric Station Dagmara hydro electric power station of 126 MW located at Piprahi in Supaul district. The generation from these units are evacuated from the 220kV transmission system with the following transmission reinforcement. One 220kV DCDS line from 220kV generating to proposed 220kV Supaul substation.
4.7.2 System Performance without Additional Reinforcements
The system studies were carried out for FY 2018 peak load study considering the existing and committed transmission network as an initial network. During this scenario, as expected overloading of several transmission lines and undervoltage at many buses was observed. This is mainly due to the fact that the present BSEB transmission system and committed reinforcements will not be able to meet the peak koad requirements without additional reinforcements. The transmission system was modelled in the PSAF program and load flow analysis was carried out. The Table 29 shown below presents the overloaded lines considering the load and generation scenario for peak load scenario of FY 2018. In the table below the percentage of overload along with the list of overloaded lines is also presented.
Table 4-29 List of Overloaded Existing and Committed Network for FY 2018 Peak Load Study
SL OVERLOAD NAME OF THE LINE NO. (%)
1 132KV PURNEA to 220KV KATHIHAR 643.8 2 220KV HAJIPUR to 132KV HAJIPUR 507.8 3 220KV FATHUA to 132KV GAIGHAT 432.8 4 220KV MTPS to 132KV SKMCH 345.4 5 132KV SHITALPUR to 132KV HAJIPUR 302.1 6 400KV PURNEA to 132KV KISHANGANJ 280.8 7 220KV ARRA to 132KV DUMRAON 209.2 8 400KV PUSAULI to 132KV BHABUA 200.1 9 220KV KHAGAUL to 400KV PATNA 175.5 10 400KV KAHALGAON to 132KV KAHALGAON 172.9 11 132KV FORBESGANJ to 132KV PURNEA 170.9 12 220KV PUSAULI to 400KV PUSAULI 170.2 13 132KV CHAPRA to 132KV SHITALPUR 169.6 14 220KV KHAGAUL to 400KV PATNA 167.6 15 132KV BTPS to 132KV HATHIDAH CKT-1 159.9 16 132KV BTPS to 132KV HATHIDAH CKT-2 159.9 17 132KV PURNEA to 132KV SAHARSA 155.5 18 132KV BEGUSARAI to 132KV BTPS CKT-1 151.8 19 132KV BTPS to 132KV BEGUSARAI CKT-2 151.7
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SL OVERLOAD NAME OF THE LINE NO. (%)
20 220KV KANTI to 220KV GOPALGANJ 142.8 21 220KV MTPS to 132KV VAISHALI 141.3 22 220KV KHAGAUL to 132KV DIGHA 141.1 23 220KV KHAGAUL to 132KV BIHTA CKT-1 139.8 24 220KV KHAGAUL to 132KV BIHTA CKT-2 139.8 25 132KV VAISHALI to 132KV SHITALPUR 137.5 220KV DEHRI-ON-SONE to 132KV 26 SONNENAGAR CKT-1 136.1 220KV DEHRI-ON-SONE to 132KV 27 SONNENAGAR CKT-2 136.1 28 132KV SABOUR to 132KV BANKA 132.9 29 220KV JAKKANPUR to 132KV MITHAPUR 130.6 30 132KV SULTANGANJ to 132KV KAHALGAON 128.4 31 132KV SAMASTIPUR to 132KV DHARBHANGA 124 32 132KV BETTIAH to 132KV MOTIHARI 123.4 33 132KV SAHARSA to 220KV SUPAUL 122.9 34 132KV MOTIHARI to 220KV MTPS 122.5 35 220KV JAKKANPUR to 132KV MITHAPUR 122.4 36 132KV JEHNABAD to 132KV CHANDAUTI 121.9 37 132KV HAJIPUR to 132KV SAMASTIPUR 121.9 38 400KV PURNEA to 132KV PURNEA CKT-1 121.3 39 400KV PURNEA to 132KV PURNEA CKT-2 121.3 132KV SAMASTIPUR to 132KV BEGUSARAI 40 CKT-1 120.5 132KV SAMASTIPUR to 132KV BEGUSARAI 41 CKT-2 120.5 220KV DARBHANGA to 132KV DHARBHANGA 42 CKT-1 118.2 220KV DARBHANGA to 132KV DHARBHANGA 43 CKT-2 118.2 44 132KV GOPALGANJ to 132KV SIWAN 117.9 45 220KV DEHRI-ON-SONE to 132KV BIKRAMGANJ 114.5 46 132KV MITHAPUR to 132KV GAIGHAT 114 47 132KV BTPS to 132KV SAMASTIPUR 113.7 48 132KV SKMCH to 132KV SITMHARI 108.4 49 132KV WAZIRGANJ to 132KV PAHARPUR 105 50 400KV PATNA to 220KV FATUHA 102.7
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In addition to overloading of transmission lines, under voltage and overloading of several buses and substations was observed.
4.7.3 New Transmission Substation Reinforcements
In order to relieve the overloading of the transmission lines and voltage problems at several buses the additional reinforcements (new Substation, new Lines and reactive compensation) were proposed apart from the existing and committed network. All the additional reinforcements were identified by carrying out the simulations using the load flow program. The transmission system for 2018 was developed by including the existing network, committed additions and system reinforcements as identified by the studies. The following table presents the proposed transmission substations required for meeting the load for FY 2018 for maintaining the voltages of the 220/132/33kV and 132/33kV.
Table 4-30 Future 220/132kV/33kV and 132/33kV Substation Committed and Planned
# of T/F
SL COMMISSIONING NAME OF THE SS NO. YEAR (FY) 10 20 50 MVA MVA MVA
1 2011 132KV AURANGABAD 2 0 0 2 2011 132KV BUXAR 0 2 0 3 2011 132KV DALSINGSARAI 0 0 2 3 2012 132KV DHANHA 0 0 2 4 2011 132KV DIGHA 0 0 2 5 2011 132KV DINARA 0 2 0 6 2011 132KV EKANGASARAI 0 2 0 7 2012 132KV FATHUA-2 0 0 2 7 2012 132KV GANGWARA 0 0 2 8 2011 132KV GOH 0 2 0 9 2011 132KV HARNAUT 0 2 0 10 2011 132KV HULASGANJ 0 2 0 11 2011 132KV JAGDISHPUR 0 1 0 12 2012 132KV JAKKANPUR-2 0 0 2 13 2011 132KV KARPY 0 2 0 14 2011 132KV KATRA 0 0 2 15 2013 132KV KHAGAUL-2 0 0 2 16 2011 132KV KUDRA 0 2 0 17 2011 132KV KUSHESWAR 0 2 0 18 2011 132KV MADHEPURA 2 0 0 19 2011 132KV MASRAKH 0 2 0 20 2014 132KV MITHAPUR-2 0 0 3
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# of T/F
SL COMMISSIONING NAME OF THE SS NO. YEAR (FY) 10 20 50 MVA MVA MVA
21 2011 132KV NALANDA 0 2 0 22 2011 132KV RAXAUL 0 2 0 23 2011 132KV RUNI SAIDPUR 0 2 0 24 2011 132KV SHEOHAR 0 2 0 25 2011 132KV SKMCH 0 0 2 26 2011 132KV SONABARSHI 0 2 0 27 2011 132KV TEKARI 0 2 0 28 2011 132KV WAZIRGANJ 0 2 0 29 2010 132KV BEGUSARAI 0 0 2 30 2012 220KV SIPARA 0 0 2 31 2018 132KV PAHARPUR 0 2 0 32 2017 132KV BARIPAHRI-2 0 0 2 33 2018 132KV BIHTA-2 0 0 2 34 2016 132KV CHANDAUTI-2 0 0 2 35 2016 132KV CHAPRA-2 0 0 2 36 2016 132KV GAIGHAT-2 0 0 2 37 2016 132KV KHAGUAL-3 0 0 2 38 2017 132KV MITHAPUR-3 0 0 2 39 2017 132KV MUZAFFARPUR-2 0 0 2 40 2016 132KV PURNEA-2 0 0 2 41 2016 132KV SABOUR-2 0 0 2 42 2016 132KV SAMASTIPUR-2 0 0 2 43 2017 132KV SONNENAGAR-2 0 0 2
TOTAL (Number) 4 37 49 TOTAL (MVA) 40 740 2,450
The following Table 31 presents the increase in transmission capacity of the transmission substations for the voltage ratio of 220/132kV and 400/220kV.
Developing the PSMP for Bihar 4-37 020328-40RP-0400-00 Final Report
Table 4-31 Future 220/132kV and 400/220kV Substations Committed and Planned
NUMBER OF T/F
100 150 200 315 1,500 SL NO. FY NAME OF THE SS
220/ 220/ 220/ 400/ 765/ 132 KV 132 KV 132 KV 220 KV 400 KV 1 2013 765KV SASARAM 0 0 0 0 2 2 2013 765KV GAYA 0 0 0 0 3 3 2012 400KV KISHANGANJ 0 0 0 3 0 4 2012 400KV JAMALPUR 0 0 2 0 0 5 2012 400KV BANKA 0 0 2 0 0 6 2012 400KV KATHIHAR 0 0 0 3 0 7 2011 220KV SUPAUL 2 0 0 0 0 8 2012 220KV SONENAGAR 2 0 0 0 0 9 2012 220KV SIPARA 0 3 0 0 0 10 2012 220KV SHEOHAR 2 0 0 0 0 11 2012 220KV KATHIHAR 3 0 0 0 0 12 2012 220KV PUSAULI 0 2 0 0 0 13 2015 220KV MUZAFFARPUR 3 0 0 0 0 14 2011 220KV MADHEPURA 2 0 0 0 0 15 2013 220KV KHAGAUL-2 0 2 0 0 0 16 2012 220KV JAKKANPUR 0 2 0 0 0 17 2011 220KV HAJIPUR 2 0 0 0 0 18 2012 220KV GAIGHAT 0 3 0 0 0 19 2010 220KV BEGUSARAI 2 0 0 0 0 20 2015 400KV ARRAH 0 0 0 2 0 21 2015 220KV SAMASTIPUR 2 0 0 0 0 22 2015 220KV SABOUR 2 0 0 0 0 23 2018 220KV HULSANGANJ 2 0 0 0 0 24 2016 220KV FORBESGANJ 2 0 0 0 0 25 2015 220KV CHAPRA 2 0 0 0 0 26 2017 220KV BIKRAMGANJ 1 0 0 0 0
TOTAL (Number) 29 12 4 8 5 TOTAL (MVA) 2,900 1,800 800 2,520 7,500
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4.7.4 Transmission Substation Augmentation
This section presents the transmission substation augmentation required at various voltage levels.
Developing the PSMP for Bihar 4-39 020328-40RP-0400-00 Final Report
The following table presents the augmentation of existing 220/132/33kV and 132/kV substations.
Table 4-32 Augmentation of 220/132kV/33kV and 132/33kV Existing Substation
T/F CAPACITY (MVA) COMMISSIONING YEAR (FY) NAME OF THE SS 2010 2011 2012 2013 2014 2015 2016 2017 2018 TOTAL
EXISTING 132KV ARRA 0 50 50 0 0 50 0 0 0 150 EXISTING 132KV BANJARI 0 0 0 0 20 0 0 0 0 20 EXISTING 132KV BANKA 0 50 50 0 50 0 0 0 0 150 EXISTING 132KV BARHI 0 100 0 0 0 50 0 0 0 150 EXISTING 132KV BARIPAHRI 0 0 50 50 0 0 0 0 0 100 EXISTING 132KV BELAGANJ 0 0 0 20 20 0 0 0 0 40 EXISTING 132KV BETTIAH 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV BHABUA 0 50 0 50 50 0 0 0 0 150 EXISTING 132KV BIHTA 0 0 0 50 0 0 0 0 0 50 EXISTING 132KV BIKRAMGANJ 0 50 0 50 0 0 0 50 0 150 EXISTING 132KV CHANDAUTI 0 40 0 0 0 0 0 0 0 40 EXISTING 132KV CHAPRA 0 100 0 50 0 0 0 0 0 150 EXISTING 132KV DARBHANGA 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV DHAKA 0 0 0 0 0 20 0 20 0 40 EXISTING 132KV DUMRAON 0 100 0 50 0 0 0 0 0 150 EXISTING 132KV FORBESGANJ 0 50 0 50 0 0 0 0 0 100 EXISTING 132KV GAIGHAT 0 100 0 0 0 0 0 0 0 100 EXISTING 132KV GOPALGANJ 0 100 0 0 0 50 0 0 0 150 EXISTING 132KV HAJIPUR 0 0 50 50 0 50 0 0 0 150
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T/F CAPACITY (MVA) COMMISSIONING YEAR (FY) NAME OF THE SS 2010 2011 2012 2013 2014 2015 2016 2017 2018 TOTAL
EXISTING 132KV HATHIDAH 0 100 0 0 0 50 0 0 0 150 EXISTING 132KV JAINAGAR 0 20 20 0 0 0 0 0 0 40 EXISTING 132KV JAMALPUR 0 50 0 0 0 0 50 0 0 100 EXISTING 132KV JAMUI 0 50 0 50 0 0 0 50 0 150 EXISTING 132KV JEHNABAD 0 0 0 50 100 0 0 0 0 150 EXISTING 132KV KARMNASA 0 0 20 20 20 0 50 0 0 110 EXISTING 132KV KATIHAR 0 50 0 0 50 0 0 0 50 150 EXISTING 132KV KATIYA 0 0 0 0 100 0 0 0 0 100 EXISTING 132KV KHAGARIYA 0 50 50 0 0 50 0 0 0 150 EXISTING 132KV KAHALGAON 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV KISHANGANJ 0 50 0 50 0 50 0 0 0 150 EXISTING 132KV LAKHISARAI 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV MASURHI 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV MADHUBANI 0 50 0 50 0 0 50 0 0 150 EXISTING 132KV MITHAPUR 0 50 0 0 0 0 0 0 0 50 EXISTING 132KV MOTIHARI 0 50 50 0 0 0 50 0 0 150 EXISTING 132KV MUZAFFARPUR 0 50 0 0 0 0 0 0 0 50 EXISTING 132KV NAUGACHHIYA 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV NAWADA 0 0 50 50 0 50 0 0 0 150 EXISTING 132KV PANDAUL 0 50 0 50 50 0 0 0 0 150 EXISTING 132KV PHULPARAS 0 0 0 0 0 0 0 20 20 40
Developing the PSMP for Bihar 4-41 020328-40RP-0400-00 Final Report
T/F CAPACITY (MVA) COMMISSIONING YEAR (FY) NAME OF THE SS 2010 2011 2012 2013 2014 2015 2016 2017 2018 TOTAL
EXISTING 132KV PURNEA 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV RAFIGANJ 0 0 0 50 50 0 0 0 0 100 EXISTING 132KV RAJGIR 0 0 50 0 50 0 0 0 0 100 EXISTING 132KV RAMNAGAR 0 0 0 50 50 0 0 50 0 150 EXISTING 132KV SABOUR 0 0 50 0 50 0 0 0 0 100 EXISTING 132KV SAMASTIPUR 0 0 50 50 50 0 0 0 0 150 EXISTING 132KV SASARAM 0 50 0 50 0 50 0 0 0 150 EXISTING 132KV SAHARSA 0 50 50 50 0 0 0 0 0 150 EXISTING 132KV SHEIKHPURA 0 50 0 50 0 0 0 0 50 150 EXISTING 132KV SHITALPUR 0 50 50 0 0 0 0 0 0 100 EXISTING 132KV SITAMAHRI 0 50 50 0 0 50 0 0 0 150 EXISTING 132KV SIWAN 0 50 50 0 50 0 0 0 0 150 EXISTING 132KV SONNENAGAR 0 0 100 0 0 0 0 0 0 100 EXISTING 132KV SULTANGANJ 0 50 50 50 0 0 0 0 0 150 EXISTING 132KV SUPAUL 0 20 20 0 0 0 50 50 0 140 EXISTING 132KV VAISHALI 0 0 0 100 50 0 0 0 0 150 EXISTING 220KV BODHGAYA 0 0 0 0 0 50 0 0 0 50 EXISTING 220KV DEHRI-ON-SONE 0 50 50 0 0 0 0 0 0 100 2011 132KV AURANGABAD 0 0 0 0 0 40 0 0 0 40 2011 132KV DALSINGSARAI 0 0 0 0 0 50 0 0 0 50 2011 132KV DIGHA 0 0 50 0 0 0 0 0 0 50
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T/F CAPACITY (MVA) COMMISSIONING YEAR (FY) NAME OF THE SS 2010 2011 2012 2013 2014 2015 2016 2017 2018 TOTAL
2012 132KV FATHUA-2 0 0 0 0 0 50 0 0 0 50 2011 132KV HARNAUT 0 0 0 0 0 0 10 0 0 10 2011 132KV JAGDISHPUR 0 0 0 0 20 0 0 0 0 20 2012 132KV JAKKANPUR-2 0 0 0 50 0 0 0 0 0 50 2011 132KV KATRA 0 0 0 0 0 50 0 0 0 50 2013 132KV KHAGAUL-2 0 0 0 0 50 0 0 0 0 50 2011 132KV SKMCH 0 0 0 0 0 0 50 0 0 50 2012 220KV SIPARA 0 0 0 50 0 0 0 0 0 50 2016 132KV KHAGUAL-3 0 0 0 0 0 0 0 50 0 50 2017 132KV MITHAPUR-3 0 0 0 0 0 0 0 0 50 50
TOTAL 0 2,180 1,360 1,290 880 760 310 290 170 7,240
Developing the PSMP for Bihar 4-43 020328-40RP-0400-00 Final Report
The following table presents the augmentation of existing 220/132kV and above substations.
Table 4-33 Augmentation of 220/132kV and above Substations
T/F CAPACITY (MVA) COMMISSIONING YEAR (FY) NAME OF THE SS 2010 2011 2012 2013 2014 2015 2016 2017 2018 TOTAL
EXISTING 400KV KAHALGAON 0 100 0 0 0 0 0 0 0 100 EXISTING 400KV PUSAULI 0 0 0 150 0 0 0 0 0 150 EXISTING 400KV PURNEA 0 0 315 0 0 0 0 0 0 315 EXISTING 400KV PATNA 0 0 1,000 0 0 500 0 0 0 1,500 EXISTING 220KV KANTI 0 300 0 0 150 0 0 0 0 450 EXISTING 220KV KHAGAUL 0 300 0 0 150 0 0 0 0 450 EXISTING 220KV GOPALGANJ 0 0 100 0 0 0 0 0 0 100 EXISTING 220KV FATUHA 0 100 0 0 0 0 0 0 0 100 EXISTING 220KV DEHRI-ON-SONE 0 200 0 0 0 0 0 0 0 200 2012 220KV SHEOHAR 0 0 0 0 0 0 0 100 0 100 2011 220KV MADHEPURA 0 0 0 0 0 0 100 0 0 100 2013 220KV KHAGAUL-2 0 0 0 0 150 0 0 0 0 150 2012 220KV JAKKANPUR 0 0 0 0 0 0 0 0 150 150 2011 220KV HAJIPUR 0 0 0 0 0 0 100 0 0 100 2015 220KV SAMASTIPUR 0 0 0 0 0 0 0 100 0 100 2015 220KV SABOUR 0 0 0 0 0 0 100 0 0 100 2016 220KV FORBESGANJ 0 0 0 0 0 0 0 100 0 100 2015 220KV CHAPRA 0 0 0 0 0 0 0 100 0 100
Developing the PSMP for Bihar 4-44 020328-40RP-0400-00 Final Report
T/F CAPACITY (MVA) COMMISSIONING YEAR (FY) NAME OF THE SS 2010 2011 2012 2013 2014 2015 2016 2017 2018 TOTAL
2017 220KV BIKRAMGANJ 0 0 0 0 0 0 0 0 100 100
TOTAL 0 1,000 1,415 150 450 500 300 400 250 4,465
Developing the PSMP for Bihar 4-45 020328-40RP-0400-00 Final Report
4.7.5 Reactive Compensation
As presented in the earlier section, undervoltage was observed at the various buses during simulation studies of peak load 2018 conditions. This section presents the reactive compensation required to ensure the bus voltages within the specified limits under peak load conditions and maintain the generator MVAr absorption within permitted limits. As a general understanding, Inductive reactive compensation was planned for 400kV substations under light load conditions and capacitive compensation at 132kV substations under peak load conditions. The power flow in BSEB power system flows is from the south-east region to northern region and therefore the buses voltages in northern region were lesser than the minimum specified limits and capacity compensation at 132kV substations in these regions was proposed. The sizes of reactive compensation used in the study were 10/20/30 MVAr depending on the requirement at each substation. The following table shows the bus voltages which were outside the voltage limits (without reactive compensation for FY 2018 Peak Load Scenario).
Table 4-34 Bus Voltages without Reactive Compensation for Peak Load Scenario for FY 2018.
VOLTAGE Voltage Sl. No NAME OF THE SS (KV) (p.u)
1 33 132KV SIWAN 0.794 2 33 132KV DANHA` 0.812 3 33 132KV GOPALGANJ 0.829 4 33 132KV NAWADA 0.837 5 132 132KV DANHA` 0.839 6 33 132KV MASRAKH 0.839 7 132 132KV SIWAN 0.839 8 33 132KV JAKKANPUR 0.842 9 33 132KV PANDAUL 0.845 10 33 132KV MITHAPUR-3 0.847 11 33 132KV MITHAPUR 0.847 12 33 132KV JAKKANPUR-2 0.850 13 33 132KV CHAPRA 0.851 14 33 132KV KHAGAUL-2 0.851 15 33 132KV KHAGUAL-3 0.851 16 33 132KV BETTIAH 0.852 17 33 132KV MITHAPUR-2 0.852 18 132 132KV MASRAKH 0.854 19 33 132KV MOTIHARI 0.854 20 33 132KV FATHUA-2 0.855 21 33 132KV GAIGHAT 0.855
Developing the PSMP for Bihar 4-46 020328-40RP-0400-00 Final Report
VOLTAGE Voltage Sl. No NAME OF THE SS (KV) (p.u)
22 33 132KV RAXAUL 0.855 23 33 132KV DHAKA 0.857 24 33 132KV SAMASTIPUR 0.857 25 33 132KV MUZAFFARPUR 0.860 26 33 132KV CHAPRA-2 0.86 27 33 132KV KATRA 0.86 28 33 132KV DIGHA 0.86 29 33 132KV BIHTA 0.86 30 33 132KV MADHUBANI 0.86 31 33 132KV SITMHARI 0.86 32 33 132KV VAISHALI 0.86 33 33 220KV SIPARA 0.86 34 132 132KV GOPALGANJ 0.86 35 132 220KV GOPALGANJ 0.87 36 33 132KV PAHARPUR 0.87 37 33 132KV GAIGHAT-2 0.87 38 132 132KV RAXAUL 0.87 39 33 132KV GANGWARA 0.87 40 33 132KV DALSINGSARAI 0.87 41 33 132KV JEHNABAD 0.87 42 33 132KV RAMNAGAR 0.87 43 33 220KV FATHUA 0.87 44 132 132KV BETTIAH 0.87 45 132 132KV NAWADA 0.87 46 33 132KV RUNI SAIDPUR 0.87 47 33 132KV SHITALPUR 0.88 48 33 132KV BIHTA-2 0.88 49 33 132KV DHARBHANGA 0.88 50 33 132KV KARPY 0.88 51 132 132KV MOTIHARI 0.87 52 33 132KV SKMCH 0.87 53 33 132KV SHEOHAR 0.87 54 132 132KV DHAKA 0.88 55 33 132KV HAJIPUR 0.88 56 33 132KV MASURHI 0.88
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VOLTAGE Voltage Sl. No NAME OF THE SS (KV) (p.u)
57 33 132KV WAZIRGANJ 0.88 58 33 132KV DUMRAON 0.88 59 33 132KV MUZAFFARPUR-2 0.88 60 33 132KV BELAGANJ 0.88 61 33 132KV KHAGAUL 0.88 62 132 132KV MADHUBANI 0.88 63 132 132KV RAMNAGAR 0.88 64 132 132KV PANDAUL 0.88 65 400 400KV MZAFFARPUR 1.05
The following table shows the reactive compensation required at various locations based on the peak load condition of FY 2018 and FY 2014 load flow simulation. The in-service dates of the capacitors based on the load flow simulation for FY 2018 and FY 2014 are also presented in the following table.
Table 4-35 132kV/33 kV Capacitive Compensation Requirements
CAPAITY NAME OF THE SS SL. NO FY VOLTAGE (KV) (MVAr)
Total 1,130 1 2011 33 132KV BUXAR 20 2 2011 33 132KV DHAKA 20 3 2011 33 132KV DUMRAON 30 4 2012 33 132KV GOPALGANJ 10 5 2012 33 132KV MOTIHARI 20 6 2014 33 132KV NAWADA 30 7 2012 33 132KV RAMNAGAR 20 8 2012 33 132KV SIWAN 30 9 2014 33 132KV BETTIAH 30 10 2013 33 132KV BIHTA 20 11 2011 33 132KV CHAPRA 20 12 2011 33 132KV DHANHA 20 13 2011 33 132KV JAMUI 10 14 2011 33 132KV RAXAUL 20 15 2012 33 132KV SHITALPUR 10 16 2014 33 132KV BHABUA 10 17 2012 33 132KV DHARBHANGA 20
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CAPAITY NAME OF THE SS (MVAr)
18 2011 33 132KV FATHUA-2 20 19 2013 33 132KV HAJIPUR 10 20 2013 33 132KV KHAGAUL-3 20 21 2015 33 132KV MASRAKH 10 22 2015 33 132KV MITHAPUR-2 30 23 2015 33 132KV PANDAUL 30 24 2015 33 132KV DUMRAON 10 25 2015 33 132KV FATHUA 10 26 2015 33 132KV GOPALGANJ 10 27 2015 33 132KV MASURHI 10 28 2015 33 132KV MITHAPUR 30 29 2015 33 132KV MUZAFFARPUR 10 30 2015 33 132KV PANDAUL 10 31 2015 33 132KV SITMHARI 10 32 2015 33 132KV VISHALI 10 33 2015 33 132KV DALSINGSARAI 20 34 2015 33 132KV JAKKANPUR 30 35 2015 33 132KV KATRA 10 36 2015 33 132KV KHAGAUL-2 30 37 2016 33 132KV MADHUBANI 20 38 2016 33 132KV KISHANGANJ 10 39 2016 33 132KV GAIGHAT 20 40 2016 33 132KV JAKKANPUR-2 20 41 2016 33 132KV JEHNABAD 20 42 2016 33 132KV KARPY 10 43 2016 33 132KV KHAGAUL 20 44 2016 33 132KV SAMASTIPUR 20 45 2017 132 220KV FATHUA 20 46 2016 33 132KV BODHGAYA 10 47 2016 33 132KV SABOUR 10 48 2016 33 132KV CHANDAUTI-2 10 49 2016 33 132KV DIGHA 20 50 2016 33 132KV JAINAGAR 20 51 2017 33 132KV KHAGARIYA 20 52 2017 33 132KV MITHAPUR-3 30
Developing the PSMP for Bihar 4-49 020328-40RP-0400-00 Final Report
CAPAITY NAME OF THE SS (MVAr)
53 2017 33 132KV SASARAM 10 54 2017 33 132KV WAZIRGANJ 30 55 2017 33 132KV LAKHISARAI 10 56 2017 33 132KV BANKA 10 57 2017 33 132KV BARIPAHRI 10 58 2017 33 132KV BIKRAMGANJ 20 59 2018 33 132KV CHANDAUTI 10 60 2017 33 132KV DINARA 10 61 2017 33 132KV GAIGHAT-2 20 62 2018 33 132KV HARNAUT 10 63 2018 33 132KV KATHAR 10 64 2018 33 132KV NAUGACHHIYA 10 65 2018 33 132KV PAHARPUR 10 66 2018 33 132KV SONNENAGAR 10 67 2018 132 220KV KHAGAUL-2 10
Similarly, the inductive compensation was proposed at various 400kV substations under light load conditions to limit the 400kV bus voltages within specified limits. The bus voltages in the proposed ARRAH and BANKA 400kV substations apart from the existing 400kV substation are higher than the bus voltage limits under during light load condition. The following table shows the inductive compensation required with the proposed in-service dates at various location.
Table 4-36 400kV Inductive Compensation Requirements.
CAPAITY FY OWNER VOLTAGE KV NAME OF THE SS (MVAr) 800 2011 PGCIL 400 400KV MZAFFARPUR 100 2011 PGCIL 400 400KV MZAFFARPUR 100 2012 PGCIL 400 400KV MZAFFARPUR 100 2014 PGCIL 400 765KV SASARAM 200 2015 BSEB 400 400KV ARRAH 100 2017 BSEB 400 400KV JAMALPUR 100 2016 BSEB 400 400KV BANKA 100
Developing the PSMP for Bihar 4-50 020328-40RP-0400-00 Final Report
4.7.6 Peak Load System Condition for FY 2018
The peak load forecast used for studies for FY 2018 was 5,383 MW based on the load forecast report. The system was simulated and studied to define the transmission system needed to the above peak load. The system demand was allocated to various substations which are presented in earlier section in this report. As discussed earlier, a specific percentage of transmission losses are assumed for deriving the substation loads. These values of substation loads was used as starting point for system study simulation and the model was further refined and adjusted to meet the value of the peak load as defined in the load forecast report.. All loads are assumed to have a power factor 0.9. The generation and import/export schedules are prepared for the peak load condition. These schedules are presented earlier in the report. The single line diagram for 2018 peak load condition is presented in the end of section (Figure BSEB 2018-1) The SLD presents the bus voltages, line flows (MW and MVAr). The flows presented are per circuit and number of circuits are marked separately.
4.7.6.1 Load Flow Results
The following table summarises the load flow study results.
Table 4-37 Load Flow Summary Results-2018 Peak Load Condition
Details MW %
Substation Loads 5157 Generation 5504 Losses of PGCIL Network within State 122 2.2% Net Generation Utilisation by BSEB 5382 Losses 132kV 58 1.08% 220kV 72 1.35% 400kV Losses 94 1.75% Total Losses 225 4.18%
The system peak demand met was 5,382 MW which is almost equal to the projected system peak demand of 5,383. The total BSEB transmission losses of 225 MW represent the 4.18% of BSEB system requirement. The transmission losses for the 132, 220 and 440 kV were found to be 1.08%, 1.35% and 1.75% respectively in the BSEB system. All transformers and transmission lines were operating within their permitted load ratings. All bus voltages were within permissible limits. The N-1 contingency operation was carried out to test the system for satisfactory operation. It is observed that during the N-1 contingency operation all branch loadings and bus voltages were observed to be within limits. The minimum and maximum voltages observed in the system simulations were 0.95 and 1.052 p.u. The summary of bus voltages as obtained during study are presented in the following table:
Developing the PSMP for Bihar 4-51 020328-40RP-0400-00 Final Report
Table 4-38 Summary of Voltage Profile- 2018 Peak Load Condition
Number of Buses within Specified Voltages limits (p.u) Voltage Number (KV) of Buses 0.95 to 1 1.00 to 1.05 1.05 to 1.1
765 2 0 0% 2 100% 0 0% 400 20 0 0% 20 100% 0 0% 220 42 0 0% 42 100% 0 0% 132 139 66 47% 73 53% 0 0% Total 203 66 137 0
The circle wise demand, generation and losses are presented in the following table
Table 4-39 Circle wise summary of Load, generation and Losses for FY 2018 Peak Load Condition
Active Reactive Summary Data Power Power (MW) (MVAR) COMPLETE SUMMARY REPORT Total generation 5504 1744 Static Load 5157 2498 Shunt loads 0 -430 Total load 5157 2067 Line / cable losses 347 -3053 Transformer losses 0 2729 Total losses 347 -324 Mismatches 0 0
SUMMARY REPORT FOR CIRCLE: PATNA, PESU(E), PESU(W)
Active Reactive Summary Data Power Power
Total generation -667 662 Static Load 1549 750 Shunt loads 0 -356 Total load 1549 394 Line / cable losses 39 -610 Transformer losses 0 653 Total losses 39 42
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Active Reactive Summary Data Power Power (MW) (MVAR) SUMMARY REPORT FOR CIRCLE: GAYA
Active Reactive Summary Data Power Power
Total generation 2285 -1378 Static Load 532 258 Shunt loads 0 -138 Total load 532 120 Line / cable losses 18 -502 Transformer losses 0 476 Total losses 18 -26
SUMMARY REPORT FOR CIRCLE: MUNGER
Active Reactive Summary Data Power Power
Total generation 1160 206 Static Load 228 110 Shunt loads 0 -19 Total load 228 91 Line / cable losses 10 -65 Transformer losses 0 130 Total losses 10 65
SUMMARY REPORT FOR CIRCLE: BHAGALPUR
Active Reactive Summary Data Power Power
Total generation 5486 -577 Spinning reserve 842 0 Static Load 323 157 Shunt loads 0 79 Total load 323 236
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Active Reactive Summary Data Power Power (MW) (MVAR) Line / cable losses 27 -12 Transformer losses 0 617 Total losses 27 605
SUMMARY REPORT FOR CIRCLE: MUZAFFARPUR
Active Reactive Summary Data Power Power
Total generation 504 366 Static Load 421 204 Shunt loads 0 299 Total load 421 503 Line / cable losses 20 -562 Transformer losses 0 132 Total losses 20 -430
SUMMARY REPORT FOR CIRCLE: CHAPRA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 296 143 Shunt loads 0 -88 Total load 296 55 Line / cable losses 4 -31 Transformer losses 0 40 Total losses 4 9
SUMMARY REPORT FOR CIRCLE: MOTIHARI
Active Reactive Summary Data Power Power
Total generation 4 -14
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Active Reactive Summary Data Power Power (MW) (MVAR) Static Load 160 78 Shunt loads 0 -133 Total load 160 -55 Line / cable losses 2 -27 Transformer losses 0 7 Total losses 2 -19
SUMMARY REPORT FOR CIRCLE: DARBHANGA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 243 118 Shunt loads 0 -97 Total load 243 21 Line / cable losses 12 -34 Transformer losses 0 23 Total losses 12 -11
SUMMARY REPORT FOR CIRCLE: SAMASTIPUR
Active Reactive Summary Data Power Power
Total generation 1036 470 Static Load 253 122 Shunt loads 0 -39 Total load 253 84 Line / cable losses 16 -54 Transformer losses 0 141 Total losses 16 88
SUMMARY REPORT FOR CIRCLE: PURNEA
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Active Reactive Summary Data Power Power (MW) (MVAR) Active Reactive Summary Data Power Power
Total generation 3302 15 Static Load 259 125 Shunt loads 0 -11 Total load 259 114 Line / cable losses 85 -31 Transformer losses 0 181 Total losses 85 150
SUMMARY REPORT FOR CIRCLE: SAHARSA
Active Reactive Summary Data Power Power
Total generation 58 -76 Static Load 191 92 Shunt loads 0 -20 Total load 191 73 Line / cable losses 9 -56 Transformer losses 0 26 Total losses 9 -30
SUMMARY REPORT FOR CIRCLE: ROHTAS
Active Reactive Summary Data Power Power
Total generation -4693 1424 Static Load 351 170 Shunt loads 0 70 Total load 351 240 Line / cable losses 47 -952 Transformer losses 0 81 Total losses 47 -871
Developing the PSMP for Bihar 4-56 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) SUMMARY REPORT FOR CIRCLE: BHOJPUR
Active Reactive Summary Data Power Power
Total generation -2821 -238 Static Load 176 85 Shunt loads 0 42 Total load 176 127 Line / cable losses 34 88 Transformer losses 0 191 Total losses 34 280
SUMMARY REPORT FOR CIRCLE: NALANDA
Active Reactive Summary Data Power Power
Total generation -150 884 Static Load 176 85 Shunt loads 0 -20 Total load 176 65 Line / cable losses 24 -205 Transformer losses 0 30 Total losses 24 -175
4.7.6.2 Short Circuit Studies for FY 2018 Peak Load Condition
Three phase short-circuit studies were carried out to compute the short-circuit levels for various shunt faults (bus faults) across the system for the year FY 2018-Peak load condition. The sub-transient reactance of generators was used in the study. The tie-lines are modelled in the short-circuit study considering the fault contribution from one node from each of the neighbouring system. It was assumed that each of the neighbouring system contributed around 20KA of fault current. The short-circuit levels for three phase shunt faults at various buses are presented as below:
Developing the PSMP for Bihar 4-57 020328-40RP-0400-00 Final Report
Table 4-40 Three Phase Short Circuit Currents- 2018 Peak Load Study
FAULT SL. NAME OF THE SS/GENERATING BUS VOLTAGE FAULT CURRENT NO STATION (KV) MVA (KA) 1 765KV SASARAM 765 27 36,105 2 765KV GAYA 765 29 38,211 3 400KV KAHALGAON* 400 40 27,706 4 400KV BANKA* 400 39 26,735 5 400KV PIRPAINTI 400 18 12,670 6 400KV JAMALPUR 400 20 13,726 7 400KV JAS INFRA* 400 40 27,431 8 400KV LAKHISARAI 400 19 13,048 9 400KV NABINAGAR 400 27 18,782 10 400KV BARH* 400 42 29,215 11 400KV NABINAGAR-RLY 400 19 13,266 12 400KV KATHIHAR 400 21 14,546 13 400KV KISHANGANJ 400 20 13,536 14 400KV MZAFFARPUR 400 18 12,542 15 400KV BIHARSHARIFF* 400 39 26,924 16 400KV PURNEA 400 24 16,483 17 400KV BUXAR 400 20 13,526 18 400KV PATNA* 400 44 30,683 19 400KV PUSAULI* 400 46 31,773 20 765KV SASARAM* 400 46 31,872 21 400KV ARRAH 400 29 19,989 22 765KV GAYA 400 26 18,012 23 400KV KAHALGAON 220 15 5,600 24 220KV GT –BUXAR 220 13 5,078 25 220KV VIKAS 220 32 12,137 26 220KV GT-GAYA 220 16 5,938 27 400KV KISHANGANJ 220 18 7,017 28 220KV BTPS* 220 39 14,792 29 220KV BEGUSARAI* 220 39 14,703 30 400KV MUZAFFRPUR 220 18 6,909 31 220KV SAMASTIPUR 220 14 5,203 32 400KV PURNEA 220 21 8,074 33 220KV KANTI 220 29 11,085 34 400KV KATHIHAR 220 26 9,971
Developing the PSMP for Bihar 4-58 020328-40RP-0400-00 Final Report
FAULT SL. NAME OF THE SS/GENERATING BUS VOLTAGE FAULT CURRENT NO STATION (KV) MVA (KA) 35 220KV KATHIHAR 220 26 10,084 36 220KV DARBHANGA 220 25 9,366 37 220KV BODHGAYA 220 18 6,786 38 220KV SABOUR 220 22 8,498 39 400KV BIHARSHARIFF 220 35 13,472 40 220KV BIHARSHARIFF 220 36 13,587 41 220KV HULSANGANJ 220 15 5,563 42 220KV FORBESGANJ 220 8 3,000 43 220KV SHEOHAR 220 12 4,472 44 220KV MADHEPURA 220 14 5,407 45 220KV MUZAFFARPUR 220 6 2,118 46 220KV GOPALGANJ 220 7 2,481 47 220KV HAJIPUR* 220 44 16,674 48 400KV ARRAH 220 27 10,282 49 220KV ARRA 220 27 10,299 50 220KV FATUHA 220 47 17,863 51 220KV SONENAGAR 220 14 5,203 52 220KV BIKRAMGANJ 220 14 5,192 53 400KV PATNA* 220 49 18,551 54 400KV PUSAULI 220 20 7,538 55 220KV SIPARA* 220 48 18,404 56 220KV PUSAULI 220 20 7,522 57 220KV DEHRI-ON-SONE 220 14 5,219 58 220KV GAIGHAT* 220 45 17,182 59 220KV JAKKANPUR* 220 46 17,396 60 220KV SUPAUL 220 8 3,229 61 220KV KHAGAUL* 220 41 15,562 62 220KV KHAGAUL-2* 220 38 14,302 63 220KV CHAPRA 220 11 4,024 64 220KV DAGMARA 220 6 2,331 65 400KV BANKA 132 18 4,174 66 132KV NBANKA 132 18 4,152 67 220KV SAMASTIPUR 132 7 1,699 68 132KV SAMASTIPUR-2 132 7 1,639 69 400KV KAHALGAON 132 18 4,175
Developing the PSMP for Bihar 4-59 020328-40RP-0400-00 Final Report
FAULT SL. NAME OF THE SS/GENERATING BUS VOLTAGE FAULT CURRENT NO STATION (KV) MVA (KA) 70 220KV KATHIHAR 132 17 3,802 71 132KV KATHAR 132 16 3,632 72 132KV KAHALGAON 132 19 4,309 73 220KV SABOUR 132 21 4,829 74 132KV SABOUR 132 21 4,879 75 132KV SABOUR-2 132 19 4,348 76 220KV FORBESGANJ 132 11 2,548 77 400KV JAMALPUR 132 18 4,195 78 132KV FORBESGANJ 132 11 2,549 79 400KV PURNEA 132 18 4,091 80 132KV RAXAUL 132 4 846 81 132KV JAMALPUR 132 18 4,125 82 132KV PURNEA 132 18 4,122 83 132KV PURNEA-2 132 16 3,700 84 132KV BETTIAH 132 6 1,357 85 220KV MTPS 132 20 4,599 86 220KV BIHARSHARIFF 132 21 4,792 87 220KV GOPALGANJ 132 8 1,822 88 220KV SHEOHAR 132 14 3,119 89 132KV GOPALGANJ 132 8 1,819 90 132KV NAUGACHHIYA 132 5 1,225 91 132KV SHEOHAR 132 13 3,034 92 220KV MUZAFFARPUR 132 8 1,857 93 132KV MUZAFFARPUR-2 132 8 1,869 94 132KV RUNI SAIDPUR 132 13 3,024 95 132KV DHAKA 132 5 1,200 96 220KV BODHGAYA 132 17 3,786 97 220KV MADHEPURA 132 13 2,948 98 132KV MADHEPURA 132 13 2,958 99 132KV HARNAUT 132 11 2,423 100 132KV KATIYA 132 8 1,790 101 132KV RAMNAGAR 132 4 883 102 132KV BARIPAHRI 132 15 3,503 103 132KV BARIPAHRI-2 132 15 3,458 104 132KV KOSHI 132 7 1,681
Developing the PSMP for Bihar 4-60 020328-40RP-0400-00 Final Report
FAULT SL. NAME OF THE SS/GENERATING BUS VOLTAGE FAULT CURRENT NO STATION (KV) MVA (KA) 105 132KV SKMCH 132 15 3,446 106 132KV NALANDA 132 6 1,436 107 132KV SITMHARI 132 12 2,741 108 220KV HULSANGANJ 132 15 3,414 109 132KV DHANHA 132 3 796 110 132KV HULASGANJ 132 15 3,405 111 132KV SONABARSHI 132 5 1,232 112 220KV BIKRAMGANJ 132 9 2,138 113 132KV MUZAFFARPUR 132 14 3,253 114 132KV EKANGASARAI 132 13 3,027 115 132KV MOTIHARI 132 8 1,849 116 220KV SUPAUL 132 13 3,047 117 132KV SULTANGANJ 132 16 3,708 118 132KV BIKRAMGANJ 132 9 2,137 119 132KV SUPAUL 132 13 3,073 120 220KV BEGUSARAI 132 21 4,899 121 132KV CHANDAUTI 132 16 3,757 122 132KV PAHARPUR 132 8 1,913 123 132KV BTPS 132 22 5,084 124 132KV TEKARI 132 12 2,693 125 132KV WAZIRGANJ 132 8 1,718 126 132KV KUSHESWAR 132 4 1,017 127 132KV LAKHISARAI 132 16 3,638 128 132KV RAJGIR 132 4 921 129 132KV KISHANGANJ 132 8 1,726 130 132KV GOH 132 7 1,567 131 132KV VAISHALI 132 12 2,748 132 400KV PUSAULI 132 15 3,483 133 132KV PHULPARAS 132 11 2,442 134 132KV SAHARSA 132 10 2,296 135 132KV CHANDAUTI-2 132 6 1,305 136 132KV MASRAKH 132 5 1,109 137 132KV SIWAN 132 6 1,362 138 132KV BELAGANJ 132 7 1,654 139 132KV HATHIDAH 132 20 4,664
Developing the PSMP for Bihar 4-61 020328-40RP-0400-00 Final Report
FAULT SL. NAME OF THE SS/GENERATING BUS VOLTAGE FAULT CURRENT NO STATION (KV) MVA (KA) 140 220KV SONENAGAR 132 13 2,894 141 220KV DEHRI-ON-SONE 132 15 3,349 142 132KV JAINAGAR 132 6 1,385 143 220KV DARBHANGA 132 12 2,696 144 132KV SONNENAGAR 132 13 2,935 145 132KV SONNENAGAR-2 132 12 2,836 146 132KV DHARBHANGA 132 12 2,699 147 132KV AURANGABAD 132 10 2,199 148 220KV HAJIPUR 132 17 3,881 149 220KV PUSAULI 132 15 3,531 150 132KV HAJIPUR 132 17 3,884 151 132KV BARHI 132 12 2,740 152 132KV BHABUA 132 15 3,449 153 132KV SHITALPUR 132 11 2,514 154 220KV ARRA 132 12 2,754 155 132KV UDAKISHANGANJ 132 4 963 156 132KV NAWADA 132 5 1,090 157 132KV DINARA 132 7 1,710 158 220KV CHAPRA 132 12 2,685 159 132KV KHAGARIYA 132 4 973 160 132KV CHAPRA 132 12 2,687 161 220KV SIPARA 132 24 5,421 162 132KV CHAPRA-2 132 11 2,523 163 220KV FATHUA 132 19 4,418 164 220KV GAIGHAT 132 20 4,532 165 132KV BIHTA-2 132 22 5,093 166 132KV KUDRA 132 14 3,241 167 132KV GAIGHAT-2 132 19 4,323 168 132KV SASARAM 132 11 2,572 169 132KV ARRA 132 12 2,707 170 132KV GAIGHAT 132 20 4,505 171 132KV FATHUA-2 132 18 4,133 172 132KV BANJARI 132 6 1,270 173 132KV RAFIGANJ 132 7 1,599 174 132KV MASURHI 132 10 2,333
Developing the PSMP for Bihar 4-62 020328-40RP-0400-00 Final Report
FAULT SL. NAME OF THE SS/GENERATING BUS VOLTAGE FAULT CURRENT NO STATION (KV) MVA (KA) 175 132KV MITHAPUR-2 132 17 3,969 176 132KV GANGWARA 132 9 2,070 177 132KV KARPY 132 7 1,600 178 220KV KHAGAUL 132 16 3,705 179 132KV JEHNABAD 132 13 2,866 180 220KV KHAGAUL-2 132 23 5,352 181 132KV KATRA 132 18 4,041 182 132KV JAGDISHPUR 132 6 1,413 183 220KV JAKKANPUR 132 21 4,767 184 132KV KHAGAUL 132 16 3,621 185 132KV SAMASTIPUR 132 16 3,690 186 132KV KHAGUAL-3 132 23 5,202 187 132KV KHAGAUL-2 132 23 5,259 188 132KV JAKKANPUR-2 132 20 4,656 189 132KV KARMNASA 132 11 2,603 190 132KV PANDAUL 132 10 2,212 191 132KV DIGHA 132 15 3,316 192 132KV BUXAR 132 5 1,203 193 132KV BIHTA 132 15 3,433 194 132KV DALSINGSARAI 132 14 3,141 195 132KV JAKKANPUR 132 24 5,532 196 132KV MITHAPUR 132 21 4,723 197 132KV MITHAPUR-3 132 18 4,009 198 132KV DUMRAON 132 7 1,582 199 132KV MADHUBANI 132 7 1,602 200 132KV SHEIKHPURA 132 10 2,217 201 132KV JAMUI 132 6 1,406 *the short-circuit levels for these susbstations are more than 36kA and were found critical and would need detailed analysis consideriing input feed from other systems.
4.7.7 Light Load System Condition for FY 2018
The light load condition for the BSEB was simulated with about 57% of total substation peak load for the same year. As discussed earlier, the circles wise substations light load were calculated using the ratio as defined above. The total substation loads during light load condition was about 2,969 MW in FY 2018. The generation utilisation by BSEB to meet the load was 3,042 MW. The load flow simulation was carried out for the above substation load scenario and results are presented below:
Developing the PSMP for Bihar 4-63 020328-40RP-0400-00 Final Report
4.7.7.1 Load Flow Results
The following table summarises the load flow study results.
Table 4-41 Load Flow Summary Results-2018 Light Load Condition
Details MW %
Substation Loads 2972 Generation 3108
Losses of PGCIL Network within State 42 1.3% Net Generation Utilisation by BSEB 3066 Losses 132kV 25 0.82% 220kV 27 0.87% 400kV Losses 43 1.39% Total Losses 94 3.07% Total connected Inductive Compensation (MVAr) 800 Total connected Capacitive compensation (MVAr) 1090
The system demand met by BSEB during light load is 3,066 MW which is about 57% of the system peak demand. The total BSEB transmission losses of 94 MW represent 3.07% of BSEB system requirement. The transmission system losses for 132, 220 and 400 kV were limited to 0.82%, 0.87% and 1.39% respectively in the BSEB system. All transformers and transmission lines were operating within their permitted load ratings. All bus voltages were within permissible limits. The N-1 contingency operation was carried out to test the system for satisfactory operation. It was observed that during the N-1 contingency operation all branch loadings and bus voltages were operating satisfactorily. The minimum and maximum voltages observed in the system were 0.986 and 1.091 p.u. The summary of bus voltages are presented in the following table:
Table 4-42 Summary of Voltage Profile- 2018 Light Load Condition
Number of Buses within Specified Voltages limits (p.u) Voltage (KV) Number of Buses 0.95 to 1 1.00 to 1.05 1.05 to 1.1
765 2 0 0% 2 100% 0 0% 400 20 1 5% 19 95% 0 0% 220 42 0 0% 39 100% 3 7% 132 139 6 5% 121 95% 12 9% Total 203 7 181 15
Developing the PSMP for Bihar 4-64 020328-40RP-0400-00 Final Report
The circle wise demand, generation and losses are presented in the following table
Table 4-43 Circle wise summary of Load, generation and Losses for FY 2018 Light Load Condition
Active Reactive Summary Data Power Power (MW) (MVAR) COMPLETE SUMMARY REPORT Total generation 3109 -2879 Static Load 2972 1439 Shunt loads 0 -301 Total load 2972 1138 Line / cable losses 137 -5348 Transformer losses 0 1331 Total losses 137 -4017 Mismatches 0 0
SUMMARY REPORT FOR CIRCLE: PATNA, PESU(E), PESU(W)
Active Reactive Summary Data Power Power
Total generation -255 355 Static Load 842 408 Shunt loads 0 -397 Total load 842 11 Line / cable losses 19 -864 Transformer losses 0 302 Total losses 19 -562
SUMMARY REPORT FOR CIRCLE: GAYA
Active Reactive Summary Data Power Power
Total generation 2142 -1586 Static Load 311 151 Shunt loads 0 -150 Total load 311 0 Line / cable losses 8 -546
Developing the PSMP for Bihar 4-65 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Transformer losses 0 250 Total losses 8 -296
SUMMARY REPORT FOR CIRCLE: MUNGER
Active Reactive Summary Data Power Power
Total generation 580 67 Static Load 133 64 Shunt loads 0 89 Total load 133 153 Line / cable losses 3 -120 Transformer losses 0 61 Total losses 3 -59
SUMMARY REPORT FOR CIRCLE: BHAGALPUR
Active Reactive Summary Data Power Power
Total generation 3638 5 Spinning reserve 671 0 Static Load 189 92 Shunt loads 0 78 Total load 189 169 Line / cable losses 10 -155 Transformer losses 0 351 Total losses 10 196
SUMMARY REPORT FOR CIRCLE: MUZAFFARPUR
Active Reactive Summary Data Power Power
Total generation 404 -79
Developing the PSMP for Bihar 4-66 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Static Load 246 119 Shunt loads 0 297 Total load 246 417 Line / cable losses 8 -673 Transformer losses 0 60 Total losses 8 -613
SUMMARY REPORT FOR CIRCLE: CHAPRA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 161 78 Shunt loads 0 -102 Total load 161 -24 Line / cable losses 2 -46 Transformer losses 0 12 Total losses 2 -34
SUMMARY REPORT FOR CIRCLE: MOTIHARI
Active Reactive Summary Data Power Power
Total generation 4 -17 Static Load 92 45 Shunt loads 0 -127 Total load 92 -82 Line / cable losses 1 -34 Transformer losses 0 2 Total losses 1 -31
SUMMARY REPORT FOR CIRCLE: DARBHANGA
Developing the PSMP for Bihar 4-67 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 141 68 Shunt loads 0 -109 Total load 141 -41 Line / cable losses 5 -70 Transformer losses 0 6 Total losses 5 -64
SUMMARY REPORT FOR CIRCLE: SAMASTIPUR
Active Reactive Summary Data Power Power
Total generation 716 14 Static Load 197 95 Shunt loads 0 -42 Total load 197 53 Line / cable losses 6 -101 Transformer losses 0 79 Total losses 6 -22
SUMMARY REPORT FOR CIRCLE: PURNEA
Active Reactive Summary Data Power Power
Total generation 1968 -533 Static Load 141 68 Shunt loads 0 -12 Total load 141 57 Line / cable losses 30 -763 Transformer losses 0 60 Total losses 30 -703
Developing the PSMP for Bihar 4-68 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) SUMMARY REPORT FOR CIRCLE: SAHARSA
Active Reactive Summary Data Power Power
Total generation 87 -77 Static Load 111 54 Shunt loads 0 -21 Total load 111 32 Line / cable losses 3 -90 Transformer losses 0 13 Total losses 3 -78
SUMMARY REPORT FOR CIRCLE: ROHTAS
Active Reactive Summary Data Power Power
Total generation -3266 772 Static Load 203 99 Shunt loads 0 180 Total load 203 278 Line / cable losses 15 -1412 Transformer losses 0 46 Total losses 15 -1366
SUMMARY REPORT FOR CIRCLE: BHOJPUR
Active Reactive Summary Data Power Power
Total generation -2454 -837 Static Load 103 50 Shunt loads 0 36 Total load 103 86 Line / cable losses 17 -125
Developing the PSMP for Bihar 4-69 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Transformer losses 0 80 Total losses 17 -45
SUMMARY REPORT FOR CIRCLE: NALANDA
Active Reactive Summary Data Power Power
Total generation -455 -963 Static Load 103 50 Shunt loads 0 -21 Total load 103 28 Line / cable losses 10 -351 Transformer losses 0 10 Total losses 10 -341
4.7.7.2 Short Circuit Studies for FY 2018 Light Load Condition
Three phase short-circuit studies were carried out to compute the short-circuit levels for various shunt faults (bus faults) across the system for the year FY 2018-Light load condition. The sub-transient reactance of generators was used in the study to determine the maximum fault currents. The tie-lines are modelled in the short-circuit study considering the fault contribution from one node from each of the neighbouring system. It was assumed that 20KA of fault contribution is from each of the neighbouring system. The short-circuit levels for three phase shunt faults at various buses are presented as below:
Table 4-44 Three Phase Short Circuit Currents- 2018 Light Load Study
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 1 765KV SASARAM 765 26 33,893 2 765KV GAYA 765 27 36,107 3 400KV PURNEA 400 20 13,576 4 400KV KATHIHAR 400 17 11,779 5 400KV KISHANGANJ 400 16 11,396 6 400KV PIRPAINTI 400 14 9,825 7 400KV LAKHISARAI 400 15 10,391 8 400KV KAHALGAON 400 35 24,429
Developing the PSMP for Bihar 4-70 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 9 400KV BANKA 400 34 23,413 10 400KV JAS INFRA 400 34 23,663 11 400KV BIHARSHARIFF 400 36 24,991 12 400KV NABINAGAR-RLY 400 18 12,135 13 400KV NABINAGAR 400 24 16,290 14 400KV JAMALPUR 400 19 13,144 15 400KV MZAFFARPUR 400 17 12,061 16 400KV PATNA 400 37 25,821 17 400KV BUXAR 400 16 10,751 18 400KV PUSAULI 400 42 29,180 19 765KV SASARAM 400 42 29,341 20 400KV BARH 400 36 24,728 21 400KV ARRAH 400 25 17,240 22 765KV GAYA 400 26 17,841 23 400KV KISHANGANJ 220 17 6,551 24 400KV PURNEA 220 20 7,562 25 400KV KATHIHAR 220 24 9,161 26 220KV KATHIHAR 220 24 9,275 27 220KV FORBESGANJ 220 8 2,991 28 220KV GOPALGANJ 220 7 2,520 29 220KV MADHEPURA 220 14 5,345 30 220KV SABOUR 220 21 8,049 31 220KV SUPAUL 220 9 3,280 32 400KV MUZAFFRPUR 220 17 6,643 33 400KV KAHALGAON 220 14 5,459 34 220KV DARBHANGA 220 23 8,800 35 220KV VIKAS 220 28 10,673 36 220KV KANTI 220 27 10,236 37 220KV SAMASTIPUR 220 13 5,027 38 220KV BEGUSARAI 220 34 13,024 39 220KV BTPS 220 35 13,282 40 220KV SHEOHAR 220 12 4,384 41 400KV BIHARSHARIFF 220 33 12,486 42 220KV BIHARSHARIFF 220 33 12,563 43 220KV MUZAFFARPUR 220 6 2,129
Developing the PSMP for Bihar 4-71 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 44 220KV DAGMARA 220 6 2,391 45 220KV HULSANGANJ 220 13 5,117 46 220KV CHAPRA 220 11 4,035 47 220KV HAJIPUR 220 40 15,274 48 220KV GT-GAYA 220 12 4,395 49 220KV BODHGAYA 220 14 5,342 50 220KV FATUHA 220 43 16,275 51 220KV GAIGHAT 220 41 15,716 52 220KV JAKKANPUR 220 42 15,865 53 220KV SIPARA 220 44 16,689 54 400KV PATNA 220 44 16,807 55 220KV KHAGAUL-2 220 35 13,314 56 220KV KHAGAUL 220 37 14,265 57 220KV GT -BUXAR 220 9 3,490 58 220KV BIKRAMGANJ 220 13 5,006 59 220KV ARRA 220 23 8,799 60 400KV ARRAH 220 23 8,754 61 220KV SONENAGAR 220 13 4,874 62 400KV PUSAULI 220 19 7,280 63 220KV PUSAULI 220 19 7,264 64 220KV DEHRI-ON-SONE 220 13 4,922 65 132KV DHANHA 132 4 844 66 132KV BETTIAH 132 6 1,435 67 132KV RAMNAGAR 132 4 940 68 132KV RAXAUL 132 4 902 69 220KV GOPALGANJ 132 8 1,896 70 132KV GOPALGANJ 132 8 1,894 71 132KV SIWAN 132 6 1,435 72 132KV MASRAKH 132 5 1,170 73 132KV DHAKA 132 5 1,247 74 132KV JAINAGAR 132 6 1,453 75 132KV MOTIHARI 132 8 1,915 76 220KV MADHEPURA 132 13 3,009 77 132KV MADHEPURA 132 13 3,020 78 220KV SUPAUL 132 14 3,119
Developing the PSMP for Bihar 4-72 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 79 132KV SUPAUL 132 14 3,146 80 220KV KATHIHAR 132 17 3,790 81 132KV PHULPARAS 132 11 2,525 82 220KV FORBESGANJ 132 11 2,585 83 132KV KATHAR 132 16 3,629 84 132KV SONABARSHI 132 6 1,279 85 132KV FORBESGANJ 132 11 2,587 86 400KV PURNEA 132 18 4,084 87 132KV PURNEA 132 18 4,117 88 132KV PURNEA-2 132 16 3,709 89 132KV MADHUBANI 132 7 1,682 90 132KV SAHARSA 132 10 2,367 91 132KV KATIYA 132 8 1,843 92 132KV KOSHI 132 8 1,733 93 132KV NAUGACHHIYA 132 5 1,256 94 132KV PANDAUL 132 10 2,300 95 132KV SITMHARI 132 12 2,787 96 220KV SHEOHAR 132 14 3,144 97 132KV SHEOHAR 132 13 3,061 98 132KV UDAKISHANGANJ 132 4 1,009 99 400KV BANKA 132 18 4,124 100 132KV NBANKA 132 18 4,103 101 132KV RUNI SAIDPUR 132 13 3,055 102 220KV DARBHANGA 132 12 2,763 103 132KV DHARBHANGA 132 12 2,767 104 132KV WAZIRGANJ 132 8 1,715 105 132KV GANGWARA 132 9 2,147 106 132KV NAWADA 132 5 1,113 107 220KV MTPS 132 20 4,569 108 132KV PAHARPUR 132 8 1,898 109 132KV SKMCH 132 15 3,470 110 220KV SABOUR 132 21 4,802 111 132KV SABOUR 132 21 4,852 112 132KV SABOUR-2 132 19 4,336 113 220KV MUZAFFARPUR 132 8 1,883
Developing the PSMP for Bihar 4-73 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 114 132KV MUZAFFARPUR-2 132 8 1,896 115 132KV MUZAFFARPUR 132 14 3,279 116 220KV BODHGAYA 132 16 3,569 117 220KV SAMASTIPUR 132 7 1,690 118 132KV SAMASTIPUR-2 132 7 1,631 119 400KV KAHALGAON 132 18 4,153 120 132KV KAHALGAON 132 19 4,289 121 132KV VAISHALI 132 12 2,793 122 400KV JAMALPUR 132 18 4,189 123 132KV JAMALPUR 132 18 4,123 124 132KV KHAGARIYA 132 4 1,001 125 132KV CHAPRA 132 12 2,754 126 220KV CHAPRA 132 12 2,751 127 132KV CHANDAUTI 132 16 3,607 128 132KV CHAPRA-2 132 11 2,590 129 220KV HULSANGANJ 132 15 3,362 130 132KV HULASGANJ 132 15 3,354 131 132KV TEKARI 132 12 2,663 132 220KV BIHARSHARIFF 132 21 4,741 133 132KV SHITALPUR 132 11 2,575 134 132KV BELAGANJ 132 7 1,658 135 132KV GOH 132 7 1,580 136 132KV EKANGASARAI 132 13 3,012 137 132KV HARNAUT 132 11 2,436 138 132KV CHANDAUTI-2 132 6 1,327 139 132KV BARIPAHRI 132 15 3,496 140 132KV BARIPAHRI-2 132 15 3,452 141 132KV GAIGHAT-2 132 19 4,371 142 220KV GAIGHAT 132 20 4,573 143 220KV FATHUA 132 20 4,462 144 132KV GAIGHAT 132 20 4,548 145 132KV KARPY 132 7 1,643 146 132KV FATHUA-2 132 18 4,185 147 132KV MITHAPUR-2 132 18 4,027 148 132KV KATRA 132 18 4,099
Developing the PSMP for Bihar 4-74 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 149 220KV JAKKANPUR 132 21 4,801 150 132KV JAKKANPUR-2 132 21 4,695 151 132KV KISHANGANJ 132 8 1,813 152 220KV KHAGAUL-2 132 23 5,362 153 132KV JEHNABAD 132 13 2,897 154 132KV KUSHESWAR 132 4 1,027 155 132KV KHAGAUL-2 132 23 5,274 156 132KV KHAGUAL-3 132 23 5,219 157 132KV MITHAPUR-3 132 18 4,066 158 132KV MITHAPUR 132 21 4,764 159 220KV BEGUSARAI 132 20 4,590 160 220KV HAJIPUR 132 17 3,906 161 132KV HAJIPUR 132 17 3,909 162 132KV JAKKANPUR 132 24 5,539 163 132KV BTPS 132 21 4,715 164 132KV MASURHI 132 10 2,378 165 132KV LAKHISARAI 132 16 3,656 166 220KV SIPARA 132 24 5,387 167 132KV SULTANGANJ 132 16 3,743 168 132KV BIHTA-2 132 22 5,075 169 132KV SAMASTIPUR 132 16 3,708 170 132KV HATHIDAH 132 19 4,451 171 132KV BUXAR 132 5 1,239 172 132KV BARHI 132 12 2,734 173 132KV DALSINGSARAI 132 14 3,178 174 132KV NALANDA 132 6 1,462 175 220KV KHAGAUL 132 16 3,722 176 132KV KHAGAUL 132 16 3,642 177 132KV DUMRAON 132 7 1,622 178 132KV DIGHA 132 15 3,347 179 220KV BIKRAMGANJ 132 9 2,142 180 132KV BIKRAMGANJ 132 9 2,142 181 132KV BIHTA 132 15 3,459 182 220KV ARRA 132 12 2,749 183 132KV SHEIKHPURA 132 10 2,246
Developing the PSMP for Bihar 4-75 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAG CURRENT MVA STATION E (KV) (KA) 184 132KV ARRA 132 12 2,710 185 132KV JAGDISHPUR 132 6 1,436 186 132KV JAMUI 132 6 1,450 187 400KV PUSAULI 132 15 3,471 188 132KV DINARA 132 8 1,736 189 220KV PUSAULI 132 15 3,525 190 132KV BHABUA 132 15 3,448 191 132KV RAJGIR 132 4 960 192 132KV KUDRA 132 14 3,249 193 132KV KARMNASA 132 11 2,623 194 132KV SASARAM 132 11 2,589 195 220KV DEHRI-ON-SONE 132 15 3,357 196 132KV BANJARI 132 6 1,284 197 220KV SONENAGAR 132 13 2,924 198 132KV SONNENAGAR 132 13 2,969 199 132KV AURANGABAD 132 10 2,220 200 132KV SONNENAGAR-2 132 13 2,869 201 132KV RAFIGANJ 132 7 1,618
4.7.8 Summary of FY 2018 system studies
The two main purposes for development of the transmission system for FY 2018 was to evacuate the base case generation and transmit the power to various 33kV loads centres, which include existing and proposed 132kV/33 substations. From the simulation studies it could be observed that the transmission system so developed was able to meet the requirements of meeting the load demand with the planned generation without any deviation from the planning criteria under normal and contingency conditions.
4.8 System Studies for FY 2014
This section presents the proposed transmission system for FY 2014 and also presents the results of system studies that were carried out. The transmission system studies were carried out to evacuate the planned capacity additions and to supply the forecast loads for each circle which were subsequently allocated among the proposed and existing substations. The system studies for are carried out for the following scenarios in FY 2014. Peak Load Light Load The system peak load of the system for FY 2014 occurs during October and whereas the system light loads condition occurs during April.
Developing the PSMP for Bihar 4-76 020328-40RP-0400-00 Final Report
The system peak load and light load respectively for the FY 2014 used for the studies were 3,647 MW and 2078 MW. The peak load was based on the load forecast report developed earlier. The power grid 400kV Barh bus was taken as slack bus. The various transmission lines and substation covering all voltages were iteratively removed from the list proposed for load flow studies in FY 2018. The commissioned schedule of the various network presented in previous section beyond FY 2014 were removed from load flow studies conducted for FY 2014. The most of the network reinforcements planned in FY 2018 are phased in FY 2014 based on the network requirement
4.8.1 Peak Load System Condition for FY 2014
The peak load forecast for FY 2014 is 3,647 MW. The system was simulated and studied to meet the above peak. The system demand was allocated to various substations which has been presented in the earlier section of ihis report. As discussed earlier, a specific percentage of transmission losses were assumed for deriving the substation loads. These loads were used as starting point for load simulation and loads for the peak load. Further, the substation loads were adjusted globally to meet the system peak demand during the peak load flow base case studies. All loads were assumed to have a power factor 0.9. The generation and import/export schedules were prepared for the peak load condition. These schedules are presented earlier in the report. The single line diagram for 2014 peak load condition is presented in the end of section (Figure BSEB 2014-1) The SLD presents the bus voltages, line flows (MW and MVAr). The flows presented are per circuit and number of circuits are marked separately
4.8.1.1 Load Flow Results
The following table summarises the load flow study results.
Table 4-45 Load Flow Summary Results-2014 Peak Load Condition
Details MW %
Substation Loads 3540 Generation 3766 Losses of PGCIL Network within State 119 3.2% Net Generation Utilisation by BSEB 3647 Losses 132kV 35 0.95% 220kV 46 1.27% 400kV Losses 27 0.73% Total Losses 107 2.94%
The system peak demand met is 3,647 MW which was equal to the projected system peak demand.
Developing the PSMP for Bihar 4-77 020328-40RP-0400-00 Final Report
The total BSEB transmission losses of 107 MW represent the 2.94% of BSEB system requirement. The losses comprise of 0.95%, 1.27% and 0.73% respectively for 132, 220 kV and 400 kV transmission system of BSEB. All transformers and transmission lines were operating within their permitted load ratings. All bus voltages were within permissible limits. The N-1 contingency operation was carried out to test the system for satisfactory operation. It is observed that during the N-1 contingency operation all branch loadings and bus voltages are operating satisfactorily. The minimum and maximum voltages observed in the system were within 0.95 and 1.05 p.u. for all the 400 kV and above, few buses of 220 kV were at 1.052 which is within the voltage limits The summary of bus voltages are presented in the following table
Table 4-46 Summary of Voltage Profile- 2014 Peak Load Condition
Number of Buses within Specified Voltages limits Voltage Number (p.u) (KV) of Buses 0.95 to 1 1.00 to 1.05 1.05 to 1.1
765 2 0 0% 2 100% 0 0% 400 15 0 0% 15 100% 0 0% 220 32 0 0% 31 100% 1 3% 132 120 63 53% 57 48% 0 0% Total 169 63 105 1
The circle wise demand, generation and losses are presented in the following table
Table 4-47 Circle wise summary of Load, generation and Losses for FY 2014 Peak Load Condition
Active Reactive Summary Data Power Power (MW) (MVAR) COMPLETE SUMMARY REPORT Total generation 3767 436 Static Load 3540 1715 Shunt loads 0 194 Total load 3540 1909 Line / cable losses 226 -3341 Transformer losses 0 1868 Total losses 226 -1472 Mismatches 0 0
SUMMARY REPORT FOR CIRCLE: PATNA, PESU(E), PESU(W)
Developing the PSMP for Bihar 4-78 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Active Reactive Summary Data Power Power
Total generation -2117 638 Static Load 1067 517 Shunt loads 0 -19 Total load 1067 497 Line / cable losses 27 -228 Transformer losses 0 515 Total losses 27 287
SUMMARY REPORT FOR CIRCLE: GAYA
Active Reactive Summary Data Power Power
Total generation 568 -1002 Static Load 380 184 Shunt loads 0 -9 Total load 380 174 Line / cable losses 14 -490 Transformer losses 0 428 Total losses 14 -62
SUMMARY REPORT FOR CIRCLE: MUNGER
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 157 76 Shunt loads 0 -10 Total load 157 66 Line / cable losses 5 -103 Transformer losses 0 14 Total losses 5 -88
Developing the PSMP for Bihar 4-79 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR)
SUMMARY REPORT FOR CIRCLE: BHAGALPUR
Active Reactive Summary Data Power Power
Total generation 2006 -373 Spinning reserve 365 0 Static Load 223 108 Shunt loads 0 0 Total load 223 108 Line / cable losses 8 -142 Transformer losses 0 220 Total losses 8 77
SUMMARY REPORT FOR CIRCLE: MUZAFFARPUR
Active Reactive Summary Data Power Power
Total generation 505 318 Static Load 291 141 Shunt loads 0 319 Total load 291 460 Line / cable losses 13 -634 Transformer losses 0 110 Total losses 13 -524
SUMMARY REPORT FOR CIRCLE: CHAPRA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 204 99
Developing the PSMP for Bihar 4-80 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Shunt loads 0 -67 Total load 204 31 Line / cable losses 4 -31 Transformer losses 0 25 Total losses 4 -7
SUMMARY REPORT FOR CIRCLE: MOTIHARI
Active Reactive Summary Data Power Power
Total generation 4 -8 Static Load 110 53 Shunt loads 0 -51 Total load 110 3 Line / cable losses 1 -29 Transformer losses 0 5 Total losses 1 -25
SUMMARY REPORT FOR CIRCLE: DARBHANGA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 168 81 Shunt loads 0 -51 Total load 168 30 Line / cable losses 5 -50 Transformer losses 0 13 Total losses 5 -38
SUMMARY REPORT FOR CIRCLE: SAMASTIPUR
Active Reactive Summary Data Power Power
Developing the PSMP for Bihar 4-81 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR)
Total generation 596 316 Static Load 148 72 Shunt loads 0 0 Total load 148 72 Line / cable losses 9 -29 Transformer losses 0 82 Total losses 9 53
SUMMARY REPORT FOR CIRCLE: PURNEA
Active Reactive Summary Data Power Power
Total generation 2934 -345 Static Load 178 86 Shunt loads 0 0 Total load 178 86 Line / cable losses 47 -507 Transformer losses 0 102 Total losses 47 -405
SUMMARY REPORT FOR CIRCLE: SAHARSA
Active Reactive Summary Data Power Power
Total generation 18 -16 Static Load 132 64 Shunt loads 0 0 Total load 132 64 Line / cable losses 5 -61 Transformer losses 0 16 Total losses 5 -46
SUMMARY REPORT FOR CIRCLE: ROHTAS
Developing the PSMP for Bihar 4-82 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Active Reactive Summary Data Power Power
Total generation -3458 1224 Static Load 242 117 Shunt loads 0 101 Total load 242 218 Line / cable losses 59 -790 Transformer losses 0 244 Total losses 59 -547
SUMMARY REPORT FOR CIRCLE: BHOJPUR
Active Reactive Summary Data Power Power
Total generation 276 97 Static Load 121 59 Shunt loads 0 -19 Total load 121 40 Line / cable losses 6 -46 Transformer losses 0 43 Total losses 6 -3
SUMMARY REPORT FOR CIRCLE: NALANDA
Active Reactive Summary Data Power Power
Total generation 2433 -413 Static Load 121 59 Shunt loads 0 0 Total load 121 59 Line / cable losses 22 -199 Transformer losses 0 53 Total losses 22 -146
Developing the PSMP for Bihar 4-83 020328-40RP-0400-00 Final Report
4.8.1.2 Short Circuit Studies for FY 2014 Peak Load Condition
Three phase short-circuit studies were carried out to compute the short-circuit levels for various shunt faults (bus faults) across the system for the year FY 2014-Peak load condition. The sub-transient reactance of generators is used in the study. The tie-lines are modelled in the short-circuit study considering the fault contribution from a node from each of the neighbouring system. It was assumed that 20KA of fault contribution is from each of the neighbouring system. The short-circuit levels for three phase shunt faults at various buses are presented as below:
Table 4-48 Three Phase Short Circuit Currents- 2014 Peak Load Study
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT MVA STATION (KV) (KA) 1 765KV SASARAM 765 12 15,592 2 765KV GAYA 765 12 15,381 3 400KV KISHANGANJ 400 15 10,277 4 400KV PURNEA 400 17 11,635 5 400KV KATHIHAR 400 13 9,133 6 400KV KAHALGAON 400 30 20,835 7 400KV NABINAGAR-RLY 400 17 11,901 8 400KV BARH 400 33 23,088 9 400KV PATNA 400 22 15,417 10 400KV NABINAGAR 400 23 16,227 11 400KV BANKA 400 18 12,553 12 400KV JAMALPUR 400 17 11,740 13 400KV MZAFFARPUR 400 16 10,981 14 400KV BIHARSHARIFF 400 29 20,129 15 400KV PUSAULI 400 31 21,269 16 765KV SASARAM 400 30 20,799 17 765KV GAYA 400 20 13,550 18 400KV KISHANGANJ 220 13 4,779 19 400KV KATHIHAR 220 15 5,799 20 220KV KATHIHAR 220 15 5,815 21 400KV PURNEA 220 18 6,793 22 220KV GT -BUXAR 220 10 3,919 23 400KV MUZAFFRPUR 220 16 6,237 24 220KV BTPS 220 28 10,748 25 220KV GT-GAYA 220 14 5,145 26 220KV KANTI 220 24 9,136 27 220KV DARBHANGA 220 21 7,914
Developing the PSMP for Bihar 4-84 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT MVA STATION (KV) (KA) 28 220KV MADHEPURA 220 11 4,198 29 220KV BEGUSARAI 220 27 10,368 30 400KV KAHALGAON 220 13 5,005 31 220KV SUPAUL 220 7 2,567 32 220KV SHEOHAR 220 11 4,012 33 400KV BIHARSHARIFF 220 30 11,533 34 220KV BODHGAYA 220 17 6,312 35 220KV BIHARSHARIFF 220 30 11,605 36 220KV ARRA 220 16 6,236 37 220KV HAJIPUR 220 33 12,673 38 220KV GOPALGANJ 220 6 2,323 39 220KV FATUHA 220 34 13,144 40 400KV PATNA 220 34 13,144 41 220KV SIPARA 220 34 13,013 42 220KV GAIGHAT 220 34 12,805 43 220KV JAKKANPUR 220 33 12,752 44 220KV KHAGAUL 220 30 11,574 45 220KV KHAGAUL-2 220 29 10,993 46 220KV PUSAULI 220 18 6,766 47 400KV PUSAULI 220 18 6,779 48 220KV SONENAGAR 220 13 4,806 49 220KV DEHRI-ON-SONE 220 13 4,817 50 220KV KATHIHAR 132 14 3,274 51 132KV KATHAR 132 14 3,148 52 400KV BANKA 132 15 3,427 53 132KV NBANKA 132 15 3,408 54 400KV PURNEA 132 15 3,457 55 220KV MADHEPURA 132 10 2,339 56 132KV MADHEPURA 132 10 2,359 57 132KV PURNEA 132 15 3,472 58 132KV SONABARSHI 132 5 1,127 59 220KV SUPAUL 132 11 2,516 60 132KV SUPAUL 132 11 2,533 61 132KV SAHARSA 132 9 1,957 62 132KV NAUGACHHIYA 132 5 1,189
Developing the PSMP for Bihar 4-85 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT MVA STATION (KV) (KA) 63 400KV JAMALPUR 132 16 3,768 64 132KV JAMALPUR 132 16 3,717 65 132KV PHULPARAS 132 9 2,148 66 132KV UDAKISHANGANJ 132 4 910 67 220KV MTPS 132 17 3,965 68 400KV KAHALGAON 132 14 3,247 69 220KV DARBHANGA 132 11 2,542 70 220KV SHEOHAR 132 11 2,452 71 132KV KAHALGAON 132 14 3,286 72 132KV SHEOHAR 132 11 2,403 73 132KV DHARBHANGA 132 11 2,546 74 132KV RUNI SAIDPUR 132 10 2,357 75 132KV JAINAGAR 132 5 1,057 76 132KV RAXAUL 132 4 819 77 132KV SKMCH 132 12 2,705 78 132KV DHAKA 132 5 1,120 79 132KV SITMHARI 132 10 2,268 80 132KV FORBESGANJ 132 6 1,456 81 132KV GANGWARA 132 9 1,970 82 220KV BIHARSHARIFF 132 17 3,782 83 132KV PANDAUL 132 9 2,067 84 132KV KATIYA 132 6 1,290 85 132KV KOSHI 132 5 1,235 86 132KV MUZAFFARPUR 132 13 2,885 87 132KV KISHANGANJ 132 7 1,707 88 132KV SABOUR 132 13 2,967 89 132KV BETTIAH 132 6 1,290 90 220KV GOPALGANJ 132 7 1,670 91 132KV MOTIHARI 132 7 1,688 92 132KV EKANGASARAI 132 9 1,976 93 132KV HULASGANJ 132 7 1,623 94 132KV GOPALGANJ 132 7 1,665 95 132KV MADHUBANI 132 7 1,494 96 132KV RAMNAGAR 132 4 856 97 132KV NALANDA 132 6 1,333
Developing the PSMP for Bihar 4-86 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT MVA STATION (KV) (KA) 98 220KV BEGUSARAI 132 20 4,632 99 132KV BTPS 132 21 4,839 100 220KV BODHGAYA 132 14 3,233 101 132KV BARIPAHRI 132 13 2,955 102 132KV KUSHESWAR 132 4 1,006 103 132KV HARNAUT 132 9 2,171 104 400KV PUSAULI 132 14 3,166 105 132KV BARHI 132 11 2,565 106 132KV SULTANGANJ 132 14 3,122 107 132KV LAKHISARAI 132 14 3,169 108 132KV HATHIDAH 132 19 4,383 109 132KV RAJGIR 132 4 877 110 132KV VAISHALI 132 9 2,114 111 220KV PUSAULI 132 14 3,141 112 132KV BHABUA 132 13 3,069 113 220KV HAJIPUR 132 13 2,939 114 132KV HAJIPUR 132 13 2,949 115 132KV SAMASTIPUR 132 16 3,556 116 220KV ARRA 132 11 2,471 117 132KV CHANDAUTI 132 13 2,960 118 132KV DHANHA 132 3 766 119 132KV SIWAN 132 5 1,203 120 132KV KUDRA 132 12 2,814 121 220KV SONENAGAR 132 11 2,611 122 132KV KHAGARIYA 132 4 964 123 132KV DALSINGSARAI 132 13 2,972 124 132KV SONNENAGAR 132 12 2,641 125 132KV ARRA 132 11 2,441 126 132KV AURANGABAD 132 9 2,029 127 220KV DEHRI-ON-SONE 132 13 2,936 128 132KV KARMNASA 132 10 2,362 129 220KV SIPARA 132 28 6,405 130 132KV TEKARI 132 6 1,470 131 132KV BELAGANJ 132 6 1,470 132 132KV JAGDISHPUR 132 6 1,337
Developing the PSMP for Bihar 4-87 020328-40RP-0400-00 Final Report
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT MVA STATION (KV) (KA) 133 132KV SHEIKHPURA 132 9 2,105 134 132KV GOH 132 5 1,052 135 220KV FATHUA 132 24 5,381 136 220KV GAIGHAT 132 30 6,819 137 132KV SASARAM 132 10 2,381 138 220KV JAKKANPUR 132 24 5,426 139 220KV KHAGAUL-2 132 22 5,124 140 132KV FATHUA-2 132 21 4,766 141 132KV GAIGHAT 132 29 6,728 142 132KV JAKKANPUR-2 132 23 5,202 143 132KV MASRAKH 132 4 808 144 132KV BANJARI 132 5 1,213 145 132KV KHAGAUL-2 132 22 5,085 146 132KV MITHAPUR 132 29 6,661 147 132KV SHITALPUR 132 8 1,866 148 132KV MASURHI 132 11 2,402 149 132KV PAHARPUR 132 6 1,433 150 132KV KATRA 132 22 5,035 151 132KV MITHAPUR-2 132 22 5,086 152 132KV JAKKANPUR 132 24 5,523 153 132KV WAZIRGANJ 132 6 1,320 154 220KV KHAGAUL 132 15 3,402 155 132KV JAMUI 132 6 1,348 156 132KV KHAGAUL 132 15 3,327 157 132KV RAFIGANJ 132 7 1,506 158 132KV BIHTA 132 14 3,163 159 132KV JEHNABAD 132 12 2,853 160 132KV DIGHA 132 13 2,932 161 132KV KARPY 132 7 1,592 162 132KV NAWADA 132 4 910 163 132KV CHAPRA 132 6 1,311 164 132KV DINARA 132 4 910 165 132KV BIKRAMGANJ 132 5 1,040 166 132KV BUXAR 132 4 929 167 132KV DUMRAON 132 5 1,147
Developing the PSMP for Bihar 4-88 020328-40RP-0400-00 Final Report
4.8.2 Light Load System Condition for FY 2014
The light load condition for the BSEB was simulated is based on about 57% of total substation peak loads. However, the circle wise substations peak loads considered for light load conditions was based on the historical data. The total substation loads during light load condition was about 2,022 MW in FY 2014. The generation utilisation by BSEB to meet the load was 2,077 MW. The load flow simulation was carried out for the above substation load scenario.
4.8.2.1 Load Flow Results
The following table summarises the load flow study results.
Table 4-49 Load Flow Summary Results-2014 Light Load Condition
Details MW %
Substation Loads 2022 Generation 2142
Losses of PGCIL Network within State 65 3.0% Net Generation Utilisation by BSEB 2077 Losses 132kV 14 0.68% 220kV 21 1.02% 400kV Losses 20 0.97% Total Losses 55 2.67% Total connected Inductive Compensation (MVAr) 400 Total connected Capacitive compensation (MVAr) 250
The system demand met by BSEB during light load is 2,077 MW which is about 57% of the system peak demand. The total BSEB transmission losses of 55 MW represent 2.67% of BSEB system requirement. The losses comprises of 0.68%, 1.02% and 0.97% respectively for 132,220kV and 400kV transmission system of BSEB. All transformers and transmission lines were operating within their permitted load ratings. All bus voltages were within permissible limits. The N-1 contingency operation was carried out to test the system for satisfactory operation. It is observed that during the N-1 contingency operation all branch loadings and bus voltages were operating satisfactorily. The minimum and maximum voltages observed in the system were 0.987 and 1.058 p.u and they were within the planning critera as mentione in the earlier sections. The summary of bus voltages are presented in the following table:
Developing the PSMP for Bihar 4-89 020328-40RP-0400-00 Final Report
Table 4-50 Summary of Voltage Profile- 2014 Light Load Condition
Number of Buses within Specified Number Voltage Voltages limits (p.u) of (KV) Buses 0.95 to 1 1.00 to 1.05 1.05 to 1.1
765 2 0 0% 2 100% 0 0% 400 15 0 0% 15 100% 0 0% 220 32 0 0% 27 100% 5 16% 132 120 6 5% 106 95% 8 7% Total 169 6 150 13
The circle wise demand generation and losses are presented in the following table
Table 4-51 Circle wise summary of Load, generation and Losses for FY 2014 Light Load Condition
Active Reactive Summary Data Power Power (MW) (MVAR) COMPLETE SUMMARY REPORT Total generation 2143 -1823 Static Load 2022 979 Shunt loads 0 393 Total load 2022 1372 Line / cable losses 120 -4415 Transformer losses 0 1220 Total losses 120 -3196 Mismatches 0 0
SUMMARY REPORT FOR CIRCLE: PATNA, PESU(E), PESU(W)
Active Reactive Summary Data Power Power
Total generation -1745 323 Static Load 572 277 Shunt loads 0 -21 Total load 572 256 Line / cable losses 18 -339 Transformer losses 0 337 Total losses 18 -2
Developing the PSMP for Bihar 4-90 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR)
SUMMARY REPORT FOR CIRCLE: GAYA
Active Reactive Summary Data Power Power
Total generation 289 -1364 Static Load 221 107 Shunt loads 0 -10 Total load 221 97 Line / cable losses 8 -518 Transformer losses 0 305 Total losses 8 -213
SUMMARY REPORT FOR CIRCLE: MUNGER
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 91 44 Shunt loads 0 -10 Total load 91 34 Line / cable losses 3 -119 Transformer losses 0 5 Total losses 3 -114
SUMMARY REPORT FOR CIRCLE: BHAGALPUR
Active Reactive Summary Data Power Power
Total generation 1830 -389 Spinning reserve 341 0 Static Load 129 63 Shunt loads 0 110
Developing the PSMP for Bihar 4-91 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Total load 129 173 Line / cable losses 5 -163 Transformer losses 0 190 Total losses 5 27
SUMMARY REPORT FOR CIRCLE: MUZAFFARPUR
Active Reactive Summary Data Power Power
Total generation 415 -35 Static Load 169 82 Shunt loads 0 319 Total load 169 400 Line / cable losses 7 -672 Transformer losses 0 54 Total losses 7 -618
SUMMARY REPORT FOR CIRCLE: CHAPRA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 112 54 Shunt loads 0 -76 Total load 112 -21 Line / cable losses 1 -44 Transformer losses 0 7 Total losses 1 -37
SUMMARY REPORT FOR CIRCLE: MOTIHARI
Active Reactive Summary Data Power Power
Developing the PSMP for Bihar 4-92 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Total generation 4 -17 Static Load 64 31 Shunt loads 0 -55 Total load 64 -24 Line / cable losses 0 -34 Transformer losses 0 2 Total losses 0 -32
SUMMARY REPORT FOR CIRCLE: DARBHANGA
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 97 47 Shunt loads 0 -54 Total load 97 -8 Line / cable losses 2 -66 Transformer losses 0 4 Total losses 2 -62
SUMMARY REPORT FOR CIRCLE: SAMASTIPUR
Active Reactive Summary Data Power Power
Total generation 506 86 Static Load 114 55 Shunt loads 0 0 Total load 114 55 Line / cable losses 4 -48 Transformer losses 0 52 Total losses 4 4
SUMMARY REPORT FOR CIRCLE: PURNEA
Developing the PSMP for Bihar 4-93 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) Active Reactive Summary Data Power Power
Total generation 1964 -590 Static Load 97 47 Shunt loads 0 0 Total load 97 47 Line / cable losses 23 -794 Transformer losses 0 41 Total losses 23 -753
SUMMARY REPORT FOR CIRCLE: SAHARSA
Active Reactive Summary Data Power Power
Total generation 18 -17 Static Load 76 37 Shunt loads 0 0 Total load 76 37 Line / cable losses 2 -80 Transformer losses 0 6 Total losses 2 -74
SUMMARY REPORT FOR CIRCLE: ROHTAS
Active Reactive Summary Data Power Power
Total generation -2235 992 Static Load 139 67 Shunt loads 0 211 Total load 139 278 Line / cable losses 32 -1165 Transformer losses 0 192 Total losses 32 -973
Developing the PSMP for Bihar 4-94 020328-40RP-0400-00 Final Report
Active Reactive Summary Data Power Power (MW) (MVAR) SUMMARY REPORT FOR CIRCLE: BHOJPUR
Active Reactive Summary Data Power Power
Total generation 0 0 Static Load 70 34 Shunt loads 0 -20 Total load 70 14 Line / cable losses 1 -72 Transformer losses 0 3 Total losses 1 -68
SUMMARY REPORT FOR CIRCLE: NALANDA
Active Reactive Summary Data Power Power
Total generation 1096 -814 Static Load 70 34 Shunt loads 0 0 Total load 70 34 Line / cable losses 13 -302 Transformer losses 0 23 Total losses 13 -279
4.8.2.2 Short Circuit Studies for FY 2014 Light Load Condition
Three phase short-circuit studies were carried out to compute the short-circuit levels for various shunt faults (bus faults) across the system for the year FY 2014-Light load condition. The sub-transient reactance of generators was used in the study to detemine the maximum fault currents. The tie-lines were modelled in the short-circuit study considering the fault contribution from one node from each of the neighbouring system. It is assumed that 20KA of fault contribution is from each of the neighbouring system. The short-circuit levels for three phase shunt faults at various buses are presented as below:
Developing the PSMP for Bihar 4-95 020328-40RP-0400-00 Final Report
Table 4-52 Three Phase Short Circuit Currents- 2014 Light Load Study
NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT (KA) MVA STATION (KV) 1 765KV SASARAM 765 12 16,165 2 765KV GAYA 765 12 15,994 3 400KV KATHIHAR 400 12 8,339 4 400KV KAHALGAON 400 30 20,701 5 400KV PURNEA 400 15 10,347 6 400KV JAMALPUR 400 17 11,725 7 400KV KISHANGANJ 400 13 9,082 8 400KV BANKA 400 18 12,559 9 400KV NABINAGAR 400 24 16,551 10 400KV MZAFFARPUR 400 16 10,902 11 400KV BIHARSHARIFF 400 29 20,149 12 400KV NABINAGAR-RLY 400 16 11,121 13 400KV PUSAULI 400 33 22,580 14 765KV SASARAM 400 32 22,077 15 400KV BARH 400 29 20,167 16 400KV PATNA 400 22 15,032 17 765KV GAYA 400 20 13,892 18 220KV MADHEPURA 220 11 4,121 19 220KV SUPAUL 220 7 2,560 20 400KV KATHIHAR 220 15 5,543 21 220KV KATHIHAR 220 15 5,561 22 400KV KISHANGANJ 220 12 4,527 23 400KV PURNEA 220 17 6,451 24 220KV GOPALGANJ 220 6 2,334 25 220KV DARBHANGA 220 20 7,495 26 220KV KANTI 220 22 8,554 27 400KV MUZAFFRPUR 220 16 6,026 28 220KV SHEOHAR 220 10 3,921 29 400KV KAHALGAON 220 13 5,015 30 220KV BTPS 220 27 10,227 31 220KV BEGUSARAI 220 26 9,865 32 400KV BIHARSHARIFF 220 28 10,836 33 220KV BIHARSHARIFF 220 29 10,881 34 220KV HAJIPUR 220 31 11,829
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NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT (KA) MVA STATION (KV) 35 220KV GT-GAYA 220 10 3,885 36 220KV BODHGAYA 220 13 5,140 37 220KV FATUHA 220 32 12,189 38 220KV GAIGHAT 220 31 11,871 39 220KV GT -BUXAR 220 7 2,685 40 400KV PUSAULI 220 17 6,493 41 220KV PUSAULI 220 17 6,478 42 220KV ARRA 220 13 5,137 43 220KV JAKKANPUR 220 31 11,772 44 220KV KHAGAUL-2 220 27 10,240 45 220KV KHAGAUL 220 28 10,612 46 400KV PATNA 220 32 12,135 47 220KV SIPARA 220 32 12,019 48 220KV SONENAGAR 220 12 4,473 49 220KV DEHRI-ON-SONE 220 12 4,507 50 132KV RAXAUL 132 4 849 51 132KV BETTIAH 132 6 1,331 52 220KV MADHEPURA 132 10 2,349 53 132KV MADHEPURA 132 10 2,371 54 132KV SONABARSHI 132 5 1,143 55 220KV SUPAUL 132 11 2,530 56 132KV SUPAUL 132 11 2,547 57 220KV GOPALGANJ 132 7 1,710 58 132KV GOPALGANJ 132 7 1,706 59 132KV RAMNAGAR 132 4 887 60 132KV SAHARSA 132 9 1,977 61 132KV PHULPARAS 132 10 2,172 62 132KV UDAKISHANGANJ 132 4 928 63 220KV KATHIHAR 132 14 3,236 64 132KV KATHAR 132 14 3,117 65 132KV SIWAN 132 5 1,249 66 132KV DHAKA 132 5 1,147 67 132KV DHANHA 132 3 797 68 132KV MOTIHARI 132 8 1,723 69 132KV JAINAGAR 132 5 1,082
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NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT (KA) MVA STATION (KV) 70 400KV PURNEA 132 15 3,433 71 132KV PURNEA 132 15 3,449 72 132KV PANDAUL 132 9 2,101 73 220KV DARBHANGA 132 11 2,557 74 132KV MASRAKH 132 4 845 75 220KV SHEOHAR 132 11 2,459 76 132KV DHARBHANGA 132 11 2,563 77 132KV SHEOHAR 132 11 2,411 78 132KV RUNI SAIDPUR 132 10 2,367 79 132KV MADHUBANI 132 7 1,528 80 132KV GANGWARA 132 9 2,000 81 132KV SITMHARI 132 10 2,285 82 400KV BANKA 132 15 3,440 83 132KV NBANKA 132 15 3,422 84 220KV MTPS 132 17 3,924 85 132KV NAUGACHHIYA 132 5 1,194 86 132KV SKMCH 132 12 2,700 87 132KV KATIYA 132 6 1,317 88 132KV KOSHI 132 6 1,262 89 400KV JAMALPUR 132 17 3,790 90 132KV JAMALPUR 132 16 3,740 91 132KV FORBESGANJ 132 7 1,486 92 132KV MUZAFFARPUR 132 11 2,603 93 400KV KAHALGAON 132 14 3,274 94 132KV KAHALGAON 132 15 3,317 95 132KV VAISHALI 132 9 2,142 96 132KV KISHANGANJ 132 8 1,755 97 132KV SABOUR 132 13 3,005 98 132KV CHAPRA 132 6 1,358 99 132KV SHITALPUR 132 8 1,903 100 132KV SULTANGANJ 132 14 3,166 101 132KV LAKHISARAI 132 14 3,179 102 132KV KUSHESWAR 132 4 998 103 132KV SAMASTIPUR 132 15 3,507 104 220KV BEGUSARAI 132 19 4,312
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NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT (KA) MVA STATION (KV) 105 132KV HAJIPUR 132 13 2,943 106 220KV HAJIPUR 132 13 2,932 107 132KV BTPS 132 20 4,459 108 132KV DALSINGSARAI 132 13 2,953 109 132KV KHAGARIYA 132 4 970 110 132KV HATHIDAH 132 18 4,150 111 132KV JAMUI 132 6 1,367 112 132KV BARHI 132 11 2,515 113 132KV SHEIKHPURA 132 9 2,092 114 220KV BIHARSHARIFF 132 17 3,784 115 132KV EKANGASARAI 132 9 1,956 116 132KV HULASGANJ 132 7 1,605 117 132KV BARIPAHRI 132 13 2,944 118 132KV HARNAUT 132 9 2,154 119 400KV PUSAULI 132 14 3,088 120 220KV BODHGAYA 132 13 3,000 121 132KV NALANDA 132 6 1,323 122 220KV PUSAULI 132 13 3,070 123 132KV BHABUA 132 13 3,004 124 132KV CHANDAUTI 132 12 2,800 125 132KV KARMNASA 132 10 2,322 126 132KV TEKARI 132 6 1,425 127 132KV KUDRA 132 12 2,758 128 132KV BELAGANJ 132 6 1,425 129 132KV PAHARPUR 132 6 1,387 130 132KV GOH 132 4 1,027 131 220KV FATHUA 132 23 5,213 132 132KV FATHUA-2 132 20 4,632 133 132KV WAZIRGANJ 132 6 1,282 134 220KV GAIGHAT 132 29 6,553 135 220KV SIPARA 132 27 6,138 136 132KV GAIGHAT 132 28 6,471 137 220KV ARRA 132 10 2,358 138 132KV KATRA 132 21 4,888 139 220KV JAKKANPUR 132 23 5,245
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NAME OF THE BUS FAULT FAULT SL. NO SS/GENERATING VOLTAGE CURRENT (KA) MVA STATION (KV) 140 132KV JAKKANPUR-2 132 22 5,036 141 132KV MITHAPUR 132 28 6,406 142 132KV MITHAPUR-2 132 22 4,936 143 220KV KHAGAUL-2 132 22 4,957 144 132KV ARRA 132 10 2,335 145 132KV RAJGIR 132 4 881 146 132KV MASURHI 132 10 2,347 147 132KV KHAGAUL-2 132 22 4,922 148 132KV JAGDISHPUR 132 6 1,298 149 132KV JAKKANPUR 132 23 5,341 150 132KV JEHNABAD 132 12 2,776 151 132KV NAWADA 132 4 897 152 220KV KHAGAUL 132 14 3,288 153 132KV KARPY 132 7 1,565 154 132KV KHAGAUL 132 14 3,218 155 132KV BIHTA 132 13 3,062 156 132KV DIGHA 132 12 2,846 157 132KV SASARAM 132 10 2,338 158 132KV BANJARI 132 5 1,193 159 220KV DEHRI-ON-SONE 132 13 2,881 160 220KV SONENAGAR 132 11 2,575 161 132KV SONNENAGAR 132 11 2,607 162 132KV AURANGABAD 132 9 1,997 163 132KV DINARA 132 4 904 164 132KV BUXAR 132 4 929 165 132KV RAFIGANJ 132 6 1,485 166 132KV DUMRAON 132 5 1,144 167 132KV BIKRAMGANJ 132 5 1,035
4.8.3 Summary of FY 2014 system studies
The transmission system was developed to evacuate the base case generation and transmit the power to various 33kV loads of existing and proposed 132/33 kV substations. The transmission system operated successfully for a range of steady state operation condition including the peak load and light load condition.
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4.9 Investment Costing
This section presents the investment cost required as per the proposed transmission system during transmission system studies. The cost estimates were carried out for the future network which includes the proposed substation and lines by BSEB. The cost estimates are carried out for BSEB network only. The 400kV and above network planned by PGCIL were not considered in the Investment planning. However, the additional 400kV network identified during the study was taken in the investment planning and it was assumed these projects will be built by BSEB. The cost of the transmission line entry bays for the lines of BSEB terminating at 400kV PGCIL substations was not considered and assumed the line entry bay at PGCIL substation end will be built by PGCIL. For all generating stations, it is assumed that BSEB was responsible for cost of the line bay entries at generating stations end.
4.9.1 Methodology for Investment Costing
This section presents the methodology for estimation of transmission costs for expansion of 400kV, 220kV and 132kV transmission system. The investment required to transfer the load form generating station to loads within the oprating criteria requires investment under the following heads: Investment required for generation evacuation Investment required for transmission reinforcement for meeting the load growth The following methodology was used to estimate the cost of the Transmission System Expansion up to FY 2018. 1. Equipment cost: The equipment cost data was prepared for each equipment based on the data used by various utilities in India. Since the latest cost for most of the major equipment was not readily available, suitable escalation factors were used to fine tune the data to represent current prices. 2. “per-km” cost: The per-km cost of circuit was calculated based on the recent BSEB tenders which included line cost of 400kV, 220kV, 132kV transmission lines. 3. Substation Cost: The methodology for estimating the substation cost was based on modular approach where substation cost was divided into following components “Substation Only” (no transformer, reactors, or line entries) Transformer bay addition Reactor bay addition Line entry bay addition These costs were based on the standard substation design practice in India. However, it should be noted that the cost data varies over the various substation designs
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4. The list of transmission projects was prepared including the associated substation bays (line, transformer and reactors) and respective commissioning dates are assigned. 5. The cost for the line entry bays are attached to the associated transmission lines to give the total cost for the transmission lines and its associated equipment. For estimating the cost of new substation, the cost of the “Substation Only” should be added to the cost of required transformer bays, line bays and reactor bays. The substation cost of augmentation carried out by considering transformer bay cost.
4.9.2 Equipment Cost Data
The cost data used for estimation of transmission costs are based on the following equipment data. The data is divided into following modules “Substation Only” cost data Transformer bay data Reactor Bay Data Capacitor Bay Data Line Entry Bay Data Line Data The cost data for each module is presented as follows:
(a) “Substation Only” Module Cost Data
Cost ( Rs. Description kV Lakhs) 400 kV SS with no transformer 400 3702.00 220 kV SS with no transformers 220 2211.00 132 kV SS with no transformers 132 885.00
The above cost data does not include line entry bays.
(b) Transformer Bay Module Cost Data
Description Capacity Cost (Rs. Lakhs) 500 MVA 400/220 kV T/F bay 500 MVA 2763 315 MVA 400/220 kV T/F bay 315 MVA 2640 200 MVA 400/132 kV T/F bay 200 MVA 2325 150 MVA 220/132 kV T/F bay 150 MVA 1408 100 MVA 220/132 kV T/F bay 100 MVA 1210 50 MVA 220/132 kV T/F bay 50 MVA 925 50 MVA 132/33 kV T/F bay 50 MVA 471 20 MVA 132/33 kV T/F bay 20 MVA 375
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Description Capacity Cost (Rs. Lakhs) 16 MVA 132/33 kV T/F bay 16 MVA 345 12.5 MVA 132/33 kV T/F bay 12.5 MVA 305 13.5 MVA 132/33 kV T/F bay 13.5 MVA 315 10 MVA 132/33 kV T/F bay 10 MVA 285
(c) Reactor Bay Module Cost Data
Voltage Cost (Rs. Description Capacity (kV) Lakhs) 100 MVAr 400 kV Reactor bay 400 100 MVAr 1224 63 MVAr 400 kV Reactor bay 400 63 MVAr 1198 50 MVAr 400 kV Reactor bay 400 50 MVAr 1100
(d) Capacitor Bay Module Cost Data
Voltage Cost (Rs. Description Capacity (kV) Lakhs)
30 MVAr 132 kV Capacitor Bank 132 30 MVAr 265 20 MVAr 132 kV Capacitor Bank 132 20 MVAr 245 10 MVAr 132 kV Capacitor Bank 132 10 MVAr 213 10 MVAr 33 kV Capacitor Bank 33 10 MVAr 48 30 MVAr 33 kV Capacitor Bank 33 30 MVAr 125
(e) Line Entry Bay Module Cost Data
Description kV Cost (Rs. Lakhs)
400 kV Line entry bay 400 809 220 kV Line entry bay 220 240 132 kV Line entry bay 132 165
(f) Line Cost Data per km
Description kV Cost ( Rs. Lakhs)
400 kV Quad Moose DCDS Line 400 290 400 kV Twin Moose DCDS Line 400 160 220 kV AAAC DCDS Line 220 65 220 kV ZEBRA DCDS Line 220 60 220 kV AAAC DCSS Line 220 50 220 kV ZEBRA DCSS Line 220 48
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Description kV Cost ( Rs. Lakhs)
220 kV AAAC 2nd Ckt 220 15 220 kV ZEBRA 2nd Ckt 220 14 132 kV Panther DCDS Line 132 39 132 kV Panther DCSS Line 132 31 132 kV Panther 2nd Ckt 132 8
4.9.3 Summary of Investment Costs
The summary various transmission expansion costs are presented in the following table. The details of component wise cost estimates are provided in the subsequent sections.
Table 4-53 Summary of Investment Costs
Type of Transmission Project Total (Rs. Lakhs)
400kV Transmission Lines 264,661 New Substations 37,308 Substation Augmentation 0 Shunt Reactors 3,672 Total 400kV Projects 305,641
220kV Transmission Lines 142,248 New Substations 93,995 Substation Augmentation 27,192 Total 220kV Projects 263,435
132kV Transmission Lines 174,498 New Substations 77,919 Substation Augmentation 71,937 Shunt Capacitor Banks 5,529 Total 329,883
Total Investment 898,959
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The total cost of the transmission expansion estimated to about Rs. 8,989 Crores over the period of ten years starting from FY 2009 to FY 2018. The allocation of total investment into 400kV, 220kV and 132kV voltages are in the ratio of 34%: 29%: 37%.
4.9.4 Investment Planning
This section presents the schedule of investments required to transmit the planned generation to the forecasted load up to FY 2018. As discussed in the previous section, the cost of transmission investment is about Rs.8,989 Crores and to be required over the ten year period. The year wise schedules of commissioning of various transmission projects were arrived based on the following methodology: Identify various committed projects with their commissioning dates. Identification of various transmission substation and lines required over the period from FY 2010 to FY 2014 based on the load flow studies conducted for FY 2014 Similarly the identification of various transmission lines and substation required over the period starting from FY 2015 to FY 2018 based on the load flow studies carried out for FY 2018. Schedule the commissioning dates of lines and substation planned for the period of FY 2010 to FY 2014 based on the load growth during the period Similarly, schedule the commissioning dates of lines and substation planned for the period of FY 2015 to FY 2018 based on the load growth during the period Schedule the augmentation of various substation for the period FY 2010 and FY 2014 and for the period FY 2015 to FY 2018 are carried based on the load growth in the respective periods. Based on the methodology discussed above, the schedule of in-service dates for various transmission components were arrived and presented in the subsequent sections. The annual disbursements required to meet the scheduled in-service dates of various transmission projects were arrived assuming 24 months of construction period and the investments are occurring 24 months period prior to the beginning of the year of commissioning. The disbursement required for first 12 months period is 40% of total investment and 60% is for the next 12 months period, in case of substation and lines. The disbursement required for substation augmentation including transformers, capacitor bays and reactor bays is of 12 months period prior to the beginning of the commissioning year. The estimation of present worth of total investment is carried out by taking discount rate of 10%. The present worth of annual disbursements at the beginning of FY 2009 is estimated as Rs. 6,106 Crores. The schedule of annual investment and annual disbursements required are presented in the following tables and graphs.
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Table 4-54 Summary of Annual Investment Costs (Rs. Lakhs)
FINANCIAL YEAR ITEM 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Total 400kV Transmission Lines 0 0 0 11,768 0 78,804 77,488 0 0 96,601 264,661 New Substations 0 0 0 28,326 0 0 8,982 0 0 0 37,308 Substation Augmentation 0 0 0 0 0 0 0 0 0 0 0 Shunt Reactors 0 0 0 0 0 1,224 1,224 1,224 0 0 3,672 Total 0 0 0 40,094 0 80,028 87,694 1,224 0 96,601 305,641
220kV Transmission Lines 0 12,448 22,319 46,415 5,709 11,897 29,668 4,919 3,479 5,395 142,248 New Substations 0 4,631 13,893 38,027 5,027 0 19,734 4,631 3,421 4,631 93,995 Substation Augmentation 0 0 9,262 1,210 1,408 4,224 0 3,630 4,840 2,618 27,192 Total 0 17,079 45,474 85,652 12,144 16,121 49,402 13,180 11,740 12,644 263,435
132kV Transmission Lines 0 11,353 80,320 38,504 6,508 11,191 2,232 10,312 6,915 7,162 174,498 New Substations 0 1,827 39,273 9,135 1,827 2,298 0 12,789 7,308 3,462 77,919 Substation Augmentation 0 0 21,282 13,371 12,525 9,036 7,719 3,111 3,105 1,788 71,937 Shunt Capacitor Banks 0 0 807 605 288 394 999 821 730 885 5,529 Total 0 13,180 141,682 61,615 21,148 22,919 10,950 27,033 18,058 13,297 329,883 Total Investment 0 30,259 187,156 187,362 33,292 119,068 148,046 41,437 29,798 122,542 898,959
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Figure 4-2 Summary of Annual Investment Costs (Rs. Lakhs)
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Table 4-55 Schedule of Disbursements to meet In-service Dates (Rs. Lakhs)
FINANCIAL YEAR
2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Total 400kV Transmission Lines 0 0 4,707 7,061 31,522 78,278 46,493 0 38,640 57,961 0 264,661 New Substations 0 0 11,330 16,996 0 3,593 5,389 0 0 0 0 37,308 Substation Augmentation 0 0 0 0 0 0 0 0 0 0 0 0 Shunt Reactors 0 0 0 0 0 1,224 1,224 1,224 0 0 0 3,672 Total 0 0 16,038 24,056 31,522 83,094 53,106 1,224 38,640 57,961 0 305,641
220kV Transmission Lines 4,979 16,396 31,198 30,892 8,184 19,005 19,768 4,343 4,245 3,237 0 142,248 New Substations 1,852 8,336 23,547 24,827 3,016 7,894 13,693 4,147 3,905 2,779 0 93,995 Substation Augmentation 0 0 9,262 1,210 1,408 4,224 0 3,630 4,840 2,618 0 27,192 Total 6,831 24,732 64,007 56,929 12,608 31,123 33,461 12,120 12,990 8,634 0 263,435
132kV Transmission Lines 2,603 39,427 64,838 25,913 8,381 7,608 5,464 8,953 7,014 4,297 0 174,498 New Substations 731 16,805 27,218 6,212 2,015 1,379 5,116 10,597 5,770 2,077 0 77,919 Substation Augmentation 0 0 21,282 13,371 12,525 9,036 7,719 3,111 3,105 1,788 0 71,937 Shunt Capacitor Banks 0 0 807 605 288 394 999 821 730 885 0 5,529 Total 3,334 56,232 114,145 46,101 23,210 18,416 19,298 23,482 16,618 9,047 0 329,883 10,165 80,964 194,189 127,086 67,340 132,634 105,864 36,826 68,249 75,642 0 898,959
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Figure 4-3 Schedule of Disbursements to Meet In-service Dates (Rs. Lakhs)
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4.9.5 Cost Estimates for 132kV Substations
Table 4-56 Cost Estimates for 132kV Substations (Rs. Lakhs).
SL SCHEDULE OF NO. FY NAME OF THE SS T/F CAPACITY (MVA) #T/F BAYS COST DISBURSEMENTS 10 20 50 10 20 50 (Rs.Lakhs) YEAR (-2) YEAR (-1) Total 40 740 2,450 4 37 49 77,919 31,168 46,751 1 2011 132KV AURANGABAD 20 0 0 2 0 0 1455 582 873 2 2011 132KV BUXAR 0 40 0 0 2 0 1635 654 981 3 2011 132KV DALSINGSARAI 0 0 100 0 0 2 1827 731 1,096 4 2011 132KV DIGHA 0 0 100 0 0 2 1827 731 1,096 5 2011 132KV DINARA 0 40 0 0 2 0 1635 654 981 6 2012 132KV DHAHNA 0 0 100 0 0 2 1827 731 1,096 7 2011 132KV EKANGASARAI 0 40 0 0 2 0 1635 654 981 8 2012 132KV FATHUA-2 0 0 100 0 0 2 1827 731 1,096 9 2012 132KV GANGWARA 0 0 100 0 0 2 1827 731 1,096 10 2011 132KV GOH 0 40 0 0 2 0 1635 654 981 11 2011 132KV HARNAUT 0 40 0 0 2 0 1635 654 981 12 2011 132KV HULASGANJ 0 40 0 0 2 0 1635 654 981 13 2011 132KV JAGDISHPUR 0 20 0 0 1 0 1260 504 756 14 2012 132KV JAKKANPUR-2 0 0 100 0 0 2 1827 731 1,096 15 2011 132KV KARPY 0 40 0 0 2 0 1635 654 981 16 2011 132KV KATRA 0 0 100 0 0 2 1827 731 1,096 17 2013 132KV KHAGAUL-2 0 0 100 0 0 2 1827 731 1,096
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SL SCHEDULE OF NO. FY NAME OF THE SS T/F CAPACITY (MVA) #T/F BAYS COST DISBURSEMENTS 10 20 50 10 20 50 (Rs.Lakhs) YEAR (-2) YEAR (-1) 18 2011 132KV KUDRA 0 40 0 0 2 0 1635 654 981 19 2011 132KV KUSHESWAR 0 40 0 0 2 0 1635 654 981 20 2011 132KV MADHEPURA 20 0 0 2 0 0 1455 582 873 21 2011 132KV MASRAKH 0 40 0 0 2 0 1635 654 981 22 2014 132KV MITHAPUR-2 0 0 150 0 0 3 2298 919 1,379 23 2011 132KV NALANDA 0 40 0 0 2 0 1635 654 981 24 2011 132KV RAXAUL 0 40 0 0 2 0 1635 654 981 25 2011 132KV RUNI SAIDPUR 0 40 0 0 2 0 1635 654 981 26 2011 132KV SHEOHAR 0 40 0 0 2 0 1635 654 981 27 2011 132KV SKMCH 0 0 100 0 0 2 1827 731 1,096 28 2011 132KV SONABARSHI 0 40 0 0 2 0 1635 654 981 29 2011 132KV TEKARI 0 40 0 0 2 0 1635 654 981 30 2011 132KV WAZIRGANJ 0 40 0 0 2 0 1635 654 981 31 2010 132KV BEGUSARAI 0 0 100 0 0 2 1827 731 1,096 32 2012 220KV SIPARA 0 0 100 0 0 2 1827 731 1,096 33 2018 132KV PAHARPUR 0 40 0 0 2 0 1635 654 981 34 2017 132KV BARIPAHRI-2 0 0 100 0 0 2 1827 731 1,096 35 2018 132KV BIHTA-2 0 0 100 0 0 2 1827 731 1,096 36 2016 132KV CHANDAUTI-2 0 0 100 0 0 2 1827 731 1,096 37 2016 132KV CHAPRA-2 0 0 100 0 0 2 1827 731 1,096 38 2016 132KV GAIGHAT-2 0 0 100 0 0 2 1827 731 1,096
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SL SCHEDULE OF NO. FY NAME OF THE SS T/F CAPACITY (MVA) #T/F BAYS COST DISBURSEMENTS 10 20 50 10 20 50 (Rs.Lakhs) YEAR (-2) YEAR (-1) 39 2016 132KV KHAGUAL-3 0 0 100 0 0 2 1827 731 1,096 40 2017 132KV MITHAPUR-3 0 0 100 0 0 2 1827 731 1,096 41 2017 132KV MUZAFFARPUR-2 0 0 100 0 0 2 1827 731 1,096 42 2016 132KV PURNEA-2 0 0 100 0 0 2 1827 731 1,096 43 2016 132KV SABOUR-2 0 0 100 0 0 2 1827 731 1,096 44 2016 132KV SAMASTIPUR-2 0 0 100 0 0 2 1827 731 1,096 45 2017 132KV SONNENAGAR-2 0 0 100 0 0 2 1827 731 1,096
4.9.6 Cost Estimates for 220kV and above Substations
Table 4-57 Cost Estimates for 220kV and above Substations (Rs. Lakhs).
SL SCHEDULE OF NO. FY ASSET NAME OF THE SS Total COST DISBURSEMENTS Capacity (MVA) (Rs.Lakhs) YEAR (-2) YEAR (-1) Total 131,303 52,521 78,782 1 2013 PGCIL 765KV SASARAM 765 3,000 0 0 0 2 2013 PGCIL 765KV GAYA 765 4,500 0 0 0 3 2012 PGCIL 400KV KISHANGANJ 400 945 0 0 0 4 2012 BSEB 400KV JAMALPUR 400 400 8352 3,341 5,011 5 2012 BSEB 400KV BANKA 400 400 8352 3,341 5,011 6 2012 BSEB 400KV KATHIHAR 400 945 11622 4,649 6,973
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SL SCHEDULE OF NO. FY ASSET NAME OF THE SS Total COST DISBURSEMENTS Capacity (MVA) (Rs.Lakhs) YEAR (-2) YEAR (-1) 7 2011 BSEB 220KV SUPAUL 220 200 4631 1,852 2,779 8 2012 BSEB 220KV SONENAGAR 220 200 4631 1,852 2,779 9 2012 BSEB 220KV SIPARA 220 450 6435 2,574 3,861 10 2012 BSEB 220KV SHEOHAR 220 200 4631 1,852 2,779 11 2012 BSEB 220KV KATHIHAR 220 300 5841 2,336 3,505 12 2012 BSEB 220KV PUSAULI 220 300 5027 2,011 3,016 13 2015 BSEB 220KV MUZAFFARPUR 220 300 5841 2,336 3,505 14 2011 BSEB 220KV MADHEPURA 220 200 4631 1,852 2,779 15 2013 BSEB 220KV KHAGAUL-2 220 300 5027 2,011 3,016 16 2012 BSEB 220KV JAKKANPUR 220 300 5027 2,011 3,016 17 2011 BSEB 220KV HAJIPUR 220 200 4631 1,852 2,779 18 2012 BSEB 220KV GAIGHAT 220 450 6435 2,574 3,861 19 2010 BSEB 220KV BEGUSARAI 220 200 4631 1,852 2,779 20 2015 BSEB 400KV ARRAH 400 630 8982 3,593 5,389 21 2015 BSEB 220KV SAMASTIPUR 220 200 4631 1,852 2,779 22 2015 BSEB 220KV SABOUR 220 200 4631 1,852 2,779 23 2018 BSEB 220KV HULSANGANJ 220 200 4631 1,852 2,779 24 2016 BSEB 220KV FORBESGANJ 220 200 4631 1,852 2,779 25 2015 BSEB 220KV CHAPRA 220 200 4631 1,852 2,779 26 2017 BSEB 220KV BIKRAMGANJ 220 100 3421 1,368 2,053
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4.9.7 Cost Estimates for Augmentation of 132kV Substations
Table 4-58 Cost Estimates for Augmentation of 132kV Substations (Rs. Lakhs).
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) Total 7,240 71,937 71,937 2011 132KV ARRA 1ARRA132 50 471 471 2012 132KV ARRA 1ARRA132 50 471 471 2015 132KV ARRA 1ARRA132 50 471 471 2015 132KV AURANGABAD 1AURGBD132 20 375 375 2015 132KV AURANGABAD 1AURGBD132 20 375 375 2014 132KV BANJARI 1BANJR132 20 375 375 2011 132KV BARHI 1BARH132 50 471 471 2011 132KV BARHI 1BARH132 50 471 471 2015 132KV BARHI 1BARH132 50 471 471 2012 132KV BARIPAHRI 1BARIPAH132 50 471 471 2013 132KV BARIPAHRI 1BARIPAH132 50 471 471 2013 132KV BELAGANJ 1BELAGJ132 20 375 375 2014 132KV BELAGANJ 1BELAGJ132 20 375 375 2011 132KV BETTIAH 1BETTH132 50 471 471 2012 132KV BETTIAH 1BETTH132 50 471 471 2011 132KV BHABUA 1BHABUA132 50 471 471 2013 132KV BHABUA 1BHABUA132 50 471 471
Developing the PSMP for Bihar 4-114 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2014 132KV BHABUA 1BHABUA132 50 471 471 2013 132KV BIHTA 1BIHTA132 50 471 471 2011 132KV BIKRAMGANJ 1BIKRMGJ132 50 471 471 2013 132KV BIKRAMGANJ 1BIKRMGJ132 50 471 471 2017 132KV BIKRAMGANJ 1BIKRMGJ132 50 471 471 2011 132KV CHANDAUTI 1CHNDAU132 20 375 375 2011 132KV CHANDAUTI 1CHNDAU132 20 375 375 2011 132KV CHAPRA 1CHPRA132 50 471 471 2011 132KV CHAPRA 1CHPRA132 50 471 471 2013 132KV CHAPRA 1CHPRA132 50 471 471 2015 132KV DALSINGSARAI 1DALSING132 50 471 471 2015 132KV DHAKA 1DHAKA132 20 375 375 2017 132KV DHAKA 1DHAKA132 20 375 375 2011 132KV DHARBHANGA 1DARBH132 50 471 471 2012 132KV DHARBHANGA 1DARBH132 50 471 471 2012 132KV DIGHA 1DIGHA132 50 471 471 2011 132KV DUMRAON 1DUMROAN132 50 471 471 2011 132KV DUMRAON 1DUMROAN132 50 471 471 2013 132KV DUMRAON 1DUMROAN132 50 471 471 2015 132KV FATHUA-2 1FATH2-132 50 471 471 2011 132KV FORBESGANJ 1FORBESGJ132 50 471 471
Developing the PSMP for Bihar 4-115 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2013 132KV FORBESGANJ 1FORBESGJ132 50 471 471 2011 132KV GAIGHAT 1GAIGHAT132 50 471 471 2011 132KV GAIGHAT 1GAIGHAT132 50 471 471 2011 132KV GOPALGANJ 1GOPLGJ132 50 471 471 2011 132KV GOPALGANJ 1GOPLGJ132 50 471 471 2015 132KV GOPALGANJ 1GOPLGJ132 50 471 471 2012 132KV HAJIPUR 1HAJPUR132 50 471 471 2013 132KV HAJIPUR 1HAJPUR132 50 471 471 2015 132KV HAJIPUR 1HAJPUR132 50 471 471 2016 132KV HARNAUT 1HARNAUT132 10 285 285 2011 132KV HATHIDAH 1HATIDH132 50 471 471 2011 132KV HATHIDAH 1HATIDH132 50 471 471 2015 132KV HATHIDAH 1HATIDH132 50 471 471 2014 132KV JAGDISHPUR 1JAGDSP132 20 375 375 2011 132KV JAINAGAR 1JAINGAR132 20 375 375 2012 132KV JAINAGAR 1JAINGAR132 20 375 375 2013 132KV JAKKANPUR-2 1JAKK2-132 50 471 471 2011 132KV JAMALPUR 1JAMLPUR132 50 471 471 2016 132KV JAMALPUR 1JAMLPUR132 50 471 471 2011 132KV JAMUI 1JAMUY132 50 471 471 2013 132KV JAMUI 1JAMUY132 50 471 471
Developing the PSMP for Bihar 4-116 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2017 132KV JAMUI 1JAMUY132 50 471 471 2013 132KV JEHNABAD 1JEHBAD132 50 471 471 2014 132KV JEHNABAD 1JEHBAD132 50 471 471 2014 132KV JEHNABAD 1JEHBAD132 50 471 471 2011 132KV KAHALGAON 1KHLGAON132 50 471 471 2012 132KV KAHALGAON 1KHLGAON132 50 471 471 2012 132KV KARMNASA 1KARMNSA132 20 375 375 2013 132KV KARMNASA 1KARMNSA132 20 375 375 2014 132KV KARMNASA 1KARMNSA132 20 375 375 2016 132KV KARMNASA 1KARMNSA132 50 471 471 2011 132KV KATHAR 1KATHAR132 50 471 471 2014 132KV KATHAR 1KATHAR132 50 471 471 2018 132KV KATHAR 1KATHAR132 50 471 471 2014 132KV KATIYA 1KATIYA132 50 471 471 2014 132KV KATIYA 1KATIYA132 50 471 471 2015 132KV KATRA 1KATRA132 50 471 471 2011 132KV KHAGARIYA 1KHGRIA132 50 471 471 2012 132KV KHAGARIYA 1KHGRIA132 50 471 471 2015 132KV KHAGARIYA 1KHGRIA132 50 471 471 2014 132KV KHAGAUL-2 1KGL2-132 50 471 471 2017 132KV KHAGUAL-3 1KGL3-132 50 471 471
Developing the PSMP for Bihar 4-117 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2011 132KV KISHANGANJ 1KISHNGJ132 50 471 471 2013 132KV KISHANGANJ 1KISHNGJ132 50 471 471 2015 132KV KISHANGANJ 1KISHNGJ132 50 471 471 2011 132KV LAKHISARAI 1LAKHSAR132 50 471 471 2012 132KV LAKHISARAI 1LAKHSAR132 50 471 471 2011 132KV MADHUBANI 1MDHUBN132 50 471 471 2013 132KV MADHUBANI 1MDHUBN132 50 471 471 2016 132KV MADHUBANI 1MDHUBN132 50 471 471 2011 132KV MASURHI 1MASURH132 50 471 471 2012 132KV MASURHI 1MASURH132 50 471 471 2011 132KV MITHAPUR 1MITHAPUR132 50 471 471 2018 132KV MITHAPUR-3 1MITH3-132 50 471 471 2011 132KV MOTIHARI 1MOTIHAR132 50 471 471 2012 132KV MOTIHARI 1MOTIHAR132 50 471 471 2016 132KV MOTIHARI 1MOTIHAR132 50 471 471 2011 132KV MUZAFFARPUR 1MZFPUR132 50 471 471 2011 132KV NAUGACHHIYA 1NAUGACH132 50 471 471 2012 132KV NAUGACHHIYA 1NAUGACH132 50 471 471 2012 132KV NAWADA 1NAWAD132 50 471 471 2013 132KV NAWADA 1NAWAD132 50 471 471 2015 132KV NAWADA 1NAWAD132 50 471 471
Developing the PSMP for Bihar 4-118 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2011 132KV NBANKA 1BANKA132 50 471 471 2012 132KV NBANKA 1BANKA132 50 471 471 2014 132KV NBANKA 1BANKA132 50 471 471 2011 132KV PANDAUL 1PANDUL132 50 471 471 2013 132KV PANDAUL 1PANDUL132 50 471 471 2014 132KV PANDAUL 1PANDUL132 50 471 471 2017 132KV PHULPARAS 1PHULPRS132 20 375 375 2018 132KV PHULPARAS 1PHULPRS132 20 375 375 2011 132KV PURNEA 1PURNEA132 50 471 471 2012 132KV PURNEA 1PURNEA132 50 471 471 2013 132KV RAFIGANJ 1RAFIGJ132 50 471 471 2014 132KV RAFIGANJ 1RAFIGJ132 50 471 471 2012 132KV RAJGIR 1RAJGIR132 50 471 471 2014 132KV RAJGIR 1RAJGIR132 50 471 471 2013 132KV RAMNAGAR 1RAMNGR132 50 471 471 2014 132KV RAMNAGAR 1RAMNGR132 50 471 471 2017 132KV RAMNAGAR 1RAMNGR132 50 471 471 2012 132KV SABOUR 1SABOUR132 50 471 471 2014 132KV SABOUR 1SABOUR132 50 471 471 2011 132KV SAHARSA 1SHARSA132 50 471 471 2012 132KV SAHARSA 1SHARSA132 50 471 471
Developing the PSMP for Bihar 4-119 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2013 132KV SAHARSA 1SHARSA132 50 471 471 2012 132KV SAMASTIPUR 1SAMSTPUR132 50 471 471 2013 132KV SAMASTIPUR 1SAMSTPUR132 50 471 471 2014 132KV SAMASTIPUR 1SAMSTPUR132 50 471 471 2011 132KV SASARAM 1SASARM132 50 471 471 2013 132KV SASARAM 1SASARM132 50 471 471 2015 132KV SASARAM 1SASARM132 50 471 471 2011 132KV SHEIKHPURA 1SHEKPUR132 50 471 471 2013 132KV SHEIKHPURA 1SHEKPUR132 50 471 471 2018 132KV SHEIKHPURA 1SHEKPUR132 50 471 471 2011 132KV SHITALPUR 1SHITLPR132 50 471 471 2012 132KV SHITALPUR 1SHITLPR132 50 471 471 2011 132KV SITMHARI 1SITMHRY132 50 471 471 2012 132KV SITMHARI 1SITMHRY132 50 471 471 2015 132KV SITMHARI 1SITMHRY132 50 471 471 2011 132KV SIWAN 1SIWAN132 50 471 471 2012 132KV SIWAN 1SIWAN132 50 471 471 2014 132KV SIWAN 1SIWAN132 50 471 471 2016 132KV SKMCH 1SKMCH132 50 471 471 2012 132KV SONNENAGAR 1SONNGR132 50 471 471 2012 132KV SONNENAGAR 1SONNGR132 50 471 471
Developing the PSMP for Bihar 4-120 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY NAME OF THE SS SSCODE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2011 132KV SULTANGANJ 1SULTGJ132 50 471 471 2012 132KV SULTANGANJ 1SULTGJ132 50 471 471 2013 132KV SULTANGANJ 1SULTGJ132 50 471 471 2011 132KV SUPAUL 1SUPAUL132 20 375 375 2012 132KV SUPAUL 1SUPAUL132 20 375 375 2016 132KV SUPAUL 1SUPAUL132 50 471 471 2017 132KV SUPAUL 1SUPAUL132 50 471 471 2013 132KV VAISHALI 1VAISHL132 50 471 471 2013 132KV VAISHALI 1VAISHL132 50 471 471 2014 132KV VAISHALI 1VAISHL132 50 471 471 2015 220KV BODHGAYA 2BDGAYA132 50 471 471 220KV DEHRI-ON- 2011 SONE 2DEHSON132 50 471 471 220KV DEHRI-ON- 2012 SONE 2DEHSON132 50 471 471 2013 220KV SIPARA 2SIPARA132 50 471 471
Developing the PSMP for Bihar 4-121 020328-40RP-0400-00 Final Report
4.9.8 Cost estimates for 220kV and above Substation Augmentation
Table 4-59 Cost estimates for 220kV and above Substation Augmentation (Rs. Lakhs)
T/F BAY COST SCHEDULE OF FY ASSET NAME OF THE SS VOLTAGE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 4,465 27,192 27,192 2012 PGCIL 400KV PATNA 400 500 0 0 2012 PGCIL 400KV PATNA 400 500 0 0 2015 PGCIL 400KV PATNA 400 500 0 0 2012 PGCIL 400KV PURNEA 400 315 0 0 2011 BSEB 220KV DEHRI-ON-SONE 220 100 1210 1,210 2011 BSEB 220KV DEHRI-ON-SONE 220 100 1210 1,210 2011 BSEB 220KV FATUHA 220 100 1210 1,210 2012 BSEB 220KV GOPALGANJ 220 100 1210 1,210 2011 BSEB 220KV KHAGAUL 220 150 1408 1,408 2011 BSEB 220KV KHAGAUL 220 150 1408 1,408 2014 BSEB 220KV KHAGAUL 220 150 1408 1,408 2014 BSEB 220KV KHAGAUL-2 220 150 1408 1,408 2011 BSEB 220KV KANTI 220 150 1408 1,408 2011 BSEB 220KV KANTI 220 150 1408 1,408 2014 BSEB 220KV KANTI 220 150 1408 1,408 2011 PGCIL 400KV KAHALGAON 220 100 0 0 2013 BSEB 400KV PUSAULI 220 150 1408 1,408
Developing the PSMP for Bihar 4-122 020328-40RP-0400-00 Final Report
T/F BAY COST SCHEDULE OF FY ASSET NAME OF THE SS VOLTAGE CAP(MVA) (Rs.lakhs) DISBURSEMENTS YEAR (-1) 2018 BSEB 220KV BIKRAMGANJ 220 100 1210 1,210 2017 BSEB 220KV CHAPRA 220 100 1210 1,210 2017 BSEB 220KV FORBESGANJ 220 100 1210 1,210 2016 BSEB 220KV HAJIPUR 220 100 1210 1,210 2018 BSEB 220KV JAKKANPUR 220 150 1408 1,408 2016 BSEB 220KV MADHEPURA 220 100 1210 1,210 2016 BSEB 220KV SABOUR 220 100 1210 1,210 2017 BSEB 220KV SAMASTIPUR 220 100 1210 1,210 2017 BSEB 220KV SHEOHAR 220 100 1210 1,210
4.9.9 Cost estimates for 400kV Lines
Table 4-60 Cost estimates for 400kV Lines (Rs. Lakhs)
LINE NO.OF TOWER COST LINE COST ( TRANSMISSION LENGTH CONFIG- (Rs. ENTRY Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR URATION Lakhs) BAYS Lakhs) (Rs.Lakhs)
Total 40 3,168 241,200 47 23,461 264,661 400KV BUXAR to 2015 BSEB 400KV ARRAH 1 63 QUADMOOSE DCDS 9,135 2 1,618 10,753 400KV BUXAR to DCDS 2015 BSEB 400KV ARRAH 1 63 QUADMOOSE 9,135 2 1,618 10,753
Developing the PSMP for Bihar 4-123 020328-40RP-0400-00 Final Report
LINE NO.OF TOWER COST LINE COST ( TRANSMISSION LENGTH CONFIG- (Rs. ENTRY Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR URATION Lakhs) BAYS Lakhs) (Rs.Lakhs)
400KV JASINFRA DCDS GENERATION to 2018 BSEB 400KV BANKA 1 10 QUADMOOSE 1,450 2 1,618 3,068 400KV JASINFRA DCDS GENERATION to 2018 BSEB 400KV BANKA 1 10 QUADMOOSE 1,450 2 1,618 3,068 400KV DCDS MZAFFARPUR to 400KV 2009 PGCIL BIHARSHARIFF 1 131 TWINMOOSE 0 2 0 0 400KV DCDS MZAFFARPUR to 400KV 2009 PGCIL BIHARSHARIFF 1 131 TWINMOOSE 0 2 0 0 400KV PATNA to DCDS 400KV JASINFRA 2018 BSEB GENERATION 1 149 QUADMOOSE 21,605 2 1,618 23,223 400KV PATNA to DCDS 400KV JASINFRA 2018 BSEB GENERATION 1 149 QUADMOOSE 21,605 1 809 22,414 400KV PATNA to DCDS 400KV JASINFRA 2018 BSEB GENERATION 1 149 QUADMOOSE 21,605 1 809 22,414 400KV PATNA to DCDS 400KV JASINFRA 2018 BSEB GENERATION 1 149 QUADMOOSE 21,605 1 809 22,414
Developing the PSMP for Bihar 4-124 020328-40RP-0400-00 Final Report
LINE NO.OF TOWER COST LINE COST ( TRANSMISSION LENGTH CONFIG- (Rs. ENTRY Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR URATION Lakhs) BAYS Lakhs) (Rs.Lakhs)
400KV PATNA to DCDS 2015 BSEB 400KV LAKHISARAI 1 123 TWINMOOSE 9,840 1 809 10,649 400KV PATNA to DCDS 2015 BSEB 400KV LAKHISARAI 1 123 TWINMOOSE 9,840 1 809 10,649 400KV PATNA to DCDS 2015 BSEB 400KV LAKHISARAI 1 123 TWINMOOSE 9,840 1 809 10,649 400KV PATNA to DCDS 2015 BSEB 400KV LAKHISARAI 1 123 TWINMOOSE 9,840 1 809 10,649 400KV PATNA to DCDS 2009 PGCIL 400KV KAHALGAON 1 257 QUADMOOSE 0 2 0 0 400KV PATNA to DCDS 2009 PGCIL 400KV KAHALGAON 1 257 QUADMOOSE 0 2 0 0 400KV PURNEA to DCDS 2012 BSEB 400KV KATHIHAR 1 35 QUADMOOSE 5,075 1 809 5,884 400KV PURNEA to DCDS 2012 BSEB 400KV KATHIHAR 1 35 QUADMOOSE 5,075 1 809 5,884 400KV PUSAULI to DCDS 2014 BSEB 400KV NABINAGAR 1 85 QUADMOOSE 12,325 1 809 13,134 400KV PUSAULI to DCDS 2014 BSEB 400KV NABINAGAR 1 85 QUADMOOSE 12,325 1 809 13,134 400KV PUSAULI to DCDS 2014 BSEB 400KV NABINAGAR 1 85 QUADMOOSE 12,325 1 809 13,134 400KV PUSAULI to DCDS 2014 BSEB 400KV NABINAGAR 1 85 QUADMOOSE 12,325 1 809 13,134
Developing the PSMP for Bihar 4-125 020328-40RP-0400-00 Final Report
LINE NO.OF TOWER COST LINE COST ( TRANSMISSION LENGTH CONFIG- (Rs. ENTRY Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR URATION Lakhs) BAYS Lakhs) (Rs.Lakhs)
400KV PUSAULI to DCDS 400KV NABINAGAR 2014 BSEB RAILWAY 1 85 QUADMOOSE 12,325 1 809 13,134 400KV PUSAULI to DCDS 400KV NABINAGAR 2014 BSEB RAILWAY 1 85 QUADMOOSE 12,325 1 809 13,134 400KV PUSAULI to DCDS 400KV 2009 PGCIL BIHARSHARIFF 1 194 TWINMOOSE 0 2 0 0 400KV PUSAULI to DCDS 400KV 2009 PGCIL BIHARSHARIFF 1 194 TWINMOOSE 0 2 0 0 400KV PIRPAINTI DCDS GENERATION to 2015 BSEB 400KV KATHIHAR 1 35 QUADMOOSE 5,075 2 1,618 6,693 400KV PIRPAINTI DCDS GENERATION to 2015 BSEB 400KV KATHIHAR 1 35 QUADMOOSE 5,075 2 1,618 6,693 LILO OF 1ST DC - DCDS 1CKT BIAHRSARIFF- KAHALGAON LINE 2012 PGCIL AT BANKA 2 25 TWINMOOSE 0 1 0 0 LILO OF 1ST DC - DCDS 2ND 1CKT BIAHRSARIFF- KAHALGAON LINE 2012 PGCIL AT BANKA 2 25 TWINMOOSE 0 1 0 0
Developing the PSMP for Bihar 4-126 020328-40RP-0400-00 Final Report
LINE NO.OF TOWER COST LINE COST ( TRANSMISSION LENGTH CONFIG- (Rs. ENTRY Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR URATION Lakhs) BAYS Lakhs) (Rs.Lakhs)
LILO OF 1ST DC - DCDS 1CKT BIAHRSARIFF- KAHALGAON LINE 2012 PGCIL AT JAMALPUR 2 20 TWINMOOSE 0 1 0 0 LILO OF 1ST DC - DCDS 2ND 1CKT BIAHRSARIFF- KAHALGAON LINE 2012 PGCIL AT JAMALPUR 2 20 TWINMOOSE 0 1 0 0 LILO OF 1ST DC - DCDS 1CKT PATNA-BALIA 2015 PGCIL LINE AT JAMALPUR 2 15 QUADMOOSE 0 1 0 0 LILO OF 1ST DC - DCDS 2ND 1CKT PATNA- BALIALINE AT 2015 PGCIL JAMALPUR 2 15 QUADMOOSE 0 1 0 0
Developing the PSMP for Bihar 4-127 020328-40RP-0400-00 Final Report
4.9.10 Cost estimates for 220 kV Lines
Table 4-61 Cost estimates for 220kV Lines (Rs. Lakhs) NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs)
Total 106 3,095 102,970 164 39,278 142,248 220KV BIHARSHARIFF to 220KV 2010 BSEB BEGUSARAI 1 75 ZEBRA DCDS 2,250 2 479 2,729 220KV BIHARSHARIFF to 220KV 2010 BSEB BEGUSARAI 1 75 ZEBRA DCDS 2,250 2 479 2,729 220KV BTPS to 220KV 2014 BSEB BEGUSARAI 1 7 AAAC DCDS 228 2 479 707 220KV BTPS to 220KV 2014 BSEB BEGUSARAI 1 7 AAAC DCDS 228 2 479 707 220KV BTPS to 220KV 2014 BSEB BEGUSARAI 1 7 AAAC DCSS 350 2 479 829 220KV GAIGHAT to 2012 BSEB 220KV FATUHA 1 5 AAAC DCDS 163 2 479 642 220KV GAIGHAT to 2012 BSEB 220KV FATUHA 1 5 AAAC DCDS 163 2 479 642 220KV GAYA GT STATION to 220KV 2013 BSEB BODHGAYA 1 15 AAAC DCDS 488 2 479 967 220KV GAYA GT 2013 BSEB STATION to 220KV 1 15 AAAC DCDS 488 2 479 967
Developing the PSMP for Bihar 4-128 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) BODHGAYA
220KV GAYA GT STATION to 220KV 2013 BSEB BODHGAYA 1 15 AAAC DCSS 750 2 479 1,229 220KV HAJIPUR to 2014 BSEB 220KV BTPS 1 42 AAAC DCDS 1,365 2 479 1,844 220KV HAJIPUR to 2014 BSEB 220KV BTPS 1 42 AAAC DCDS 1,365 2 479 1,844 220KV HAJIPUR to 2014 BSEB 220KV BTPS 1 42 AAAC DCDS 1,365 2 479 1,844 220KV HAJIPUR to 2014 BSEB 220KV BTPS 1 42 AAAC DCDS 1,365 2 479 1,844 220KV HAJIPUR to 2015 BSEB 220KV CHAPRA 1 58 ZEBRA DCDS 1,740 2 479 2,219 220KV HAJIPUR to 2015 BSEB 220KV CHAPRA 1 58 ZEBRA DCDS 1,740 2 479 2,219 220KV HAJIPUR to 2011 BSEB 220KV FATUHA 1 15 AAAC DCDS 488 2 479 967 220KV HAJIPUR to 2011 BSEB 220KV FATUHA 1 15 AAAC DCDS 488 2 479 967 220KV HAJIPUR to 2011 BSEB 220KV FATUHA 1 15 AAAC DCDS 488 2 479 967 220KV HAJIPUR to 2011 BSEB 220KV FATUHA 1 15 AAAC DCDS 488 2 479 967 220KV HAJIPUR to 2012 BSEB 220KV GAIGHAT 1 14 AAAC DCDS 455 2 479 934 220KV HAJIPUR to 2012 BSEB 220KV GAIGHAT 1 14 AAAC DCDS 455 2 479 934 220KV JAKKANPUR to 2012 BSEB 220KV FATUHA 1 18 AAAC DCDS 569 2 479 1,048
Developing the PSMP for Bihar 4-129 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV JAKKANPUR to 2012 BSEB 220KV FATUHA 1 18 AAAC DCDS 569 2 479 1,048 220KV JAKKANPUR to 2012 BSEB 220KV GAIGHAT 1 5 AAAC DCDS 163 2 479 642 220KV JAKKANPUR to 2012 BSEB 220KV GAIGHAT 1 5 AAAC DCDS 163 2 479 642 220KV KHAGAUL to 220KV 2012 BSEB JAKKANPUR 1 6 AAAC DCDS 195 2 479 674 220KV KHAGAUL to 220KV 2012 BSEB JAKKANPUR 1 6 AAAC DCDS 195 2 479 674 220KV KHAGAUL-2 to 220KV 2013 BSEB JAKKANPUR 1 6 AAAC DCDS 195 2 479 674 220KV KHAGAUL-2 to 220KV 2013 BSEB JAKKANPUR 1 6 AAAC DCDS 195 2 479 674 220KV MADHEPURA to 220KV 2011 BSEB DARBHANGA 1 137 AAAC DCDS 4,453 2 479 4,932 220KV MADHEPURA to 220KV 2011 BSEB DARBHANGA 1 137 AAAC DCDS 4,453 2 479 4,932 220KV MADHEPURA to 2012 BSEB 220KV KATHIHAR 1 78.25 AAAC DCDS 2,543 2 479 3,022 2012 BSEB 220KV 1 78.25 AAAC DCDS 2,543 2 479 3,022
Developing the PSMP for Bihar 4-130 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) MADHEPURA to 220KV KATHIHAR 220KV MADHEPURA to 2012 BSEB 220KV KATHIHAR 1 78.25 AAAC DCSS 3,913 2 479 4,392 220KV KANTI to 220KV 2012 BSEB GOPALGANJ 1 101.35 ZEBRA SC-STRINGING 1,419 2 479 1,898 220KV KANTI to 2011 BSEB 220KV HAJIPUR 75 ZEBRA DCDS 0 2 479 479 220KV KANTI to 2011 BSEB 220KV HAJIPUR 1 75 ZEBRA DCDS 2,250 2 479 2,729 220KV MUZAFFARPUR to 220KV 2010 BSEB DARBHANGA 1 67 ZEBRA DCSS 3,216 2 479 3,695 220KV PUSAULI to 220KV DEHRI-ON- 2012 BSEB SONE 1 55 ZEBRA DCDS 1,650 2 479 2,129 220KV PUSAULI to 220KV DEHRI-ON- 2012 BSEB SONE 1 55 ZEBRA DCDS 1,650 2 479 2,129 220KV SABOUR to 220KV 2015 BSEB BEGUSARAI 1 52 AAAC DCDS 1,690 2 479 2,169 220KV SABOUR to 2015 BSEB 220KV KATHIHAR 1 22 AAAC DCDS 715 2 479 1,194 220KV SABOUR to 2015 BSEB 220KV KATHIHAR 1 22 AAAC DCDS 715 2 479 1,194 220KV SAMASTIPUR to 220KV 2015 BSEB BEGUSARAI 1 68 ZEBRA DCDS 2,040 2 479 2,519
Developing the PSMP for Bihar 4-131 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV SAMASTIPUR to 220KV 2015 BSEB BEGUSARAI 1 68 ZEBRA DCDS 2,040 2 479 2,519 220KV SHEOHAR 2012 BSEB to 220KV KANTI 1 41 ZEBRA DCDS 1,230 2 479 1,709 220KV SHEOHAR 2012 BSEB to 220KV KANTI 1 41 ZEBRA DCDS 1,230 2 479 1,709 220KV SONENAGAR to 2012 BSEB 220KV BODHGAYA 1 84 ZEBRA DC/SC 4,032 2 479 4,511 220KV SONENAGAR to 220KV DEHRI-ON- 2012 BSEB SONE 1 7.25 ZEBRA DC/SC 348 2 479 827 220KV SUPAUL to 220KV DAGMARA 2015 BSEB GENERATION 1 42 ZEBRA DCDS 1,260 2 479 1,739 220KV SUPAUL to 220KV DAGMARA 2015 BSEB GENERATION 1 42 ZEBRA DCDS 1,260 2 479 1,739 220KV SUPAUL to 220KV 2011 BSEB MADHEPURA 1 56 ZEBRA DCDS 1,680 2 479 2,159 220KV SUPAUL to 220KV 2011 BSEB MADHEPURA 1 56 ZEBRA DCDS 1,680 2 479 2,159 220KV VIKAS GENERATION to 220KV 2018 BSEB BEGUSARAI 1 10 ZEBRA DCDS 300 2 479 779
Developing the PSMP for Bihar 4-132 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV VIKAS GENERATION to 220KV 2018 BSEB BEGUSARAI 1 10 ZEBRA DCDS 300 2 479 779 220KV VIKAS GENERATION to 220KV 2018 BSEB BEGUSARAI 1 10 ZEBRA DCDS 300 2 479 779 220KV VIKAS GENERATION to 220KV 2018 BSEB BEGUSARAI 1 10 ZEBRA DCDS 300 2 479 779 400KV ARRAH to 220KV BUXAR GT 2015 BSEB STATION 1 63 AAAC DCDS 2,048 2 479 2,527 400KV ARRAH to 220KV BUXAR GT 2015 BSEB STATION 1 63 AAAC DCDS 2,048 2 479 2,527 400KV ARRAH to 220KV BUXAR GT 2015 BSEB STATION 1 63 AAAC DCSS 3,150 2 479 3,629 400KV ARRAH to 2015 BSEB 220KV ARRA 1 1 ZEBRA DCDS 30 2 479 509 400KV ARRAH to 2015 BSEB 220KV ARRA 1 1 ZEBRA DCDS 30 2 479 509 400KV ARRAH to 2015 BSEB 220KV ARRA 1 1 ZEBRA DCSS 48 2 479 527 400KV KATHIHAR to 220KV 2012 BSEB KATHIHAR 1 2 AAAC DCDS 65 2 479 544 400KV KATHIHAR to 220KV 2012 BSEB KATHIHAR 1 2 AAAC DCDS 65 2 479 544
Developing the PSMP for Bihar 4-133 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 400KV KATHIHAR to 220KV 2012 BSEB KATHIHAR 1 2 AAAC DCSS 100 2 479 579 400KV KISHANGANJ to 220KV 2016 BSEB FORBESGANJ 1 74 ZEBRA DCDS 2,220 1 240 2,460 400KV KISHANGANJ to 220KV 2016 BSEB FORBESGANJ 1 74 ZEBRA DCDS 2,220 1 240 2,460 400KV KISHANGANJ to 2012 BSEB 220KV KATHIHAR 1 69 AAAC DCDS 2,243 1 240 2,482 400KV KISHANGANJ to 2012 BSEB 220KV KATHIHAR 1 69 AAAC DCDS 2,243 1 240 2,482 400KV PATNA to 2012 BSEB 220KV FATUHA 1 12 AAAC DCSS 600 1 240 840 400KV PATNA to 2012 BSEB 220KV GAIGHAT 1 13 AAAC DCDS 423 1 240 662 400KV PATNA to 2012 BSEB 220KV GAIGHAT 1 13 AAAC DCDS 423 1 240 662 400KV PATNA to 220KV 2012 BSEB JAKKANPUR 1 5 AAAC DCDS 163 1 240 402 400KV PATNA to 220KV 2012 BSEB JAKKANPUR 1 5 AAAC DCDS 163 1 240 402 400KV PATNA to 2012 BSEB 220KV KHAGAUL 1 20 AAAC DCSS 1,000 1 240 1,240 400KV PATNA to 2013 BSEB 220KV KHAGAUL-2 1 12 ZEBRA DCDS 360 1 240 600
Developing the PSMP for Bihar 4-134 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 400KV PATNA to 2013 BSEB 220KV KHAGAUL-2 1 12 ZEBRA DCDS 360 1 240 600 400KV PATNA to 2012 BSEB 220KV SIPARA 1 0.225 AAAC DCDS 7 1 240 247 400KV PATNA to 2012 BSEB 220KV SIPARA 1 0.225 AAAC DCDS 7 1 240 247 400KV PATNA to 2012 BSEB 220KV SIPARA 1 0.225 AAAC DCDS 7 1 240 247 400KV PURNEA to 220KV 2010 BSEB BEGUSARAI 1 94 AAAC DCDS 3,055 1 240 3,295 400KV PURNEA to 2015 BSEB 220KV SABOUR 1 52 AAAC DCDS 1,690 1 240 1,930 400KV PUSAULI to 2012 BSEB 220KV PUSAULI 1 0.5 ZEBRA DCDS 15 1 240 255 400KV PUSAULI to 2012 BSEB 220KV PUSAULI 1 0.5 ZEBRA DCDS 15 1 240 255 400KV PUSAULI to 2012 BSEB 220KV PUSAULI 1 0.5 ZEBRA DCSS 24 1 240 264 LILO OF FATHUA- KHAGUAL LINE AT 2011 BSEB PATNA 2 9.3 ZEBRA DCDS 558 1 240 798 LILO OF FATHUA- KHAGUAL LINE AT 2011 BSEB SIPARA 2 0.45 ZEBRA DCDS 27 1 240 267 LILO OF 220KV BIHARSHARIFF - BODHGAYA AT 220KV 2018 BSEB HULSANGANJ 2 15 ZEBRA DCDS 900 1 240 1,140 LILO OF 220KV BIHARSHARIFF - 2018 BSEB BODHGAYA AT 2 15 ZEBRA DCDS 900 1 240 1,140
Developing the PSMP for Bihar 4-135 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV HULSANGANJ LILO OF 1ST CKT 220KV D/C MTPS - BEGUSARAI LINE 2014 BSEB AT BTPS 2 15 ZEBRA DCDS 900 1 240 1,140 LILO OF 2ND CKT 220KV D/C MTPS - BEGUSARAI LINE 2014 BSEB AT BTPS 2 15 ZEBRA DCDS 900 1 240 1,140 LILO OF 1ST CKT 220KV D/C PUSAULI -ARRAH LINE AT 2017 BSEB BIKRAMGANJ 2 25 ZEBRA DCDS 1,500 1 240 1,740 LILO OF 2ND CKT 220KV D/C PUSAULI -ARRAH LINE AT 2017 BSEB BIKRAMGANJ 2 25 ZEBRA DCDS 1,500 1 240 1,740 LILO OF 1ST CKT 220KV D/C BODHGAYA - DEHRI-ON-SONE LINE AT SONENAGAR 2012 BSEB 220KV SS 2 3 ZEBRA DCDS 180 1 240 420 LILO OF 2ND CKT 220KV D/C BODHGAYA - DEHRI-ON-SONE LINE AT 2012 BSEB SONENAGAR 2 3 ZEBRA DCDS 180 1 240 420
Developing the PSMP for Bihar 4-136 020328-40RP-0400-00 Final Report
NO.OF LINE COST TRANSMISSION LENGTH TOWER LINE COST ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION (Rs. Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV SS
4.9.11 Cost estimates for 132 kV Lines
Table 4-62 Cost estimates for 132kV Lines (Rs. Lakhs)
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs)
Total 259 4,292 97,938 464 76,560 174,498 132KV BARIPAHRI-2 to 2017 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV BARIPAHRI 132KV BARIPAHRI-2 to 2017 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV BARIPAHRI 132KV BIHTA to 2013 BSEB 1 40 PANTHER DCDS 780 2 330 1,110 132KV ARRA 132KV BIHTA to 2013 BSEB 1 40 PANTHER DCDS 780 2 330 1,110 132KV ARRA
Developing the PSMP for Bihar 4-137 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV 2011 BSEB CHANDAUTI to 1 28 PANTHER DCDS 553 2 330 883 132KV BELAGANJ 132KV DUMRAON 2011 BSEB 1 16 PANTHER DCDS 315 2 330 645 to 132KV BUXAR 132KV DUMRAON 2011 BSEB 1 16 PANTHER DCDS 315 2 330 645 to 132KV BUXAR 132KV DUMRAON 2011 BSEB 1 44 PANTHER SC-STRINGING 352 2 330 682 to 132KV DINARA 132KV 2011 BSEB GOPALGANJ to 1 71 PANTHER SC 2,191 2 330 2,521 132KV BETTIAH 132KV HAJIPUR 2010 BSEB to 132KV 1 80 PANTHER SC-STRINGING 640 2 330 970 CHAPRA 132KV HAJIPUR 2011 BSEB to 132KV 1 24 PANTHER SC-STRINGING 192 2 330 522 DALSINGSARAI 132KV HARNAUT 2017 BSEB to 132KV 1 10 PANTHER DCDS 195 2 330 525 BARIPAHRI-2 132KV HULASGANJ to 2011 BSEB 1 20 PANTHER DCDS 390 2 330 720 132KV EKANGASARAI
2011 BSEB 132KV 1 20 PANTHER DCDS 390 2 330 720 HULASGANJ to
Developing the PSMP for Bihar 4-138 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV EKANGASARAI
132KV 2011 BSEB JAGDISHPUR to 1 28 PANTHER DCDS 547 2 330 877 132KV ARRA 132KV 2011 BSEB JAGDISHPUR to 1 28 PANTHER DCDS 547 2 330 877 132KV ARRA 132KV JEHNABAD to 2013 BSEB 1 48 PANTHER DCSS 1,488 2 330 1,818 132KV CHANDAUTI 132KV KARPY to 2011 BSEB 132KV 1 23 PANTHER DCDS 442 2 330 772 JEHNABAD 132KV KARPY to 2011 BSEB 132KV 1 23 PANTHER DCDS 442 2 330 772 JEHNABAD 132KV KATRA to 2011 BSEB 1 8 PANTHER DCDS 162 2 330 492 132KV GAIGHAT 132KV KATRA to 2011 BSEB 1 8 PANTHER DCDS 162 2 330 492 132KV GAIGHAT 132KV KHAGAUL- 2013 BSEB 2 to 132KV 1 6 PANTHER DCDS 117 2 330 447 JAKKANPUR
2013 BSEB 132KV KHAGAUL- 1 6 PANTHER DCDS 117 2 330 447 2 to 132KV
Developing the PSMP for Bihar 4-139 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) JAKKANPUR
132KV KHAGUAL- 2016 BSEB 3 to 132KV 1 6 PANTHER DCSS 186 2 330 516 JAKKANPUR 132KV 2010 BSEB KHAGARIYA to 1 50 PANTHER SC-STRINGING 400 2 330 730 132KV BTPS 132KV KHAGAUL 2014 BSEB 1 7 PANTHER DCDS 137 2 330 467 to 132KV BIHTA 132KV KHAGAUL 2011 BSEB 1 4 PANTHER SC 124 2 330 454 to 132KV DIGHA 132KV KISHANGANJ to 2012 BSEB 1 74 PANTHER DCSS 2,294 2 330 2,624 132KV FORBESGANJ 132KV KUDRA to 2011 BSEB 1 32 PANTHER DCSS 1,002 2 330 1,332 132KV DINARA 132KV LAKHISARAI to 2010 BSEB 1 45 PANTHER SC-STRINGING 360 2 330 690 132KV JAMALPUR 132KV MASURHI 2010 BSEB to 132KV 1 60 PANTHER SC-STRINGING 480 2 330 810 CHANDAUTI
2014 BSEB 132KV 1 4 PANTHER DCSS 124 2 330 454 MITHAPUR-2 to
Developing the PSMP for Bihar 4-140 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV GAIGHAT- 2 132KV 2014 BSEB MITHAPUR-2 to 1 4 PANTHER DCSS 124 2 330 454 132KV GAIGHAT 132KV MITHAPUR-3 to 2017 BSEB 1 5 PANTHER DCSS 155 2 330 485 132KV JAKKANPUR-2 132KV MITHAPUR 2015 BSEB to 132KV 1 5 PANTHER DCSS 155 2 330 485 JAKKANPUR-2 132KV PANDAUL 2011 BSEB to 132KV 1 21 PANTHER DCSS 651 2 330 981 DHARBHANGA 132KV 2016 BSEB PHULPARAS to 1 43 PANTHER DCSS 1,333 2 330 1,663 132KV JAINAGAR 132KV 2014 BSEB PHULPARAS to 1 56 PANTHER DCDS 1,092 2 330 1,422 132KV PANDAUL 132KV 2011 BSEB PHULPARAS to 1 56 PANTHER DCDS 1,092 2 330 1,422 132KV PANDAUL 132KV PURNEA 2011 BSEB 1 29 PANTHER DCSS 899 2 330 1,229 to 132KV KATHAR
2016 BSEB 132KV PURNEA-2 1 3 PANTHER DCDS 59 2 330 389 to 132KV
Developing the PSMP for Bihar 4-141 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) PURNEA 132KV PURNEA-2 2016 BSEB to 132KV 1 2 PANTHER DCDS 39 2 330 369 PURNEA 132KV 2011 BSEB RAMNAGAR to 1 41.5 PANTHER DCSS 1,287 2 330 1,617 132KV BETTIAH 132KV RAXAUL to 2011 BSEB 1 37.19 PANTHER DCDS 725 2 330 1,055 132KV BETTIAH 132KV RAXAUL to 2011 BSEB 1 37.19 PANTHER DCDS 725 2 330 1,055 132KV BETTIAH 132KV SABOUR 2011 BSEB 1 41.58 PANTHER DCSS 1,289 2 330 1,619 to 132KV NBANKA 132KV SABOUR 2010 BSEB to 132KV 1 9 PANTHER SC-STRINGING 72 2 330 402 KAHALGAON 132KV 2014 BSEB SAMASTIPUR to 1 67.2 PANTHER DCSS 2,083 2 330 2,413 132KV BTPS 132KV SAMASTIPUR to 2011 BSEB 1 8 PANTHER SC-STRINGING 64 2 330 394 132KV DALSINGSARAI 132KV SAMASTIPUR to 2011 BSEB 1 8 PANTHER DCSS 248 2 330 578 132KV DALSINGSARAI
Developing the PSMP for Bihar 4-142 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV SASARAM 2011 BSEB to 132KV 1 45.86 PANTHER DCSS 1,422 2 330 1,752 BANJARI 132KV SAHARSA 2011 BSEB to 132KV 1 18 PANTHER DCDS 351 2 330 681 MADHEPURA 132KV SAHARSA 2011 BSEB to 132KV 1 17 PANTHER DCDS 332 2 330 662 MADHEPURA 132KV 2011 BSEB SHEIKHPURA to 1 49 PANTHER DCSS 1,519 2 330 1,849 132KV JAMUI 132KV SITMHARI 2012 BSEB to 132KV 1 27 PANTHER DCSS 837 2 330 1,167 MOTIHARI 132KV SITMHARI 2011 BSEB to 132KV RUNI 1 22 PANTHER DCDS 429 2 330 759 SAIDPUR 132KV SITMHARI 2011 BSEB to 132KV RUNI 1 22 PANTHER DCDS 429 2 330 759 SAIDPUR 132KV SIWAN to 2011 BSEB 132KV 1 29.94 PANTHER DCDS 584 2 330 914 GOPALGANJ 132KV SIWAN to 2011 BSEB 1 58 PANTHER DCSS 1,798 2 330 2,128 132KV MASRAKH
Developing the PSMP for Bihar 4-143 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV SKMCH to 2017 BSEB 132KV 1 25 PANTHER DCSS 775 2 330 1,105 MUZAFFARPUR-2 132KV SKMCH to 2011 BSEB 132KV RUNI 1 22 PANTHER DCDS 429 2 330 759 SAIDPUR 132KV SKMCH to 2011 BSEB 132KV RUNI 1 22 PANTHER DCDS 429 2 330 759 SAIDPUR 132KV SKMCH to 2011 BSEB 1 35 PANTHER SC 1,085 2 330 1,415 132KV SITMHARI 132KV SONABARSHI to 2011 BSEB 1 40 PANTHER DCDS 780 2 330 1,110 132KV MADHEPURA 132KV SONABARSHI to 2011 BSEB 1 40 PANTHER DCDS 780 2 330 1,110 132KV MADHEPURA 132KV SONNENAGAR to 2017 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV SONNENAGAR-2 132KV SONNENAGAR to 2017 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV SONNENAGAR-2
Developing the PSMP for Bihar 4-144 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV SULTANGANJ to 2010 BSEB 1 38 PANTHER SC-STRINGING 304 2 330 634 132KV JAMALPUR 132KV SULTANGANJ to 2011 BSEB 1 28 PANTHER SC-STRINGING 224 2 330 554 132KV KAHALGAON 132KV SULTANGANJ to 2012 BSEB 1 28 PANTHER DCSS 868 2 330 1,198 132KV KAHALGAON 132KV SULTANGANJ to 2011 BSEB 1 40 PANTHER SC-STRINGING 320 2 330 650 132KV LAKHISARAI 132KV SULTANGANJ to 2012 BSEB 1 40 PANTHER DCSS 1,240 2 330 1,570 132KV LAKHISARAI 132KV 2010 BSEB SULTANGANJ to 1 35 PANTHER SC-STRINGING 280 2 330 610 132KV SABOUR 132KV SUPAUL to 2011 BSEB 1 94 PANTHER DCDS 1,833 2 330 2,163 132KV KATIYA 132KV SUPAUL to 2011 BSEB 1 94 PANTHER DCDS 1,833 2 330 2,163 132KV KATIYA 2011 BSEB 132KV SUPAUL to 1 18 PANTHER DCDS 351 2 330 681
Developing the PSMP for Bihar 4-145 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV MADHEPURA 132KV SUPAUL to 2011 BSEB 132KV 1 15 PANTHER DCDS 293 2 330 623 MADHEPURA 132KV SUPAUL to 2011 BSEB 132KV 1 30 PANTHER SC 930 2 330 1,260 PHULPARAS 132KV SUPAUL to 2014 BSEB 132KV 1 30 PANTHER DCDS 585 2 330 915 PHULPARAS 132KV SUPAUL to 2014 BSEB 132KV 1 30 PANTHER DCDS 585 2 330 915 PHULPARAS 132KV TEKARI to 2011 BSEB 132KV 1 28.36 PANTHER DCDS 553 2 330 883 CHANDAUTI 132KV TEKARI to 2011 BSEB 132KV 1 28.36 PANTHER DCDS 553 2 330 883 CHANDAUTI 132KV TEKARI to 2011 BSEB 1 22.3 PANTHER DCDS 435 2 330 765 132KV GOH 132KV TEKARI to 2011 BSEB 1 22.3 PANTHER DCDS 435 2 330 765 132KV GOH 132KV 2011 BSEB UDAKISHANGANJ 1 50.35 PANTHER DCSS 1,561 2 330 1,891 to 132KV
Developing the PSMP for Bihar 4-146 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) SAHARSA
132KV 2011 BSEB WAZIRGANJ to 1 28.5 PANTHER DCDS 556 2 330 886 132KV NAWADA 132KV WAZIRGANJ to 2011 BSEB 1 5 PANTHER DCDS 98 2 330 428 132KV PAHARPUR 220KV BODHGAYA to 2018 BSEB 1 33 PANTHER DCSS 1,023 2 330 1,353 132KV PAHARPUR 132KV 2010 BSEB BEGUSARAI to 1 4 PANTHER SC 124 2 330 454 132KV BTPS 132KV 2010 BSEB BEGUSARAI to 1 4 PANTHER DCDS 78 2 330 408 132KV BTPS 132KV 2010 BSEB BEGUSARAI to 1 4 PANTHER DCDS 78 2 330 408 132KV BTPS 132KV BEGUSARAI to 2011 BSEB 1 65.1 PANTHER SC 2,018 2 330 2,348 132KV KUSHESWAR
2011 BSEB 132KV 1 65.1 PANTHER DCSS 2,018 2 330 2,348 BEGUSARAI to
Developing the PSMP for Bihar 4-147 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 132KV KUSHESWAR
132KV BEGUSARAI to 2010 BSEB 1 67 PANTHER SC 2,077 2 330 2,407 132KV SAMASTIPUR 132KV BEGUSARAI to 2010 BSEB 1 67 PANTHER DCSS 2,077 2 330 2,407 132KV SAMASTIPUR 132KV DHANHA 2012 BSEB to 220KV 1 60 PANTHER DCDS 1,170 2 330 1,500 GOPALGANJ 132KV DHANHA 2012 BSEB to 220KV 1 60 PANTHER DCDS 1,170 2 330 1,500 GOPALGANJ 132KV DARBHANGA to 2012 BSEB 1 10 PANTHER DCSS 310 2 330 640 132KV GANGWARA 132KV PANDAUL 2012 BSEB to 132KV 1 12 PANTHER DCSS 372 2 330 702 GANGWARA 220KV BIHARSHARIFF to 2017 BSEB 1 10 PANTHER DCSS 310 2 330 640 132KV BARIPAHRI-2
Developing the PSMP for Bihar 4-148 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV BIHARSHARIFF to 2011 BSEB 1 26 PANTHER DCDS 507 2 330 837 132KV EKANGASARAI 220KV BIHARSHARIFF to 2011 BSEB 1 26 PANTHER DCDS 507 2 330 837 132KV EKANGASARAI 220KV BIHARSHARIFF to 2011 BSEB 1 44.54 PANTHER SC 1,381 2 330 1,711 132KV HULASGANJ 220KV BIHARSHARIFF to 2011 BSEB 1 38.6 PANTHER DCSS 1,197 2 330 1,527 132KV SHEIKHPURA 220KV BIKRAMGANJ to 2017 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV BIKRAMGANJ 220KV BIKRAMGANJ to 2017 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV BIKRAMGANJ 220KV BIKRAMGANJ to 2017 BSEB 1 2 PANTHER DCSS 62 2 330 392 132KV BIKRAMGANJ
Developing the PSMP for Bihar 4-149 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV CHAPRA 2016 BSEB to 132KV 1 2 PANTHER DCDS 39 2 330 369 CHAPRA-2 220KV CHAPRA 2016 BSEB to 132KV 1 2 PANTHER DCDS 39 2 330 369 CHAPRA-2 220KV CHAPRA 2015 BSEB to 132KV 1 0.7 PANTHER DCDS 14 2 330 344 CHAPRA 220KV CHAPRA 2015 BSEB to 132KV 1 0.7 PANTHER DCDS 14 2 330 344 CHAPRA 220KV DARBHANGA to 2011 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV DHARBHANGA 220KV DARBHANGA to 2011 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV DHARBHANGA 220KV DEHRI- 2011 BSEB ON-SONE to 1 62 PANTHER SC-STRINGING 496 2 330 826 132KV DINARA 220KV FATHUA to 2012 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV FATHUA-2 220KV FATHUA to 2012 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV FATHUA-2
Developing the PSMP for Bihar 4-150 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV FATHUA to 2012 BSEB 1 2 PANTHER DCSS 62 2 330 392 132KV FATHUA-2 220KV FATHUA to 2011 BSEB 1 8.3 PANTHER DCDS 162 2 330 492 132KV KATRA 220KV FATHUA to 2011 BSEB 1 8.3 PANTHER DCDS 162 2 330 492 132KV KATRA 220KV FORBESGANJ to 2016 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV FORBESGANJ 220KV FORBESGANJ to 2016 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV FORBESGANJ 220KV FORBESGANJ to 2016 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV FORBESGANJ 220KV FORBESGANJ to 2016 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV FORBESGANJ 220KV 2016 BSEB FORBESGANJ to 1 54 PANTHER DCSS 1,674 2 330 2,004 132KV KATIYA 220KV GAIGHAT 2016 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 GAIGHAT-2
Developing the PSMP for Bihar 4-151 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV GAIGHAT 2016 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 GAIGHAT-2 220KV GAIGHAT 2012 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 GAIGHAT 220KV GAIGHAT 2012 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 GAIGHAT 220KV GAIGHAT 2012 BSEB to 132KV 1 1 PANTHER DCSS 31 2 330 361 GAIGHAT 220KV GAIGHAT 2014 BSEB to 132KV 1 4 PANTHER DCSS 124 2 330 454 MITHAPUR-2 220KV HAJIPUR 2011 BSEB to 132KV 1 0.7 PANTHER DCDS 14 2 330 344 HAJIPUR 220KV HAJIPUR 2011 BSEB to 132KV 1 0.7 PANTHER DCDS 14 2 330 344 HAJIPUR 220KV HAJIPUR 2011 BSEB to 132KV 1 0.7 PANTHER DCDS 14 2 330 344 HAJIPUR 220KV HAJIPUR 2011 BSEB to 132KV 1 0.7 PANTHER DCDS 14 2 330 344 HAJIPUR
Developing the PSMP for Bihar 4-152 020328-40RP-0400-00 Final Report
LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV HULSANGAJ to 2018 BSEB 1 40 PANTHER DCDS 780 2 330 1,110 132KV CHANDAUTI-2 220KV HULSANGAJ to 2018 BSEB 1 40 PANTHER DCDS 780 2 330 1,110 132KV CHANDAUTI-2 220KV HULSANGAJ to 2018 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV HULASGANJ 220KV HULSANGAJ to 2018 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV HULASGANJ 220KV HULSANGAJ to 2018 BSEB 1 1 PANTHER DCSS 31 2 330 361 132KV HULASGANJ 220KV 2018 BSEB HULSANGAJ to 1 30 PANTHER DCDS 585 2 330 915 132KV TEKARI 220KV 2018 BSEB HULSANGAJ to 1 30 PANTHER DCDS 585 2 330 915 132KV TEKARI 220KV 2012 BSEB JAKKANPUR to 1 1 PANTHER DCDS 20 2 330 350 132KV
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) JAKKANPUR-2
220KV JAKKANPUR to 2012 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV JAKKANPUR-2 220KV JAKKANPUR to 2012 BSEB 1 1 PANTHER DCSS 31 2 330 361 132KV JAKKANPUR-2 220KV JAKKANPUR to 2017 BSEB 1 5 PANTHER DCDS 98 2 330 428 132KV MITHAPUR-3 220KV JAKKANPUR to 2017 BSEB 1 5 PANTHER DCDS 98 2 330 428 132KV MITHAPUR-3 220KV 2012 BSEB JAKKANPUR to 1 5 PANTHER DCDS 98 2 330 428 132KV MITHAPUR 220KV 2012 BSEB JAKKANPUR to 1 5 PANTHER DCDS 98 2 330 428 132KV MITHAPUR 220KV KATHIHAR 2012 BSEB 1 2 PANTHER DCDS 39 2 330 369 to 132KV KATHAR 220KV KATHIHAR 2012 BSEB 1 2 PANTHER DCDS 39 2 330 369 to 132KV KATHAR
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV KATHIHAR 2012 BSEB to 132KV 1 37 PANTHER DCDS 722 2 330 1,052 PURNEA 220KV KATHIHAR 2012 BSEB to 132KV 1 37 PANTHER DCDS 722 2 330 1,052 PURNEA 220KV KATHIHAR 2012 BSEB to 132KV 1 31 PANTHER DCSS 961 2 330 1,291 PURNEA 220KV KHAGAUL- 2013 BSEB 2 to 132KV 1 6 PANTHER DCSS 186 2 330 516 JAKKANPUR 220KV KHAGAUL- 2013 BSEB 2 to 132KV 1 1 PANTHER DCDS 20 2 330 350 KHAGAUL-2 220KV KHAGAUL- 2013 BSEB 2 to 132KV 1 1 PANTHER DCDS 20 2 330 350 KHAGAUL-2 220KV KHAGAUL- 2013 BSEB 2 to 132KV 1 1 PANTHER DCSS 31 2 330 361 KHAGAUL-2 220KV KHAGAUL- 2016 BSEB 2 to 132KV 1 1 PANTHER DCDS 20 2 330 350 KHAGUAL-3 220KV KHAGAUL- 2016 BSEB 2 to 132KV 1 1 PANTHER DCDS 20 2 330 350 KHAGUAL-3
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV KHAGAUL- 2016 BSEB 2 to 132KV 1 1 PANTHER DCSS 31 2 330 361 KHAGUAL-3 220KV KHAGAUL 2014 BSEB 1 7 PANTHER DCDS 137 2 330 467 to 132KV BIHTA 220KV KHAGAUL 2011 BSEB 1 4 PANTHER SC 124 2 330 454 to 132KV DIGHA 220KV KHAGAUL 2011 BSEB 1 4 PANTHER DCSS 124 2 330 454 to 132KV DIGHA 220KV KHAGAUL 2012 BSEB to 132KV 1 1 PANTHER DCSS 31 2 330 361 KHAGAUL 220KV MADHEPURA to 2011 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV MADHEPURA 220KV MADHEPURA to 2011 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV MADHEPURA 220KV MADHEPURA to 2011 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV MADHEPURA 220KV MADHEPURA to 2011 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV MADHEPURA
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV MTPS to 2014 BSEB 132KV 1 15.5 PANTHER DCSS 481 2 330 811 MUZAFFARPUR 220KV MTPS to 2011 BSEB 1 14.136 PANTHER DCSS 438 2 330 768 132KV SKMCH 220KV MTPS to 2011 BSEB 1 30.1 PANTHER DCDS 587 2 330 917 132KV VAISHALI 220KV MTPS to 2011 BSEB 1 30.1 PANTHER DCDS 587 2 330 917 132KV VAISHALI 220KV MUZAFFARPUR 2017 BSEB 1 3 PANTHER DCDS 59 2 330 389 to 132KV MUZAFFARPUR-2 220KV MUZAFFARPUR 2017 BSEB 1 3 PANTHER DCDS 59 2 330 389 to 132KV MUZAFFARPUR-2 220KV ARRA to 2010 BSEB 1 3 PANTHER SC 93 2 330 423 132KV ARRA 220KV ARRA to 2011 BSEB 1 3 PANTHER DCSS 93 2 330 423 132KV ARRA 220KV PUSAULI 2012 BSEB 1 10 PANTHER DCDS 195 2 330 525 to 132KV BHABUA 220KV PUSAULI 2012 BSEB 1 10 PANTHER DCDS 195 2 330 525 to 132KV BHABUA 220KV PUSAULI 2012 BSEB 1 10 PANTHER DCDS 195 2 330 525 to 132KV KUDRA
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV PUSAULI 2012 BSEB 1 10 PANTHER DCDS 195 2 330 525 to 132KV KUDRA 220KV SABOUR 2015 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 SABOUR 220KV SABOUR 2015 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 SABOUR 220KV SABOUR 2015 BSEB to 132KV 1 1 PANTHER DCSS 31 2 330 361 SABOUR 220KV SABOUR 2016 BSEB to 132KV 1 2 PANTHER DCDS 39 2 330 369 SABOUR-2 220KV SABOUR 2016 BSEB to 132KV 1 2 PANTHER DCDS 39 2 330 369 SABOUR-2 220KV SAMASTIPUR to 2016 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV SAMASTIPUR-2 220KV SAMASTIPUR to 2016 BSEB 1 2 PANTHER DCDS 39 2 330 369 132KV SAMASTIPUR-2 220KV SHEOHAR 2012 BSEB to 132KV RUNI 1 5 PANTHER DCDS 98 2 330 428 SAIDPUR
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV SHEOHAR 2012 BSEB to 132KV RUNI 1 5 PANTHER DCDS 98 2 330 428 SAIDPUR 220KV SHEOHAR 2012 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 SHEOHAR 220KV SHEOHAR 2012 BSEB to 132KV 1 1 PANTHER DCDS 20 2 330 350 SHEOHAR 220KV SHEOHAR 2012 BSEB to 132KV 1 17 PANTHER DCDS 332 2 330 662 SITMHARI 220KV SHEOHAR 2012 BSEB to 132KV 1 17 PANTHER DCDS 332 2 330 662 SITMHARI 220KV SIPARA to 2018 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV BIHTA-2 220KV SIPARA to 2018 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV BIHTA-2 220KV SIPARA to 2012 BSEB 132KV 1 19 PANTHER DCDS 371 2 330 701 JAKKANPUR 220KV SIPARA to 2012 BSEB 132KV 1 19 PANTHER DCDS 371 2 330 701 JAKKANPUR
2012 BSEB 220KV SIPARA to 1 26 PANTHER DCDS 507 2 330 837 132KV
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) JEHNABAD 220KV SIPARA to 2012 BSEB 132KV 1 26 PANTHER DCDS 507 2 330 837 JEHNABAD 220KV SIPARA to 2012 BSEB 1 14 PANTHER DCSS 434 2 330 764 132KV MASURHI 220KV SONNENAGAR to 2012 BSEB 1 9.12 PANTHER SC 283 2 330 613 132KV AURANGABAD 220KV SONNENAGAR to 2012 BSEB 1 9.12 PANTHER DCSS 283 2 330 613 132KV AURANGABAD 220KV 2012 BSEB SONNENAGAR to 1 23.5 PANTHER SC-STRINGING 188 2 330 518 132KV RAFIGANJ 220KV 2012 BSEB SONNENAGAR to 1 23.5 PANTHER DCSS 729 2 330 1,059 132KV RAFIGANJ 220KV SONNENAGAR to 2012 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV SONNENAGAR 220KV SONNENAGAR to 2012 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV SONNENAGAR
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) 220KV SUPAUL to 2011 BSEB 1 35 PANTHER DCSS 1,085 2 330 1,415 132KV SAHARSA 220KV SUPAUL to 2011 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV SUPAUL 220KV SUPAUL to 2011 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV SUPAUL 220KV SUPAUL to 2011 BSEB 1 1 PANTHER DCSS 31 2 330 361 132KV SUPAUL 400KV BANKA to 2012 BSEB 1 0.5 PANTHER DCDS 10 2 330 340 132KV NBANKA 400KV BANKA to 2012 BSEB 1 0.5 PANTHER DCDS 10 2 330 340 132KV NBANKA 400KV BANKA to 2012 BSEB 1 0.5 PANTHER DCSS 16 2 330 346 132KV NBANKA 400KV JAMALPUR to 2012 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV JAMALPUR 400KV JAMALPUR to 2012 BSEB 1 1 PANTHER DCDS 20 2 330 350 132KV JAMALPUR 400KV JAMALPUR to 2012 BSEB 1 1 PANTHER DCSS 31 2 330 361 132KV JAMALPUR 2012 BSEB 400KV 1 45 PANTHER DCDS 878 2 330 1,208
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) JAMALPUR to 132KV LAKHISARAI 400KV JAMALPUR to 2012 BSEB 1 45 PANTHER DCDS 878 2 330 1,208 132KV LAKHISARAI 400KV KAHALGAON to 2014 BSEB 1 3 PANTHER DCDS 59 2 330 389 132KV KAHALGAON 400KV KAHALGAON to 2012 BSEB 1 3 PANTHER DCDS 59 2 330 389 132KV KAHALGAON 400KV PURNEA 2014 BSEB to 132KV 1 54.9 PANTHER DCSS 1,702 2 330 2,032 KISHANGANJ 400KV PUSAULI 2012 BSEB 1 10 PANTHER DCDS 195 2 330 525 to 132KV BHABUA 400KV PUSAULI 2012 BSEB 1 10 PANTHER DCDS 195 2 330 525 to 132KV BHABUA LILO OF BARIPAHRI- 2011 BSEB FATHUA 132KV 2 11.48 PANTHER DCDS 448 1 165 613 S/C LINE AT HARNUAT
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) LILO OF DEHRI- KARMNASA 2011 BSEB 2 7 PANTHER DCDS 273 1 165 438 132KV S/C LINE AT KUDRA LILO OF CHAPRA-SIWAN 2011 BSEB 2 PANTHER DCDS 0 1 165 165 LINE AT MUSRAKH LILO OF BARIPAHRI- 2011 BSEB 2 1.5 PANTHER DCDS 59 1 165 224 RAJGIR LINE AT NALANDA LILO OF 132KV D/C FATHUA- 2011 BSEB 2 3.6 PANTHER DCDS 140 1 165 305 GAIGHAT AT KATRA LILO OF 132KV S/C GAIGHAT- 2011 BSEB 2 9.81 PANTHER DCDS 383 1 165 548 MITHAPUR AT SIPARA LILO OF IST 132KV GAYA- 2011 BSEB 2 9.98 PANTHER DCDS 389 1 165 554 JAKKANPUR AT SIPARA LILO OF 2ND 132KV GAYA- 2011 BSEB 2 10.742 PANTHER DCDS 419 1 165 584 JAKKANPUR AT SIPARA
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) LILO OF 132KV D/C SITAMHARI- 2011 BSEB 2 0.5 PANTHER DCDS 20 1 165 185 MUZAFFARPUR AT SKMCH LILO OF 132KV BARUANI- 2011 BSEB 2 0.85 PANTHER DCDS 33 1 165 198 PURNEA AT NAUGACHIYA LILO OF 132KV DC BARUANI- 2011 BSEB 2 3.85 PANTHER DCDS 150 1 165 315 SAMASTIPUR AT BEGUSARAI LILO OF HAZIPUR- SAMASTIPUR 2011 BSEB 2 1.03 PANTHER DCDS 40 1 165 205 132KV D/C LINE AT DALSINGSARAI LILO OF SKMCH- SITMHARI 132KV 2011 BSEB 2 6 PANTHER DCDS 234 1 165 399 S/C LINE AT RUNNI SAIDPUR LILO OF DEHRI- KARMANASA 2011 BSEB 2 7 PANTHER DCDS 273 1 165 438 132KV S/C AT KUDRA LILO OF 2011 BSEB BODHGAYA- 2 0.8 PANTHER DCDS 31 1 165 196 NAWADA 132KV
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LINE NO.OF COST LINE COST TRANSMISSION LENGTH TOWER (Rs. ENTRY (Rs. Total Cost FY OWNER LINE #CKTS (R-KM) CONDUCTOR CONFIGURATION Lakhs) BAYS Lakhs) (Rs.Lakhs) S/C LINE AT WAZIRGANJ
LILO OF 2ND CKT OF DEHRI- 2011 BSEB 2 15 PANTHER DCDS 585 1 165 750 DUMRAON 132KV D/C AT DINARA LILO OF SAHARSA- 2011 BSEB 2 1.5 PANTHER DCDS 59 1 165 224 SUPAUL LINE AT MADHEPURA LILO OF 132KV S/C LINE 2012 BSEB NAUGACHIYA 2 15 PANTHER DCDS 585 1 165 750 PURNEA LINE AT KATIHAR
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4.9.12 Cost estimates for Shunt Capacitors
Table 4-63 Cost estimates for Shunt Capacitors (Rs. Lakhs)
VOLTAGE CAPAITY COST FY NAME OF THE SS (KV) (MVAR) (Rs.lakhs) Total 1,130 5,529 2011 33 132KV BUXAR 20 96 2011 33 132KV DHAKA 20 96 2011 33 132KV DUMRAON 30 125 2011 33 132KV GOPALGANJ 10 48 2011 33 132KV MOTIHARI 20 96 2011 33 132KV NAWADA 30 125 2011 33 132KV RAMNAGAR 20 96 2011 33 132KV SIWAN 30 125 2012 33 132KV BETTIAH 30 125 2012 33 132KV BIHTA 20 96 2012 33 132KV CHAPRA 20 96 2012 33 132KV DHANHA 20 96 2012 33 132KV JAMUI 10 48 2012 33 132KV RAXAUL 20 96 2012 33 132KV SHITALPUR 10 48 2013 33 132KV BHABUA 10 48 2013 33 132KV DHARBHANGA 20 96 2013 33 132KV FATHUA-2 20 96 2013 33 132KV HAJIPUR 10 48 2014 33 132KV KHAGAUL-3 20 96 2014 33 132KV MASRAKH 10 48 2014 33 132KV MITHAPUR-2 30 125 2014 33 132KV PANDAUL 30 125 2015 33 132KV DUMRAON 10 48 2015 33 132KV FATHUA 10 48 2015 33 132KV GOPALGANJ 10 48 2015 33 132KV MASURHI 10 48 2015 33 132KV MITHAPUR 30 125 2015 33 132KV MUZAFFARPUR 10 48 2015 33 132KV PANDAUL 10 48 2015 33 132KV SITMHARI 10 48 2015 33 132KV VISHALI 10 48
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VOLTAGE CAPAITY COST FY NAME OF THE SS (KV) (MVAR) (Rs.lakhs) 2015 33 132KV DALSINGSARAI 20 96 2015 33 132KV JAKKANPUR 30 125 2015 33 132KV KATRA 10 48 2015 33 132KV KHAGAUL-2 30 125 2015 33 132KV MADHUBANI 20 96 2016 33 132KV KISHANGANJ 10 48 2016 33 132KV GAIGHAT 20 96 2016 33 132KV JAKKANPUR-2 20 96 2016 33 132KV JEHNABAD 20 96 2016 33 132KV KARPY 10 48 2016 33 132KV KHAGAUL 20 96 2016 33 132KV SAMASTIPUR 20 96 2016 132 220KV FATHUA 20 245 2017 33 132KV BODHGAYA 10 48 2017 33 132KV SABOUR 10 48 2017 33 132KV CHANDAUTI-2 10 48 2017 33 132KV DIGHA 20 96 2017 33 132KV JAINAGAR 20 96 2017 33 132KV KHAGARIYA 20 96 2017 33 132KV MITHAPUR-3 30 125 2017 33 132KV SASARAM 10 48 2017 33 132KV WAZIRGANJ 30 125 2018 33 132KV LAKHISARAI 10 48 2018 33 132KV BANKA 10 48 2018 33 132KV BARIPAHRI 10 48 2018 33 132KV BIKRAMGANJ 20 96 2018 33 132KV CHANDAUTI 10 48 2018 33 132KV DINARA 10 48 2018 33 132KV GAIGHAT-2 20 96 2018 33 132KV HARNAUT 10 48 2018 33 132KV KATHAR 10 48 2018 33 132KV NAUGACHHIYA 10 48 2018 33 132KV PAHARPUR 10 48 2018 33 132KV SONNENAGAR 10 48 2018 132 220KV KHAGAUL-2 10 213
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4.9.13 Cost estimates for Shunt Reactors
Table 4-64 Cost estimates for Shunt Reactors (Rs. Lakhs).
CAPAITY COST FY OWNER VOLTAGE KV NAME OF THE SS (MVAr) (Rs.lakhs) Total 600 3,672 2011 PGCIL 400 400KV MZAFFARPUR 100 0 2011 PGCIL 400 400KV MZAFFARPUR 100 0 2012 PGCIL 400 400KV MZAFFARPUR 100 0 2015 BSEB 400 400KV ARRAH 100 1224 2016 BSEB 400 400KV BANKA 100 1224 2014 BSEB 400 400KV JAMALPUR 100 1224
4.10 Summary
The present report discussed and presented the key issues, transmission planning basis, methodology for development of transmission expansion plan for the horizon year (2017-18). Base case Transmission plan was developed based on the most likely Load Forecast and Generation plan as presented in the earlier reports. The system studies were carried out, for the horizon year FY 2018 and also for the intermediate year FY 2014. The load flow scenarios carried out for each of the above years were as follows: Peak Load Scenario Light Load Scenario During the development of transmission expansion plan various committed transmission projects of BSEB which are under construction and expected to be commissioned in next few years are considered. The network expansion is planned to meet the system peak demand of 5,383 MW in FY 2018. The summary of various transmission capacities required to transfer the power from generating station to 132kV loads are as follows. 45 No. 132kV substations of total capacity: 3,230 MVA 4 No. 440kV substation of total capacity: 2,375 MVA 19 No. 220kV substation of total capacity: 4,700 MVA Augmentation of 132kV Substations capacity: 7,240 MVA Augmentation of 220kV Substations capacity: 2,400 MVA Addition of 400kV Lines: 1,884 Ckt-km Addition of 220kV Lines: 3,095 Ckt-km Addition of 132kV Lines: 4,292 Ckt-km 132/33 kV Shunt Capacitors : 1,130 MVAr 400kV Shunt Reactors: 600 MVAr
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The load flow studies show satisfactory operation of transmission system with reinforcement under steady state operation for FY 2018 and FY 2014 with peak load and light load conditions. The total annual investment for the above requirement is about Rs. 8,989 Crores. The present worth of annual disbursements required to meet the in-service dates proposed at 10% discount rate is estimated as Rs. 6,106 Crores at the beginning of FY 2009.
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5 DISTRIBUTION PLANNING
5.1 Overview
This section describes the distribution planning studies that were carried out as part of the ADB funded Master Plan activities for the state of Bihar. The distribution planning studies utilised the results of the load forecast and the transmission expansion plan as major inputs to determine the additional distribution facilities that will be required over the planning period (2010-2014).
5.2 Objectives and Scope
The ultimate objective of the distribution planning studies is to determine the distribution expansion plan for the BSEB system over the study period 2010-2014, consistent with the requirements of the load forecast and the transmission expansion plan. The expansion plan was divided into two parts – the first part comprised of 33 kV network and the second part was 11 kV network and below. For determining the expansion plan for 33 kV network detailed simulation studies were carried out to determine the system strengthening required and based on the result of these studies, the system strengthening required in 11 kV and LT was worked out.
5.2.1 Basis of the Study
The existing distribution system of BSEB is very weak at many places and needs strengthening. In addition to system strengthening and as discussed in the earlier generation expansion scenario report which is also the part of Master Plan for BSEB, the BSEB system is facing shortage of power in terms of peak and energy demand at present. However over the next few years it is expected that there will be the increase in availability of power and the transmission system strengthening will provide the back bone for transmission of the required power from generating centers to load centers. It is therefore very necessary to develop a distribution network in place to receive and transfer the power received from the various generation sources to the ultimate consumer. The distribution network has to be such that the supply at the consumer end is of good and reliable quality. Another important factor is to keep the distribution losses to a minimum value as these losses occurring in the distribution system are loss to the utility in terms of financial and also pollute the environment. The planning of the distribution network for a system largely depends on the correctness of the required input data and the tools employed to work out the future requirement. According to the assessment made in the load forecast report for most likely scenario and the transmission planning of BSEB, the peak demand of power by 2014 is expected to increase by a factor of about 2.33 times of the unrestricted demand of FY 2009. To meet the load growth, as per the Least Cost Generation Plan report the Net Capacity Additions (MW) by the year 2014 are expected to increase by 2866 MW. The increase in load growth and generation necessitates a strong transmission and distribution system, which with maximum efficiency and reliability is available to evacuate the available power to the load end. The horizon period for the distribution planning studies and transmission studies is quite different. In transmission system, because of long lines, right of way, environmental clearance, bulk power, long gestation period etc, It is necessary to have a horizon of at least 10 years. On the other hand for the distribution system, when compared to the transmission system the lines are short, with lesser clearances as defined above and also as the ground
Developing the PSMP for Bihar 5-1 020328-40RP-0400-00 Final Report realities are not going to be likely the same for longer period of time, the planning horizon period is usually taken as 5 years For carrying out the distribution planning studies of BSEB, following scenarios were examined: Existing distribution network Proposed reinforced network for the year 2010 Distribution network for 2014 The distribution planning was carried out considering the Peak Load under the average Load Forecast Scenario as per the load forecast report. Normally distribution systems are radial in nature and studied for handling the transfer of power to the ultimate consumer in all situations keeping the quality of supply with in prescribed limits and incurring minimum losses. As a first step for planning the distribution system to meet the 2014 load requirements, the existing 33 kV system was modeled and studied. This study brought out the shortcomings and reinforcements needed in the existing system. It is very necessary that the existing system gets strengthened before planning exercise for future years is carried out. Accordingly existing system was strengthened and reinforcements included in the form of additional circuits, augmentation of conductor size, transformation capacity and capacitors required by the present distribution network were identified. The results for this analysis were presented section 4. The reinforced system was simulated and studied and results are presented in the section 4.2. The reinforced system was used as base case system for planning the 2014 distribution network of BSEB. The studies for 2014 system identified several areas for system strengthening which included new grid and/or distribution substations, reinforcement of distribution lines, augmentation of conductor, capacitor installation etc. All the reinforcements constitute the distribution investment plan, however it should be noted that it gives only guiding figures for investment. The software study was carried out for each and every 33 kV feeder in the BSEB system. The 33kV network is the basic and most important link between the transmission network and the ultimate Distribution network. The planning study identified the requirement of new substations abased on the load requirements. Actual location of 11 kV lines and the DTRs can easily be decided as per local requirements once the set up of the 33/11 kV S/S is finalized. For Investment planning the provision for 11 kV network, the DTRs and the LT lines has been made along with every new 33/11 kV S/S for each capacity addition / augmentation at the existing S/S on the basis of certain assumptions, which are stated in another sub head of this report.
5.2.2 Need for planning of a Distribution System
The BSEB distribution system has evolved over time in the last few years by ad-hoc system planning. Basically one of the major reasons for this was the severe shortage in availability of power after division of the State. However, this position is expected to change as BSEB has put into place for integration of power plants from private and state sector. Therefore it is necessary, keeping the load growth and generation plan a proper and systematic planning an Electricity Distribution System in BSEB is set up. The summary below presents the needs for proper planning at BSEB: Availability of additional power thus lowering restriction of demand or removal of restriction Load Growth or Increase in load due to:
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. Normal Development . Industrial Development . Rise in per capita income resulting in the further rise of the electricity consumption . Increase in population . Extension of Rural Electrification & other similar beneficial schemes Improvement in quality of supply . Reduction in low voltage problem . Reduction in outages . Reduction in fluctuations Reduction of Technical losses in the Distribution system The following defines the necessary steps for reinforcing the distribution system: Transformer capacity addition / augmentation at the existing sub stations Strengthening existing lines appropriately (increase in conductor size for few sections) to avoid overloading and thus to reduce losses and improve the quality of supply Erection of new sub stations at right place (load centre) with appropriate transformer capacities Construction of new lines with conductor of appropriate size and capacity Providing shunt compensation at appropriate places to reduce the losses and improve the voltage levels on the feeder.
5.3 Distribution Planning Methodology
The following methodology has been adopted for Distribution Planning for the years 2010 and 2014
5.3.1 Planning for the Year 2010
The existing network of lines and sub stations were modeled and studied using the software Cymdist. All possible reinforcements were identified so that the healthy network could be prepared and studied. The necessary additions of transformer capacities , change in size of line conductors have been identified The reinforced network in the scenario of demand and availability of power in 2010 has been brought out
5.3.2 Planning for the Year 2014
The load forecast prepared in the load forecast report and also Transmission Planning study for the year 2014 was the basis for planning, The projected load for the 2014 assigned to each feeder Each 33 kV feeder modeled with load as defined above
Developing the PSMP for Bihar 5-3 020328-40RP-0400-00 Final Report
Reinforcement identified to make sure the study results meet the panning criteria The need for augmentation / addition of transformer capacity at the existing sub stations and creation of new sub stations identified and proposed Remodeling of lines and construction of new lines identified and proposed on the basis of study modeled on Cymdist The Distribution Planning has been carried out for all the circles of BSEB followed by EHV S/S wise. All the 33 kV Feeders were modeled separately and the 33/11 kV substation was modeled as load. Proposals of additions of transformers, augmentation of transformer capacities, new sub stations, upgrading of line conductors, conversion of lines from S/C to D/C and construction of new lines was made based on the system study results. At the start of the process, the new 33/11 kV sub stations and the connecting 33 kV lines already planned by BSEB were taken into consideration so as to avoid any duplication and /or confusion. The block diagrams showing 33 kV feeders emanating from the EHV S/Ss along with the connected 33/11 kV S/S have been drawn circle wise along with a diagram for the entire state for two scenarios, viz., 2009 (existing) and 2014 (planned) Input at 33 kV feeder is equal to the sum of the 33 kV feeder end load and the line loss, i.e. Input power at 33 kV = Ultimate 33 kV load + 33 kV Line Loss BSEB Electricity Supply Circles considered for Distribution Planning Study:
Table 5-1 BSEB Distibution Circles
Table 1- BSEB Distibution Circles Sr.No Circle 1 PESU (E) 2 PESU (W) 3 Patna 4 Nalanda (Bihar Sharif) 5 Chapra 6 Motihari 7 Bhojpur (Ara) 8 Gaya 9 Saharsa 10 Bhagalpur 11 Munger 12 Samastipur 13 Purnea 14 Sasaram 15 Muzaffarpur Darbhanga 16
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It should be noted that the study of Distribution Planning does not provide: Technical Losses for 11 kV Lines & DTRs and LT lines Specific geographical location, by name, of the place of installation of new proposed 33/11 kV S/Ss except those already covered under plan. The distribution plan brings out the approximate location of the substation based on the load forecast as available. The exact location will depend upon land availability, and any change in load condition. Specific geographical route, by name , of the proposed new 33 kV lines except those already covered under plan
5.3.3 Limitations:
Accuracy of software results and hence the planning largely depends on the correctness of input data such as Line Length Load on feeder at the sending end Conductor Size Power Factor Transformer Capacity and hence the total capacity of each S/S The manner of connectivity of S/Ss Complete details of each feeder, etc.
5.3.4 Assumptions and Planning criteria:
The following assumptions have been made while carrying out this study of Distribution Planning I. Power factor at the sending end (source EHV S/S) of the 33 kV line has been taken uniformly as 85% II. Length of 33 kV line to connect a new 33/11 kV S/S to an existing or new EHV S/S or an existing 33/11 kV S/S to a new EHV S/S at the same H.Q. has been taken as below . Large Towns 10 km . Other District H.Qs. 5 km . Places other than District H.Q. 3 km III. Length of 33 kV lines connecting S/S at places other than those of the EHV S/Ss have been assumed on the basis of the geographical map of Bihar, as far as possible, to avoid wide deviations from the actual line lengths IV. 11 kV Lines have been considered as below . From new 33/11 kV sub stations a) City - 3*05 km for each 1*10 MVA Xmer capacity b) Rural - 3*10 km for each 1*5 MVA Xmer capacity . From existing 33/11 kV sub stations c) City - 1*05 km for addition of each 5 MVA Xmer capacity
Developing the PSMP for Bihar 5-5 020328-40RP-0400-00 Final Report
d) Rural - 1*10 km for addition of each 5 MVA Xmer capacity V. 11/0.4 kV DTRs for each 11 kV line
. Large Towns - 630 KVA - 2 Nos. 315 KVA - 8 Nos. 200 kVA - 10 Nos. . Other Cities - 315 kVA - 2 Nos. 200 kVA - 10 Nos. 100 kVA - 8 Nos. . Rural - 200 kVA - 5 Nos. 100 kVA - 15 Nos. VI. L T lines per DTR . Cities - 0.50 km . Rural - 1.00 km
5.3.4.1 Maximum Capacity Criteria – Sub Stations and Transformers
The criteria for the maximum transformer capacity for urban, semi-urban and rural area have been fixed as shown in the section 5.2.4. Also, the usual Xmer capacities considered for the S/Ss in the urban and rural areas have been shown in the Table 2.
Table 5-2 33/11 kV Sub Station and Transformer Capacity
Total Max.Sub Station Capacity (MVA) Individual Transformer Capacity (MVA)
Urban Semi Urban and Rural Urban Semi Urban Rural
40 20 10 10 5 5 5 3.15 3.15** 1.6 / 1.0** ** Capacity only in Old Sub Stations
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5.3.4.2 Maximum Capacity Criteria – DTRs
The maximum capacity of the DTRs in the areas of large towns, other District H.Q.s and the rural considered is shown in Table 3. Table 5-3 DTR Capacities (kVA)
Large Towns Other Towns Rural Area 630 315 200 315 200 100 200 100
5.3.4.3 Line Loading Limits
The maximum current carrying capacity of the conductors used in the lines for different voltage classes, 33 kV and below, in BSEB along with the recommended maximum loading is shown in Table 4. Table 5-4 Line Loading Limits
Table 4- Line Loading Limits Current Carrying Conductor Code Capacity (A) WOLF 400
DOG 280
RACOON 180
RABBIT 165
WEASEL 110 5.3.4.4 Voltage Limits
The Normal permissible voltage limits for the system are as shown in the Table 5. Table 5-5 Voltage Limits
Table 5 - Voltage Limits [Type a quote from the Bus Voltage (Line) Voltage Limits (kV) % (kV)
33 (+/-) 10% 29.6 - 36.3
11 (+/-) 10% 9.8 - 12.2
0.4 (LT) (+/-) 10% 0.36 - 0.44
Developing the PSMP for Bihar 5-7 020328-40RP-0400-00 Final Report
5.3.4.5 Conductor Details
The circuit formations recommended for use in 33 kV and 11 kV lines are shown in the Table 6.
Table 5-6 33 kV Circuit Formations with Different Conductor
Table 6 - 33 kV Circuit Formations with Different Conductor
Voltage Class Circuit Formations
33 kV S/C PANTHER ACSR D/C WOLF ACSR S/C WOLF ACSR S/C DOG ACSR
11 kV D/C DOG S/C DOG D/C RACOON S/C RACOON
5.3.4.6 Status of 33 kV Lines and 33/11 kV Sub Stations as on 2009
Details of 33 kV lines with total length of each line and the 33/11 kV S/Ss with their capacity and the number and rating of individual transformer installed at each of the S/Ss connected to the feeder, as on 2009, in respect of each circle are given in the Tables 7. Table 5-7 33 kV Lines and 33/11 kV Sub Stations in B S E B - 2009
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 1.PESU 1.Bahadurpu Mithapur 12 1. 4x5 20 (East) r-Saidpur Bahadurpur 2. Saidpur 4x5 20 2. PESU V Mithapur 5 1. Kankarbag 5x5 25 (Kankarbag) 3. PESU IV Mithapur 6.2 1. R K Nagar 2x10 20 (R K Nagar) 2. Ashok 3x5 15 Nagar 4. PESU I & Mithapur 10.75 1. 3x5 + 1x3.15 18.15 II Karbaghiya 2. R. Nagar 3x5 15 3. 2x5 10 Machhuatoli 5. City Gaighat 10 1. Meena 1x5 5 Bazar 2. Mangal 4x5 20 Talab 3. Malsalami 2x5 10
Developing the PSMP for Bihar 5-8 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 6. NMCH - Gaighat 3.5 1. NMCH 1x10+1x5 15 Meena Bazar 2. Meena 4x5 20 Bazar 7. Gaighat Gaighat 0.2 1. Gaighat 2x5 10 8. Pahari Katra 7.5 1. Pahari 3x5+1x3.15 18.15 2. 1x5+2x3.15 11.3 Sampatchak 3. HTC 1.5 9. Katra Fatuah 15 1. Katra 5x5 25 10.Dina Iron Fatuah 15 1. Karmali 2x10 20 Chak 2. HTC (Dina 17.14 Iron) 3. HTC 1.6 11.Telecom Jakkanpur 20.3 1. S K 1x10+2x5 20 Memorial 2. PMCH 2x5 10 105.45 347.84 2.PESU 1. Khagaul Khagaul 16.8 1. Garikhana 3x5 15 (West) III & IV 2. Pataliputra 4x5 20 3. Rajapur 2x5 10 4. S K Puri 1x10+3x5 25 5. A N 4x5 20 College 2. Khagaul II Khagaul 22.5 1. Phulwari 1x5 5 2. Excise 1x10+1x5 15 3. Veterinary 1x5+1x3.15 8.15 College 4. IGIMS 4x5 20 5. Walmi 2x5 10 3. Khagaul I Khagaul 28.5 1. Bhusaula 1x5+1x3.15 8.15 2. S K Puri 1x10+3x5 25 3. A N 4x5 20 College 4. Danapur I Khagaul 22 1. Digha 2x5 10
Developing the PSMP for Bihar 5-9 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 2. R B I 1x5 5 3. Digha C/S 2x5 10 5. Danapur Khagaul 7 1. Danapur 4x5 20 II 6. Vidyut Jakkanpur 4 1.Vidyut 2x5 10 Bhawan Bhawan 2. High Court 2x5 10 7. Sinchai Jakkanpur 6 1. Sinchai 2x5 10 Bhawan Bhawan 2. Vikas 2x5 10 Bhawan 3. Board's 4x5 20 Colony 8. PESU IX Jakkanpur 5.15 1. Bandar 5x5 25 Bagicha 9. PESU VII Jakkanpur 7 1. Sahitya 2x5 10 Sammelan 2. Maurya 3x5 15 Lok 10.PESU VI Jakkanpur 12 1. Beur 2x5 10 2. Khagaul 2x5 10 11.PESU III Jakkanpur 9 1. 2x5 10 Gardanibag 2. Anishabad 2x5 10 12.Jakkanpu Jakkanpur 0.1 1. Jakkanpur 4x5 20 r 140.05 416.3 3. 1. GISCO Bihta 14 1. HTC 14 Patna 2. Bihta I Bihta 6 1. Bihta 1x5+3x3.1.5 14.45 3. Bihta II Bihta 47 1. Pareo 2x3 6 2. Kanpa 1x3+1x3.15+ 7.75 1x1.6 3. 1x3+1x3.15 6.15 Lalbhasara 4. Paliganj 1x5+1x3.15+ 11.15 1x3 4. Bihta A/F Bihta 15.7 1. Bihta A/F 1x5+1x1.6 6.6 2. Maner 2x5 10
Developing the PSMP for Bihar 5-10 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 6. Bihta A/F Bihta 4.2 1. HTC 12.14 - Balmukund 7. Bihta A/F Bihta 9 1. HTC 11.68 - HTC Group Group 8. Barh 12 1. 2x3.15 6.3 Biharibigha Biharibigha 9. Barh Barh 23 1. Barh 4x5 20 2. 1x5+3x1.5+2 15.8 Bakhtiyarpur x3.15 10.NTPC I & Barh 4 1. HTC 2.67 II 11.Fatuah Fatuah 26.8 1. Fatuah 3x5+1x3.15 18.15 2. 1x3.15+1x1. 4.75 Daniyaman 6 3. Khusrupur 2x3.15 6.3 12.Neora- Khagaul 14 1. Neora 2x3.15 6.3 Naubatpur 2. Naubatpur 2x5 10 13.Masaurhi Masaurhi 0.7 1. Masaurhi 2x5+1x3 13 New New 14.Masaurhi Masaurhi 18.6 1. Masaurhi 2x3 6 Old Old 2. Dhanaura 2x3.15 6.3 15.Hathidah- Hathidah 14.1 1. Haathidah 4x5 20 Mokama 2. Mokama 2x5 10 209.1 245.49 4. 1. Bari Pahari 67 1. Parwalpur 1x5+1x3.15 8.15 Nalanda Ekangersarai (Hulasganj of 2. 2x5 10 Gaya Circle Ekangersarai not included) 3. Hilsa 2x5+1x3 13 4. Islampur 2x3.15 6.3 5. Khudaganj 2x3.15 6.3 2. Bari Pahari 2 1. 4x5+2x3 26 Ramchandra Ramchandra pur pur 3. Bari Bari Pahari 0.1 1. Bari 4x5+1x3.15+ 26.15 Pahari Pahari 1x3
Developing the PSMP for Bihar 5-11 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 4. Sohasarai Bari Pahari 15 1. Sohasarai 4x5+1x3 23 2. Rahui 1x5+2x3.15 11.3 5. Noorsarai Bari Pahari 48 1. Noorsarai 3x3.15 9.45 2. Chandi 1x5+1x3.15 8.15 3. Thertheri 1x3.15 3.15 4. Dhamauli 1x3.15 3.15 5. Harnaut 3x3.15 9.45 6. Silao Rajgir 9 1. Silao 2x3.15 6.3 7. Nalanda Rajgir 15 1. Nalanda 2x5+2x3.15 16.3 2. Raiter 2x5 10 8. Rajgir Rajgir 2.5 1. Rajgir 3x5 15 158.6 211.15 5. 1. Fulwaria Gopalganj 71 1. Fulwaria 2x3.15 6.3 Chapra 2. Hathua 1x3.15 3.15 3. Hussepur 2x5 10 2. Gopalganj Gopalganj 63 1. Gopalganj 2x5 10 2. Kuchaikot 1x5 5 3. Jhajhwa 1x1.6 1.6 3. Barauli Gopalganj 40 1. Barauli 2x3.15 6.3 2. 2x3.15 6.3 Baikunthpur 4. Srinagar Siwan 18 1. Srinagar 2x3.15 6.3 2. Mairwa 2x3.15 6.3 5. Siwan Siwan 0.2 1. Siwan 3x5 15 6. Siwan 40 1. 1x3.15+1x5 8.15 Maharajganj Maharajganj 2. Ekma 1x1.5+1x3 4.5 7. Baniapur- Siwan 55 1. Baniapur 2x3.15 6.3 Mashrakh 2. Mashrakh 2x3.15 6.3 8. Sonepur Hajipur 5 1. Sonepur 2x3.15+1x5 11.3 9. Chapra 25 1. 2x5 10 Prabhunathn Prabhunathn agar agar 2. Manjhi 1x5 5
Developing the PSMP for Bihar 5-12 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 10.Telpa Chapra 0.1 1. Telpa 5x5 25 11.Marworah Chapra 46 1. Marworah 1x3.15+1x5 8.15 2. Taraiya 1x5 5 12.Sheetalpu Sheetalpur 0.1 1. Sheetalpur 2x3.15 6.3 r 363.4 172.25 1. Valmiki Surajpura, 3.5 1. Valmiki 1x3.15 3.15 Nagar Nepal Nagar 2. Ramnagar 54.5 1. Ramnagar 1x5+1x3.15 8.15 Ramnagar 2. Bagaha 1x5+1x1.6 6.6 3. Lauria Ramnagar 23 1. Lauria 1x1.6 1.6 4. Ramnagar 20 1. 2x3.15 6.3 Narkatiaganj Narkatiaganj 5. Raxaul Nepal 19 1. Raxaul 1x5+2x3.15 11.3 2. Adopur 1x3.15 3.15 6. Dhaka Dhaka 0.1 1. Dhaka 2x5 10 6. 7. Bettiah Bettiah 2.5 1. Bettiah 3x5 15 Motihari 2. HTC 2 8. Motihari 46 1. Madhopur 1x3.15 3.15 Madhopur- Harsiddhi 2. Harsiddhi 1x3.15 3.15 9. Areraj Motihari 33 1. Areraj 1x3.15+1x1. 4.75 6 10.Motihari Motihari 0.1 1. Motihari 3x5 15 11.Chakia Motihari 47 1. Chakia 1x3+2x3.15 9.3 2. Madhuban 1x3 3 248.7 105.6 7. 1. Buxar Dumraon 56 1. Buxar 2x5 10 Bhojpur 2. Itarhi 1x3.15 3.15 3. Chausa 1x3.15+2x1. 6.15 5 4. Industrial 1x3.15 3.15 2. Dumraon Dumraon 3 1. Dumraon 2x5 10 3. Dumraon 30 1. 2x3.15 6.3 Nawanagar Nawanagar
Developing the PSMP for Bihar 5-13 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 2. Murar 1x1.6 1.6 3. Akarsai 1x3.15 3.15 4. Bramhpur Dumraon 43 1. 2x3.15 6.3 Krishnapura m 2. Brahmpur 1x3.15 3.15 3. Shahpur 2x3.15 6.3 4. Bihian 1x5+1x3.15 8.15 5. Garhani Ara 48 1. Garhani 1x3.15 3.15 2. Pero 2x3.15 6.3 6. Ara 30 1. 2x3.15 6.3 Jagdishpur Jagdishpur 7. Japani Ara 20 1. Japani 3x5 15 Farm Farm 2. Serai 2x3.15 6.3 8. Ara 63 1. Powerganj 3x5 15 Powerganj 2. Bahirha 2x3.15 6.3 3. Sandes 2x3.15 6.3 4. Agiaon 2x3.15 6.3 9. Koilwar Bihta 10 1. Koilwar 2x5+1x3.15 13.15 303 151.5 1. Kako Irki 29 1. Kako 1x1.6+1x3.1 4.75 8. Gaya 5 2. Charui 1x1.6+1x3.1 4.75 5 2. Ataullah Irki 59 1. Ataullah 1x3+2x1.6 6.2 2. Kurtha 2x3.15 6.3 3. Karpi 1x1.6 1.6 4. Arwal 1x1.6+2x3.1 7.9 5 3. Tehta Irki 27 1. Tehta 1x1.6+1x3.1 4.75 5 2. Makpa 1x3.15 3.15 3. 1x5+1x3.15 8.15 Makhdumpur 4. Ghosi Irki 18 1. Ghosi 1x3.15+1x1. 4.75
Developing the PSMP for Bihar 5-14 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 6 2. 3x5 15 Jehanabad 5. Irki Irki 13.1 1. Irki 2x5 10 2. 1x3.15 3.15 Shakurabad 6. Rafiganj Rafiganj 21 1. Rafiganj 1x5+1x3.15 8.15 I&II 2. Goh 1x3 3 7. Uchauli Rafiganj 38 1. Uchauli 1x3.15 3.15 2. Madanpur 1x3.15 3.15 8. Guraru Rafiganj 55 1. Guraru 2x3.15 6.3 2. Paraiya 2x3.15 6.3 9. Tekari Tekari 12.2 1. Tekari 1x5 5 2. Koach 1x3.15 3.15 10.Belaganj Belaganj 36.2 1. Belaganj 2x3.15 6.3 2. Chakand 2x3.15 6.3 3. Panari 2x3.15 6.3 4. Paibigha 2x5 10 11.Chandauti Chandauti 0.1 1. Chandauti 5x5 25 (Gaya) 12.Dandibag Chandauti 12 1. Dandibag 3x5 15 13.Gandhi Chandauti 10 1. Gandhi 2x5 10 Maidan Maidan 2. pancahiti 3x5 15 Akhara 14.A P Chandauti 8 1. A P 2x5 10 Colony Colony 2. Railway 4x5 20 Maidan 15.Central Chandauti 2 1. Central 2x3.15 6.3 Stores Stores 16.Medical Chandauti 15 1. Medical 2x5 10 2. Cherki 1x3.15+1x1. 4.75 6 17.Sherghati Bodh Gaya 154 1. Sherghati 1x5+1x3.15 8.15 2. Gurua 1x3.15 3.15
Developing the PSMP for Bihar 5-15 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 3. Amas 2x3.15 6.3 4. Banke 2x3.15 6.3 Bazar 5. Imamganj 1x3.15 3.15 6. Dumaria 2x3.15 6.3 7. Shobh 1x3.15+1x1. 4.75 6 8. 2x3.15 6.3 Chkrabaria 9. Dobhi 2x3.15 6.3 18.Manpur Bodh Gaya 107 1. Manpur 3x5+1x3.15 18.15 2. Tankuppa 2x3.15 6.3 3. Paimar 1x1.6 1.6 4. Wazirganj 2x3.15 6.3 5. Fatehpur 1x3.15 3.15 6. Gere 2x3.15 6.3 7. Bhore DEF 19.Industrial Bodh Garya 5 1. Ind. Area 2x3.15 6.3 Area 20.M U Bodh Garya 5 1. M U 3x5+1x3.15 18.15 Campus Campus 2. Buddhist 2x5 10 Complex 21.Sone Barun 0.1 1. Sone 2x5+1x3.15 13.15 Nagar Nagar 22.Barem Barun 22 1. Barem 2x3.15 6.3 23.Tengra Barun 13 1. Tengra 2x3.15 6.3 24.Aurangab Barun 79 1. 4x5 20 ad Aurangabad 2. Obra 2x3 6 3. Daud 1x3+1x1.6 4.6 Nagar 4. Gangti 2x3.15 6.3 5. Deo 1x3+1x1.5 4.5 25.Sone Barun 2 HTC Hydel 26.Nabi Barun 64 1. Nabi 1x3.15 3.15
Developing the PSMP for Bihar 5-16 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) Nagar Nagar 2. Amba 2x3.15 6.3 27.Hasua Nawada 20 1. Hasua 1x5+1x3 8 2. Nadirganj 2x3 6 28.Nawada Nawada 13.5 1. Nawada 3x5 15 2. 2x3 6 Bhadhokhara 3. Nawada 2x3 6 New 29.Akbarpur Nawada 29 1. Akbarpur 1x3 3 2. Rajauli 1x5+1x3 8 3. Sirdala 1x3 3 30.Roh Nawada 64 1. Roh 1x1.6 1.6 2. Kaukol 1x1.6 1.6 3. 2x3 6 Warsaliganj 4. 1x3 3 Pakribarwan 31.Hulasganj Bari Pahari 12 1. Hulasganj 1x1.6 1.6 from Islampur 32,Atari Rajgir 50 1. Atari 1x3.15 3.15 2. Khizr 2x3.15 6.3 Sarai 995.2 545.4 9. 1. Supaul Supaul 62.5 1. Supaul 2x5 10 Saharsa 2. Kishanpur 2x1.6 3.2 3. Pipra 2x3.15 6.3 4. Raghopur 1x3.15+1x1. 4.75 6 2. Simri Saharsa 25 1. Simri 1x5+1x3.15 8.15 Bkhtiyarpur Bakhtiyarpur 3. New Saharsa 2.5 1. New 2x5 10 Market Market 4. Saharsa Saharsa 0.1 1. Saharsa 3x5+1x1.6 16.6 5. Saharsa 62 1. 2x5 10 Madhepura Madhepura 2. Singhswar 1x5 5
Developing the PSMP for Bihar 5-17 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 3. Murliganj 1x3.15+1x1. 4.75 6 6. Khagaria Khagaria 20.1 1. Khagaria 3x5 15 2. Mansi 1x3+1x1.5 4.5 3. 1x5+1x3.15 8.15 Maheshkunt 7. Alam Udakishanga 25 1. Alam 1x1.6+1x1.5 3.1 Nagar nj Nagar 8. Udakishanga 0.1 1. 1x5+1x3.15 8.15 Udakishanga nj Udakishanga nj nj 197.3 117.65 10. 1. Bihpur Naugachhia 15 1. Bihpur 2x3.15 6.3 Bhagalp Naugachhia 3.5 1. 1x5+2x3.15 11.3 ur 2. Naugachhia Naugachhia 3. Belhar Sultanganj 22 1. Belhar 1x3.15 3.15 from Tarapur 4. Patwara Sultanganj 26 1. Patwara 1x3 3 5. Sultanganj 0.1 1. Sultanganj 2x5+1x3.15 13.15 Sultanganj 6. Shahkund Sultanganj 14 1. Shahkund 1x3.15 3.15 7. Barari Sabour 12.3 1. Barari 1x5 5 2. Central 1x5 5 Jail 3. Mayaganj 2x5 10 8. C S Sabour 8.7 1. C S 2x5 10 Compund Compound 2. T T School 2x5 10 9. Sabour Sabour 5.5 1. Sabour 2x3.15 6.3 10.Gouradih Sabour 7 1. Gouradih 2x3.15 6.3 11.Aliganj I Sabour 27 1. Aliganj 1x5 5 2. 1x5 5 Jagdishpur 3. Nath 2x5+1x3.15 13.15 Nagar 12.Aliganj II Sabour 13 1. Aliganj 2x5 10 2. 1x5 5 Mojahidpur
Developing the PSMP for Bihar 5-18 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 13.Sanhaula Kahalgaon 29 1. Sanhaula 1x5+1x3.15 8.15 14.Kahalgao Kahalgaon 32 1. Kahalgaon 3x5+1x3.15 18.15 n 2. Pirpainti 1x1+1x3.15 4.15 15.Banka Banka 49.15 1. Banka 2x5 10 2. Amarpur 1x3.15+1x3 6.15 3. Rajaun 1x3.15 3.15 4. Bousi 1x3+1x1.6 4.6 264.25 185.15 11.Mun 1. Tarapur Sultanganj 34 1. Tarapur 2x5 10 ger 2. Kharagpur 1x3+1x5 8 2. Barhaiya Hathidah 12 1. Barhaiya 2x3.15+1x1. 7.9 6 3. Ariari Sheikhpura 57 1. Ariari 1x3.15 3.15 2. Bhalua 1x3.15 3.15 3. Katari 1x1.6 1.6 4. Barkna 1x1.5 1.5 4. Onama Sheikhpura 20 1. Onama 1x1.6 1.6 2. Mirzapur 1x3.15+1x1. 4.75 6 5. Sheikhpura 8 1. Hathiyama 1x1.6 1.6 Hathiyama 6. Sheikhpura 0.5 1. 1x5+1x3.15+ 9.75 Sheikhpura Sheikhpura 1x1.6 7. Purani Lakhisarai 7.3 1. Purani 2x5+1x3.15 13.15 Bazar Bazar 2. Court Area 2x3.15 6.3 3. Balaji 1x5+1x3.15+ 8.9 1x.75 8. Lakhisarai 28 1. Salempur 1x5+1x3.15 8.15 Salempur- Haibatganj 2. Haibatganj 2x3.15 6.3 9. Jamui Mallehpur 43 1. Jamui 3x5+1x3.15 18.15 2. Khaira 2x3.15 6.3 3. Sikandara 2x3.15 6.3 10.Gidhour- Mallehpur 43.5 1. Gidhour 1x3.15 3.15
Developing the PSMP for Bihar 5-19 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) Jhajha 2. Jhajha 1x5+1x3.15 8.15 3. Sono 1x1.6+1x3.1 9.75 5+1x5 11.Dakranala Jamalpur 4 1. Dakranala 1x5+1x1.5 6.5 12.Ramchan Jamalpur 8 1. 1x1.5 1.5 drapur Ramchandra pur 2. Rly. Workshop 13.Safiabad Jamalpur 18.2 1. Safiabad 2x3.15+2x5 16.3 2. Baniyarpur 1x3.15 3.15 14.ITC Jamalpur 5 HTC 2.135 15.Karnchau Jamalpur 13 1. 3x5 15 ra Karnchaura 16.Nandlalpu Jamalpur 5 1. Nandlalpur 2x5 10 r 17.Bindwara Jamalpur 2.5 1. Bindwara 1x5+1x3.15 8.15 309 210.335 12. 1. Pusa Mohanpur 32 1. Pusa 2x3.15 6.3 Samasti 2. Mohanpur Mohanpur 30.6 1. Mohanpur 3x5 15 pur 2. 1x3.15 3.15 Warisnagar 3. Kalyanpur 1x3.15 3.15 3. Jute Mill Mohanpur 10 HTC 2.5 4. Mohanpur 18.5 1. 1x3.15 3.15 Sarairanjan Sarairanjan 2. Patei 1x3.15 3.15 5. Jitwarpur Mohanpur 10 1. Jitwarpur 1x5+1x3.15 8.15 6. Railway Mohanpur 3.75 HTC 2.5 7. Mohanpur 52 1. 2x3.15 6.3 Dalsingsarai Dalsinghsara i 2. Mohadi 2x1.6 3.2 Nagar 8. Sirsia Mohanpur 24 1. Sirsia 1x5+1x1.6 6.6 9. Rosera- Mohanpur 65 1. Rosera 1x3.15+1x1. 4.75 Bibhutipur 6
Developing the PSMP for Bihar 5-20 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 2. Bibhutipur 1x3.15 3.15 3. Hassanpur 1x1.6 1.6 10.Bangradih BTPS 37.8 1. Deona 2x5 2. Bangradih 2x5+2x3.15 3. Jai 6.5 Mangala(HT C) 4. Jai Matadi 1.5 (HTC) 5. Bachhaura 1x3.15+1x1. 4.75 6 11.IOC BTPS 15 HTC 4 12.Railway BTPS 12 HTC 4 13.Begusarai BTPS 56 1. Begusarai 5x5 25 2. Manjhaul 1x3.15+1x3 6.15 3. Ganga 1.25 Dairy 4. Baliya 2x3.15 6.3 366.65 132.1 13.Purn 1. Kursaila Naugachhia 16.5 1. Kursaila 2x3.15 6.3 ea 2. Forbesganj 18 1. 2x3.15 6.3 Narpatganj Narpatganj 3. Raniganj Forbesganj 28 1. Raniganj 2x3.15 6.3 4. Forbesganj 32 1. 3x5 15 Forbesganj- Forbesganj Araria 2. Araria 2x5 10 3. Jokihat 2x3.15 6.3 5. Dighal Kishanganj 32 1. Dighal 2x3.15 6.3 Bank Bank 2. 2x3.15 6.3 Bahadurganj 6. Sarai Kishanganj 22 1. Sarai 2x3.15 6.3 7. Kishanganj 4 1. 2x5+1x3.15 13.15 Paschimpali Paschimpali 8. Purabpali Kishanganj 12 1. Purabpali 2x5 10 9. Kishanganj 60 1. 1x5+1x3.15 8.15 Thakurganj Thakurganj
Developing the PSMP for Bihar 5-21 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 10.Group Purnea 0.1 1. Group 3x5 15 Control Control 11.Banmank Purnea 44 1. 1x3.15+1x3 6.15 hi- Banmankhi Madhubani 2. 2x5 10 Madhubani 12.Zero Mile Purnea 16 1. Zero Mile 3x5 15 2. City 1x5 5 13.Belgachhi Purnea 120 1. 1x5 5 Belagachhi 2. Dalkola 1x1.6 1.6 3. Sonaily 1x3.15 3.15 4. Baloni 1x5 5 5. Pranpur 1x1.6 1.6 14.Naranga Purnea 71 1. Naranga 2x5+1x3.15 13.15 2. Mirganj 2x3.15 6.3 3. Dargaha 1x1.5 1.5 15.Jalalgarh Purnea 25 1. Jalalgarh 1x5+1x3.15 8.15 16.Beri Katihar 38 1. Beri 3x5 15 2. Gore Beri 2x1.5 3 3. Falka 1x1.5 1.5 17.Industrial Katihar 8 1. Industrial 2x5+1x3.15 13.15 Estate Estate 18.Binodpur Katihar 3 1. Binodpur 2x5 10 549.6 239.65 14. 1. Karmnasa Karmnasa 31.1 1. Karmnasa 1x3.15 3.15 Sasara 2. Durgawati 1x5 5 m 3. Chand 3x5 15 2. DVPL Karmnasa 17 1. HTC 1.5 2. Larma 1x3.15 3.15 3. Ramgarh Karmnasa 48 1. Kalyanpur 1x3.15 3.15 2. Ramgarh 3x5 15 3. Chourasia 1x3.15 3.15 4. Nuaon 2x3.15 6.3
Developing the PSMP for Bihar 5-22 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 4. Kakrait Karmnasa 17 1. Kakrait 2x5 10 5. Dinara Bikramganj 38 1. Dinara 2x3.15 6.3 2. Kochas 3x3.15 9.45 6. Dawath Biramganj 5 1. Dawath 2x3.15 6.3 7. Sunjhauli Biramganj 22 1. Sanjhauli 2x3.15 6.3 8. Surjapura Biramganj 0.1 1. Surajpura 2x3.15 6.3 9. Biramganj 26 1. 2x5+1x3.15 13.15 Bikramganj Bikramganj 2. Karakat 2x3.15 6.3 10.Parsathua Mohania 20 1. Parsathua 2x3.15 6.3 11.Chainpur Mohania 21 1. Chainpur 2x3.15 6.3 12.Kudra - Mohania 50 1. Bhabhua 2x5 10 Bhabhua New New 2. Kudra 3x5 15 3. Karamchat 1x1.5 1.5 4. Cenari 1x3.15 3.15 13.Mohania Mohania 93.1 1. Mohania 3x5 15 2. Bhabhua 2x5+1x3.15 13.15 3. Adhaura 1x3.15 3.15 4. Bahuara 1x3.15+1x2. 5.65 5 14.Pusauli PGCIL 0.1 1. Pusauli 1x5+1x1 6 Pusauli 15.Beda - Sasaram 23 1. Beda 4x5 20 Takia 2. Takia 3x5 15 3. Nokha 1x3.15 3.15 16.Naigaon- Sasaram 17 1. Naigaon 1x5+1x3.15 8.15 Sheosagar 2. Sheosagar 1x5+1x3.15 8.15 17.BMP Dehri-on- 42 1. BMP Dehri 4x5 20 Dehri I & II Sone 2. PHED 1.5 (HTC) 3. Basa 2x3.15 6.3 Karwanda
Developing the PSMP for Bihar 5-23 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 18.JVLO&FL Dehri-on- 8 1. HTC 3.15 Sone 19.Akorigola Dehri-on- 6 1. Akorigola 1x5+1x3.15 8.15 Sone 20.Nasarigan Dehri-on- 20 1. Nasariganj 2x3.15 6.3 j Sone 21.Rajpur Dehri-on- 21 1. Rajpur 2x3.15 6.3 Sone 22.Nauhatta Banjari 37 1. Nauhatta 2x3.15 6.3 23.Samhauta Banjari 0.1 1. Samhauta 3x5 15 24.Indra Puri Barun 12 1. Indra Puri 2x5+1x3.15+ 15.15 1x1.5+1x.5 25.Kripabal Barun 30 1. Kripabal 2x5+1x3.15 13.15 604.5 360.45 15. 1. Shivhar Sitamarhi 30 1. Shivhar 2x3.15 6.3 Muzaffa 2. Runi Sitamarhi 25 1. Runi 1x5+1x3.15 8.15 rpur Saidpur Saidpur 3. Pupri Sitamarhi 28 1. Pupri 2x3.15 6.3 4. Dumra Sitamarhi 5 1. Dumra 3x5 15 5. Sursand Sitamarhi 30 1. Sursand 2x3.15 6.3 2. Nepal 6. Mehua Vaishali 30 1. Mehua 2x5 10 7. Vaishali 15 1. 2x3.15 6.3 Prataptand Prataptand 8. Lalganj Vaishali 10 1. Lalganj 1x5+1x3.15 8.15 9. Sarai Vaishali 20 1. Sarai 2x3.15 6.3 10.Motipur Muzaffarpur 35 1. Motipur 1x5+1x3.15 8.15 11.Maripur Muzaffarpur 5 1. Maripur 2x5 10 12.Vaishali Muzaffarpur 8 1. Vaishali 2x5 10 13.Kurhani Muzaffarpur 30 1. Kurhani 1x5 5 14.Dholi Muzaffarpur 28 1. Dholi 1x5+1x3.15 8.15 15.SKMCH Muzaffarpur 25 1. SKMCH 2x5 10 2. 1x5+1x3.15 8.5 Sikandarpur 3. MIT 2x5 10 16.IDPL Muzaffarpur 3.5 1. IDPL 2x5+2x10 30
Developing the PSMP for Bihar 5-24 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) 17.Khabra Muzaffarpur 1.5 1. Khabra 1x5 5 18.Bhikapura Muzaffarpur 0.1 1. 2x5 10 Bhikanpura 19.Railway Muzaffarpur 5 HTC 20.Nayatola Muzaffarpur 9.5 1. Nayatola 3x5 15 21.Railway Hajipur 5 HTC 2.6 22.Bidupur Hajipur 10 1. Bidupur 2x5 10 23.EDIP Hajipur 10 1. EDIP 2x3 6 24.Hajipur IE Hajipur 6 1. Hajipur IE 3x5 15 25.Konharag Hajipur 8 1. 3x5 15 hat Konharaghat 26.Mehnar Mohanpur 7.5 1. Mehnar 2x3.15 6.3 390.1 257.5 16. 1. Basopatti Jaynagar 20 1. Basopatti 2x5 10 Darbha 2. Jaynagar Jaynagar 48.5 1. Jaynagar 2x3.15 6.3 nga 2. Khagauli 2x5 10 3. Ladonia 1x3.15 3.15 3. Khutauna Phulparas 20 1. Khutauna 1x5 5 4. Phulparas Phulparas 39 1. Phulparas 2x3.15 6.3 2. Jalpatganj 2x3.15 3.15 3. Nirmali 1x3.15 3.15 5. Benipatti Rahika 54 1. Benipatti 1x1.6+1x5 6.6 2. 2x5 10 Ahilyasthan 6. Rahika Rahika 5.1 1. Rahika 2x3.15 6.3 2. 2x5 10 Madhubani 7. Rajnagar Pandaul 46 1. Rajnagar 2x3.15 6.3 2. Babubarhi 1x3.15 3.15 8. Raiyam Pandaul 14 1. Raiyam 1x3.15 3.15 9. Pandaul Pandaul 0.1 1. Pandaul 1x5+1x3.15 8.15 10.Benipur Pandaul 50 1. Benipur 2x3.15 6.3 2. Biraul 1x1.6+1x3.1 4.75 5 11.Manigach Pandaul 8 1. 1x1.6+1x3.1 4.75
Developing the PSMP for Bihar 5-25 020328-40RP-0400-00 Final Report
EHV S/S Transformer Total 33/11 kV Total S/S Feeder from where - wise Circle Feeder S/Ss on Capacity name feeder Capacity length km) feeder (MVA) emanating (No.MVA) hi Manigachhi 5 12.Jhanjharp Pandaul 59 1. 2x3.15 6.3 ur Jhanjharpur 2. Madhopur 2x1.6 3.2 13.Donar Ramnagar 13 1. Donar 1x5+1x3.15 8.15 2. Gangwara 1x3.15+1x5+ 9.75 1x1.6 14.Bela Ramnagar 22 1. Bela 2x5 10 15.Pandasari Ramnagar 9.1 1. Pandsarai 1x5 5 2. Jail 1x5 5 (Laharia Sarai) 3. DMCH 2x5 10 4. Urban 2x5 10 16.Pouria- Ramnagar 46 1. Pouria 1x1.6 1.6 Ariar 2. Ariar 1x3.15+1x1. 4.75 6 3. Baheri 1x3.15 3.15 453.8 193.4
5.4 Data Collection
The data collection was a very complex exercise. At the start up of the project, meetings were held with BSEB senior management and the formats for data collection and requirement of SLDs was explained to the counterpart BSEB head office and field personnel. The data collection has been a continuation process, during the course of project, several meetings were held with the BSEB personnel to explain the importance of the data collection and improve the quality. The data collection was also discussed with the field personnel during the visit to site. However it was observed that the data in some of the cases submitted by the BSEB site personnel was inconsistent. Also in some cases the required data was unavailable for some reasons or faulty housekeeping of data. In such cases, the data was assessed on reasonable basis scientifically supported principles have been used to project for the missing data and fill up the data void. Therefore for the study purpose certain assumptions have been taken into account which is described in the section 5.2 of the report.
5.4.1 Committed Distribution Projects:
Distribution projects which are committed or under progress, with the scheduled in-service dates, are listed in Table 8 and Table 9. These tables include the data for committed 33 kV
Developing the PSMP for Bihar 5-26 020328-40RP-0400-00 Final Report substations and 33 kV distribution lines. These projects were included as part of base case distribution reinforcement studies.
Table 5-8 Committed 33/11 kV Sub Stations
Circle District Sub Station Capacity (MVA)
Nalanda (Bihar Sharif) Nalanda 1 Badi 2x5 2 Sarbahadi 2x5 3 Chiksura Bazar 2x5 4 Tetrawan 2x5 5 Hernaut (Cheral) 2x5 6 Kalyan Bigha 2x5 7 Ghosarwan 2x5 8 Chainpur 2x5 9 Malti 2x5 10 Bhindidih 2x5 11 Andawas 2x5 12 Katri Sarai 2x5 Bhojpur Ara 13 Akhgaon 2x5 14 Zero Mile Ara 2x5 15 Barhara 2x5 16 Giddha 2x5 Buxar 17 Chhotka Dhakai Chak 2x5 18 Pandey Patti 2x5 Bhagalpur Bhagalpur 19 Ghogha 2x5 20 Sanhauli 2x5 Munger Lakhisarai 21 Mananpur 2x5 22 Piei Bazar 2x5 23 Kajra 2x5
Developing the PSMP for Bihar 5-27 020328-40RP-0400-00 Final Report
Circle District Sub Station Capacity (MVA)
Sheikhpura 24 Ghuskuri 2x5 25 Lohain 2x5 26 Toygarh 2x5 Gaya Gaya 27 Nawgarh 2x5 Aurangabad 28 Dihra 2x5 29 Saikia 2x5 Jehanabad 30 Sonwa 2x5 31 Dhongra 2x5 32 Nowaman 2x5 Muzaffarpur Muzaffarpur 33 Bhagwanpur Chowk 2x5 Samastipur Samastipur 34 Kuboliram 2x5 35 Karpoorigram 2x5 Purnea Purnea 36 Vaisi 2x5 Araria 37 Bahargaon 2x5 38 Kusgaon 2x5 39 Malgaon 2x5 Saharsa Saharsa 40 Sour Bazar 2x5 41 Balwa Hat 2x5 42 Salkhua 2x5 Madhepura 43 Kumarkhand 2x5 44 Bihariganj 2x5 45 Puraini 2x5 46 Ghailar 2x5 Supaul 47 Larganj 2x5 48 Parasrama 2x5 Darbhanga Madhubani 49 Rudrapur 2x5 Motihari Motihari 50 Chhitwani 2x5 Bettiah 51 Chautarwa 2x5
Developing the PSMP for Bihar 5-28 020328-40RP-0400-00 Final Report
Circle District Sub Station Capacity (MVA)
PESU (E) Patna 52 Deedarganj 2x5
Table 5-9 Committed 33 kV Lines
Sub Stations to Line Length Circle District 33 kV Line be connected (km) Nalanda (Bihar Sharif) Nalanda 1 Tapping from Rajgir-Giriak Badi 12 2 From Tetrawan S/S Sarbahadi 17 Tapping from Masaurhi -Paver 3 Mor Chiksura Bazar 10 4 Tapping from Giriak feeder Tetrawan 7 Tapping from Bari Pahari - 5 Harnaut Hernaut (Cheral) 2.5 Tapping from Bari Pahari - 6 Harnaut Kalyan Bigha 3 7 Tapping from Rajgir feeder Ghosarwan 10 8 From Chandi S/S Chainpur 12 9 From Asthawan S/S Malti 0.5 10 From Silao S/S Bhindidih 8 11 From Rajgir GSS Andawas 16 12 From Badi S/S Katri Sarai Bhojpur Ara 13 Tapping from Ara-Sandes Akhgaon 0.5 14 From Ara GSS Zero Mile Ara 0.5 15 From Saraiya S/S+J19 Barhara 14 16 From Koilwar S/S Giddha 5 Chhotka Dhakai Buxar 17 Tapping from Dumraon - Simri Chak 5 18 From Buxar S/S Pandey Patti 3 Bhagalpur Bhagalpur 19 From Kahalgaon GSS Ghogha 12 20 From Naugachhia GSS Sanhauli 11 Munger
Developing the PSMP for Bihar 5-29 020328-40RP-0400-00 Final Report
Sub Stations to Line Length Circle District 33 kV Line be connected (km) Tapping from Lakhisarai - Lakhisarai 21 Kendy Line Mananpur 16 22 From Kajra S/S Piei Bazar 12 23 From Lakhisarai GSS Kajra 20 Sheikhpura 24 From Sheikhpura GSS Ghuskuri 30 25 From Bhalwa S/S Lohain 4 Tapping from Sheikhpura- 26 Mirjapur Line Toygarh 5 Gaya Gaya 27 From Hulasganj GSS Nawgarh 15 Aurangabad 28 From Sone Nagar GSS Dihra 10 29 From Phesar S/S Saikia 8 Jehanabad 30 From Hulasganj GSS Sonwa 12 31 From Hulasganj GSS Dhongra 10 32 From Sakurabad S/S Nowaman 4 Muzaffarpur Bhagwanpur Muzaffarpur 33 From Bhikanpura GSS Chowk 2.5 Samastipur Samastipur 34 From Sirsia S/S Kuboliram 8
35 Tapping from Mohanpur-Sirsia Karpoorigram 3.5 Purnea Purnea 36 From Dalkola S/S Vaisi 10 Araria 37 From Raniganj S/S Bahargaon 13 38 From Araria S/S Kusgaon 7 39 From Jokihat S/S Malgaon 10 Saharsa Saharsa 40 From Saharsa GSS Sour Bazar 12 41 From Saharsa GSS Balwa Hat 19 42 From Balwahat S/S Salkhua 19 Madhepura 43 From Murliganj S/S Kumarkhand 12 44 From Uda Kishanganj GSS Bihariganj 10 45 From Uda Kishanganj GSS Puraini 10 46 From Sinheswar S/S Ghailar 10 Tapping from Pipra-Raghopur Supaul 47 Line Larganj 6
Developing the PSMP for Bihar 5-30 020328-40RP-0400-00 Final Report
Sub Stations to Line Length Circle District 33 kV Line be connected (km)
48 From Supaul S/S (Inside GSS) Parasrama 16 Darbhanga Madhubani 49 From Phulparas GSS Rudrapur 30 Motihari Motihari 50 From Majuraha GSS Chhitwani 5 Bettiah 51 From Ram Nagar GSS Chautarwa 15 PESU (E) Patna 52 From Karmali Chak S/S Deedarganj 6
5.4.2 Distribution System Software
For the study of the Distribution system loss analysis of BSEB, the state of the art windows based CYMDIST (Cyme Distribution) Tool was used. CYMDIST is optimization software for analysis and planning of Distribution system. It has an edge over similar software in terms of availability of; Optimization of network Powerful algorithm for complex distribution system Reliability analysis This program was developed by Cyme International T&D Canada and has been continually improved since its debut. In Canada, USA, Germany, Sweden and other European countries, the software is being extensively used by the utilities and consultants for planning and analysis of power systems. This tool is also extensively used in Indian utilities like Madhya Pradesh, Kerala, West Bengal etc and many private distribution companies viz., NDPL, Torrent and Reliance energy Ltd. for planning and monitoring purposes.
5.4.2.1 Salient features
CYMDIST is a planning tool and is used to analyze, plan, optimize and manage the planning and information system for electrical networks. CYMDIST can perform several types of analyses on balanced or unbalanced three-phase, two-phase and single-phase systems that are operated in radial, looped or meshed configurations: Basic module interactive graphic including symbol editor, data and database management. Load allocation. Voltage drop analysis (Load flow). Short-circuit current computation. Load Balancing. Load growth.
Developing the PSMP for Bihar 5-31 020328-40RP-0400-00 Final Report
Capacitor placement. Fault Flow. Harmonic Analysis. Protective Device Coordination. Contingency Analysis.. GIS Interface.
5.5 System Planning Studies
5.5.1 Planning for the year 2010
System Study of the existing 2009-2010 network of the 33 kV system using the Cymdist Software Based on the data collected which included the SLDs, the line lengths, transformer details collected from BSEB, individual feeders were modeled on CYMDIST and a study involving load flow was carried out to determine the loading and voltage on each feeder section length and transformer of feeder. It was noted that a considerable number of 33 kV lines were found to be showing very high losses due to the fact that they (the 33 kV Lines) have been wired with 7/12, 7/14 or 7/16 SWG GI wire as per input data provided for Planning study. Use of GI wire for transfer of electricity is not recommended anywhere in India and there were problems of simulating the system using GI wire in its design, because of high resistance of GI wires, abnormally high drop in voltages were observed at the receiving end of the line. The simulation results brought out very clearly that for the loading conditions of 2009-10 the need for augmentation of transformer capacity is not very high up on the list of reinforcements for many of the distribution circles but it is necessary to replace the line conductors. This was required to reduce the line loss and improve voltages at the receiving end of the lines. In some of the cases it was also found that though the conductor used is standard one but is inadequate to carry the current flowing or power it is carrying through the major portion of the feeder line. In such cases it was proposed to replace the conductor of the adequate capacity. For cases where a need was felt to augment or add the transformer capacity the same was recommended and included in the planning report. Capacity augmentation / addition of Transformer capacity For 2010 condition the proposal has been made, as per the study, to augment the transformer capacities, to add the transformers and to erect new substation. The circle wise details in respect of 33/11 kV sub stations are furnished in Table X. The proposals have also been made to strengthen the 33 kV lines by replacing the conductors and to construct the new lines. The circle wise details in respect of lines have been brought out in Table 10
Developing the PSMP for Bihar 5-32 020328-40RP-0400-00 Final Report
Table 5-10 33 kV Line Work in 2010
Source EHV Length Circle Feeder Work proposed S/S (km)
Bahadurpur- Conversion of S/C DOG to D/C 1 PESU (East) Saidpur Mithapur WOLF ACSR 6.0 from Mithapur GSS to Bahadurpur S/S Replacement of DOG with WOLF Kankarbag Mithapur ACSR 5.0 Replacement of DOG with WOLF R K Nagar Mithapur from Mithapur 2.5 GSS to Ashoknagar S/S Karbagahiya- Replacement of DOG with WOLF R.Nagar Mithapur from Mithapur 2.0 to Karbagahiya Replacement of DOG with WOLF City feeder Gaighat upto 10.0 Malsalami S/S Replacement of DOG with WOLF NMCH Gaighat ACSR from Gaighat 3.5 GSS to NMCH to Meena Bazar 2. PESU Khagaul III and Replacement of DOG with WOLF (West) IV Khagaul ACSR 8 from Khagaul to Garikhana 1. Conversion of S/C DOG to D/C Khagaul II Khagaul WOLF ACSR from 1 Khagaul to Walmi tapping 2. Replacement of DOG with WOLF from Walmi 9 to IGIMS 1. Conversion of S/C DOG to D/C Khagaul I Khagaul WOLF ACSR from 6 Khagaul to Bhusaula 2. Conversion of S/C DOG to D/C WOLF from 10 Bhusaula to A N College Replacement of DOG with WOLF Danapur I Khagaul from Danapur 12 to Digha Replacement of DOG with WOLF PESU 9 Jakkanpur ACSR 5
Developing the PSMP for Bihar 5-33 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Replacement of DOG with WOLF PESU 7 Jakkanpur ACSR from 5 Jakkanpur to Mauryalok tapping Conversion of S/C DOG to D/C PESU 6 Jakkanpur WOLF ACSR 1 from Jakkanpur to Beur 1. Conversion of S/C DOG to D/C 3. Patna Pareo-Kanpa Bihta WOLF from 26.0 Bihta to Lalbhasara S/S 2. Replacement of GI Wire with DOG ACSR 2.7 between Bihta and Pareo 3. Replacement of RABBIT & GI with DOG ACSR 5.3 between Lalbhasara and Paliganj Replacement of DOG with WOLF Bihta A/F Bihta ACSR (3 ckts.) 2.1 Replacement of DOG with WOLF Balmukund HTC Bihta ACSR from 3.5 Bihta A/F to Balmukund HTC 1. Replacement of GI Wire with Fatuah Fatuah DOG ACSR 12.0 between Fatuah and Daniyaman S/Ss 2. Replacement of GI Wire with DOG ACSR 12.0 between Fatuah and Khusrupur S/Ss Replacement of RABBIT and GI 4. Nalanda Sohasarai Bari Pahari wire with DOG 11.7 ACSR between Sohasarai and Rahui S/Ss Replacement of DOG with WOLF Ramchandrapur Bari Pahari ACSR 2.0 from Bari Pahari GSS to Ramchandrapur S/S 1. Replacement of GI Wire with Ekangersarai Bari Pahari DOG ACSR 49.0 between Ekangersarai to Hulasganj and
Developing the PSMP for Bihar 5-34 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Khudaganj S/Ss 2. Replacement of DOG with WOLF ACSR 30.0 between Bari Pahari GSS and Ekangersarai S/S Replacement of GI wire with DOG Silao Rajgir ACSR betweeen 54.5 Rajgir GSS and Silao-Athri-Khizr Sarai S/Ss 1. Replacement of DOG with Nalanda Rajgir WOLF ACSR 0.5 between Rajgir GSS and next node 2. Replacement of GI Wire with DOG ACSR 15.3 between Nalanda and Raiter S/Ss Replacement of GI wire with DOG Noor Sarai Bari Pahari ACSR betweeen 23.0 Bari Pahari and Noor Sarai 5. Chapra Replacement of DOG with WOLF 6. Motihari Bettiah Bettiah ACSR 1.1 from Bettiah GSS to Bettiah S/S Replacement of GI wire with DOG Lauria Ram Nagar ACSR 12.5 between Ram Nagar GSS and Lauria S/S Replacement of GI wire with DOG Ram Nagar Ram Nagar ACSR 27.0 between Ram Nagar GSS and Bagaha S/S Replacement of GI wire with DOG Areraj Motihari ACSR 16.5 between Motihari GSS and Areraj S/S Madhopur- Replacement of GI wire with DOG Harsiddhi Motihari ACSR 20.5 between Motihari GSS and Madhopur-Harsiddhi S/Ss Chakia- Replacement of GI wire with DOG Madhuban Motihari ACSR 6.0
Developing the PSMP for Bihar 5-35 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
between Chakia and Madhuban S/Ss Japani farm- Replacement of DOG with WOLF 7. Bhojpur Sarai Ara ACSR 5.0 between Ara GSS and Japani farm S/S Replacement of DOG with WOLF Powerganj Ara ACSR from 6.0 Ara GSS to Powerganj S/S Nawanagar- Replacement of GI wire with DOG Murar Dumraon ACSR 4.0 between Nawanagar and Murar S/Ss 1. Replacement of DOG with Buxar Dumraon WOLF ACSR 20.0 from Dumraon GSS to Buxar S/S 2. Replacement of GI Wire with DOG ACSR 10.0 between Buxar and Chausa S/Ss Replacement of GI wire with DOG 8. Gaya Kako-Charui Irki ACSR 6.0 between Kako and Charui S/Ss Replacement of GI wire with DOG Tehta-Makpa Irki ACSR 13.5 Irki GSS and Makhadampur - Tehta - Makpa S/Ss Replacement of GI wire with DOG Irki-Shakurabad Irki ACSR 6.5 between Irki and Shakurabad S/Ss Replacement of GI wire with DOG Rafiganj Rafiganj ACSR 9.5 between Rafiganj and Goh S/Ss Uchauli- 1. Replacement of GI wire and Madanpur Rafiganj RABBIT with DOG 6.5 ACSR between Rafiganj and Uchauli S/Ss 2. Replacement of GI Wire with DOG ACSR 12.5 between Uchauli and Madanpur S/Ss
Developing the PSMP for Bihar 5-36 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Replacement of GI wire with DOG Tekari-Konch Tekari ACSR 12.0 between Tekari and Konch S/Ss Replacement of DOG with WOLF Gandhi Maidan Chandauti ACSR 6.0 from Chandauti and Gandhi (Gaya) Maidan S/Ss 1. Replacement of DOG with Shergahti Bodh Gaya WOLF ACSR 20.8 between Bodh Gaya GSS and Sherghati S/S 2. Replacement of GI Wire with DOG ACSR 10.0 between Imamganj and Dumaria S/Ss 3. Replacement of GI wire with DOG ACSR 5.0 between Sherghati and Gurua S/Ss Replacement of GI wire with DOG Manpur Bodh Gaya ACSR 30.0 between Manpur - Paimar - Wazirganj S/Ss Replacement of DOG with WOLF MU Campus Bodh Gaya ACSR 3.0 from Bodh Gaya to MU Campus Replacement of GI wire with DOG Akbarpur Nawada ACSR 4.0 between Akbarpur and Sirdala S/Ss 1. Replacement of GI Wire with Warsaliganj Nawada DOG ACSR 10.0 between Warsaliganj and Pakribarwan S/Ss 2. Replacement of GI Wire with DOG ACSR 32.0 between Warsaliganj - Roh - Kankol S/Ss Replacement of DOG with WOLF Aurangabad Barun ACSR 22.0 from Barun GSS to Aurangabad S/S
Developing the PSMP for Bihar 5-37 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Replacement of DOG with WOLF 9. Saharsa Supaul Supaul ACSR 0.5 from Supaul GSS to Supaul S/S Replacement of GI wire with DOG 10. Bhagalpur Sanhaula Kahalgaon ACSR 9.0 between Kahalgaon and Sanhaula S/Ss Replacement of DOG with WOLF Banka-Bausi Banka ACSR 0.1 from Banka GSS to Banka S/S Replacement of DOG with WOLF 11. Munger Jamui Mallehpur ACSR 8.0 from Mallehpur GSS to Jamui S/S Replacement of DOG with WOLF Purani Bazar Lakhisarai ACSR 3.0 from Lakhisarai GSS to Lakhisarai S/S Replacement of GI wire with DOG Onama Sheikhpura ACSR 4.0 between Sheikhpura GSS and Onama S/S Replacemento of GI wire with Hathiyama Sheikhpura DOG ACSR 8.0 between Sheikhpura GSS and Hathiyama S/S Replacement of GI wire with DOG Ariari Sheikhpura ACSR 34.0 between Sheikhpura GSS and Ariari S/S Replacement of GI wire with DOG 12. Samastipur IOC BTPS ACSR 7.5 between BTPS and IOC S/S Conversion of S/C DOG to D/C Bangerdih BTPS WOLF ACSR 16.5 between BTPS and Bangerdih Conversion of S/C DOG to D/C Begusarai BTPS WOLF ACSR 20.0 between BTPS and Begusarai Replacement of GI wire with DOG Manhar Mohanpur ACSR 15.0
Developing the PSMP for Bihar 5-38 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Replacement of GI wire with DOG Dalsingsarai Mohanpur ACSR 26.0
Replacement of GI wire with DOG Rosera Mohanpur ACSR 23.0
Replacement of RABBIT with DOG 13. Purnea Zero Mile - City Purnea ACSR 6.0
Replacement of GI wire with DOG Belgachhi Purnea ACSR 8.0
Replacement of GI wire with DOG Beri Purnea ACSR 20.0
Kalyanpur- Replacement of DOG with WOLF 14. Sasaram Ramgarh Karmnasa ACSR 30.0 from Karmnasa GSS to Kalyanpur and from Kalyanpur to Ramgarh S/S Conversion of S/C DOG to D/C Kudra Mohania WOLF ACSR 1.0 from Mohania GSS to Kudra node Conversion of S/C DOG to D/C Mohania Mohania WOLF ACSR 0.1 from Mohania GSS to Mohania S/S Replacement of DOG with WOLF Beda-Takia Sasaram ACSR 5.0 between Sasaram GSS and Beda - Takia S/Ss 15. Replacement of GI wire with DOG Muzaffarpur Mehua-Patepur Vaishali ACSR 45.0 Replacement of GI wire with DOG Prataptand Vaishali ACSR 15.0 Replacement of DOG with WOLF Konharaghat Hajipur ACSR 8.0 from Hajipur GSS to Konharaghat S/S
SKMCH Bhikanpura Conversion of S/C DOG to D/C 9.0
Developing the PSMP for Bihar 5-39 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
WOLF ACSR from Bhikanpura GSS to SKMCH S/S Replacement of DOG with WOLF IDPL Bhikanpura ACSR 3.5 from Bhikanpura GSS to IDPL S/S Jhanjharpur- Replacement of GI wire with DOG 16. Darbhanga Madhepura Pandaul ACSR 10.0 Replacement of DOG with WOLF Gangwara-Bela Ram Nagar ACSR 18.0 from Ram Nagar GSS to Gangwara S/S Replacement of Weasel and GI Pouria Ram Nagar wire with DOG 13.0 ACSR between Ram Nagar GSS and Pouria S/Ss
Table 5-11 33/11 kV Transformers and Erection of New 33/11 kV S/Ss - 2010
Circle Sub Station Work
1. PESU(East)
2. PESU(West)
3. Patna Bihta AF Addition of 1x5 MVA Xmer
4. Nalanda
Augmentation of 1x3.15 with 1x5 MVA 5. Chapra Sheetalpur Xmer Siwan Addition of 1x5 MVA Xmer
6. Motihari Valmiki Nagar Addition of 1x5 MVA Xmer Augmentation of 2x5 with 2x10 MVA Bettiah Xmers
Lauria Addition of 1x3.15 MVA Xmer
Developing the PSMP for Bihar 5-40 020328-40RP-0400-00 Final Report
Circle Sub Station Work
Augmentation of 2x5 with 2x10 MVA Motihari Xmers 7. Bhojpur
8. Gaya Kako Addition of 3.15 MVA Xmer Guraru Addition of 1x5 MVA Xmer Panari 2x3.15 MVA Xmers to be charged Central Stores Addition of 1x5 MVA Xmer 9. Saharsa
10.Bhagalpur Shahkund Addition of 1x5 MVA Xmer
11.Munger Ramchandrapur Addition of 1x5 MVA Xmer Onama Addition of 1x5 MVA Xmer Mirjapur Addition of 1x5 MVA Xmer Barkana Addition of 1x5 MVA Xmer 12.Samastipur Deona Addition of 1x5 MVA Xmer Pusa Addition of 1x5 MVA Xmer Jitwarpur Addition of 1x5 MVA Xmer 13.Purnea Group Control Addition of 1x5 MVA Xmer
14.Sasaram Kalyanpur Addition of 1x5 MVA Xmer Dinara Addition of 1x5 MVA Xmer Bhabhua New Addition of 1x5 MVA Xmer Pusauli Addition of 1x5 MVA Xmer Takia Addition of 1x5 MVA Xmer Nokha Addition of 1x5 MVA Xmer Beda Addition of 1x5 MVA Xmer Nahatta Addition of 1x5 MVA Xmer 15.Muzaffarpur Pupri Addition of 1x5 MVA Xmer Dumar Addition of 1x5 MVA Xmer Lalganj Addition of 1x5 MVA Xmer EDIP Addition of 1x5 MVA Xmer Hajipur IE Addition of 1x5 MVA Xmer Konharaghat Addition of 1x5 MVA Xmer
Developing the PSMP for Bihar 5-41 020328-40RP-0400-00 Final Report
Circle Sub Station Work
Motipur Addition of 1x5 MVA Xmer MIT Addition of 1x5 MVA Xmer Sikandarpur Addition of 1x5 MVA Xmer SKMCH Addition of 1x5 MVA Xmer Khabra Addition of 1x5 MVA Xmer Bhikanpura Addition of 1x5 MVA Xmer 16.Darbhanga Rajnagar Addition of 1x5 MVA Xmer Raiyam Addition of 1x5 MVA Xmer Pandaul Addition of 1x5 MVA Xmer
5.5.2 Planning for the year 2014
System Study of the planned network for 2014 of the 33 kV system using the Cymdist Software The network developed for 2010 was used as a base case for developing the network for 2014. Individual feeders were modeled on CYMDIST and a study involving load flow was carried out to determine the loading and voltage on the each section of the feeder. From the load flow, the power flow and voltage on the transformers connected to the feeder were also determined. As a starting point, the load from 2014 was modeled on the 2010 system and it was noted that a considerable number of 33 kV lines were found to be showing very high losses and very low voltage due to the fact that the existing 33kV lines were not capable for transporting the load requirement of 2014. Moreover at many places as mentioned before in the report GI wire was used as distribution line and use of GI wire for transfer of electricity is not recommended, because of high resistance of GI wires. This high resistance would result in abnormally high voltage drop at the intermediate and receiving end of the line. In some cases it was observed that although the conductor used was a standard one but was inadequate to carry the amount of required current or power in major sections of the feeder line. In such cases it was proposed to replace the conductor of the adequate capacity in the particular sections. The simulation results brought out very clearly that with the loading conditions of 2014 the need for new grid and distribution substation along with additional distribution lines and augmentation of transformer capacity at the existing distribution substations. The distribution system simulation study also highlighted the areas where the improvement in losses and voltage could be achieved by using higher size of conductor for some initial sections of the line.
Developing the PSMP for Bihar 5-42 020328-40RP-0400-00 Final Report
Table 5-12 Line Work 33 kV - 2014
Source EHV Length Circle Feeder Work proposed S/S (km)
S/C WOLF line from Fatuah GSS to Karmali Chak Fatuah Karmali Chak 15.6 S/C DOG line from Karmali Chak to Deedarganj 6 Conversion of S/C to D/C WOLF line S.K. Memorial Jakkanpur from Jakkanpur GSS to S K Memorial 14.3 Laying second length cable 4.5 D/C WOLF line from Mithapur (2) Kankar Bag (2) Mithapur (2) (New) GSS to Kankar Bag (2) 10 D/C WOLF line from Mithapur (2) Saidpur Mithapur (2) (New) GSS to Saidpur 10 D/C WOLF line from Mithapur (2) Bahadurpur Mithapur (2) (New) GSS to Bahadurpur 10 D/C WOLF line from Mithapur (2) R. Nagar Mithapur (2) (New) GSS to R Nagar 10.5 D/C WOLF line from Mithapur GSS to Ashok Nagar Mithapur Ashok Nagar 6.1 1.PESU (East) Laying of 2nd ckt. Cable from Mithapur R.K.Nagar Mithapur GSS to R K Nagar 0.2 Conversion of S/C WOLF to D/C Gaighat Gaighat WOLF from Gaighat GSS to Gaighat 0.2 Conversion of S/C WOLF to D/C NMCH Gaighat WOLF from Gaighat GSS to NMCH 1.5 S/C WOLF line from Katra GSS to new Katra (2) Katra S/S Katra (2) 5 Conversion of S/C WOLF to D/C Pahari Katra WOLF from Katra GSS to Pahari 7.5 S/C WOLF line from Katra GSS to Malsalami Katra Malsalami 5 D/C WOLF line from Katra GSS to Mangal Talab Katra Mangal Talab 5 Jakkanpur D/C WOLF line from Jakkanpur (2) Meena Bazar (2) (2) (New) GSS to Mina Bazar (2) 5 S/C WOLF line from Mithapur (2) PMCH Mithapur (2) (New) GSS to PMCH 10 2.PESU D/C WOLF line from Khagaul (2) (New) (West) A.N.College Khagaul (2) GSS to A N College 10 D/C WOLF line from Khagaul (2) (New) S.K.Puri Khagaul (2) GSS to S K Puri Conversion of S/C WOLF to D/C Garikhana I & II Khagaul WOLF line from Khagaul GSS to 18
Developing the PSMP for Bihar 5-43 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Garikhana (both lines) and upto Pataliputra (one line) S/C WOLF line from Digha (New) GSS Danapur Digha to Digha-Danapur tapping 10 D/C WOLF line from Digha (New) GSS Digha Digha to Digha 5 S/C WOLF line from Digha (New) GSS R.B.I. Digha to Digha-RBI tapping 5 D/C WOLF line from Digha (New) GSS Danapur (2) Digha to Danapur (2) 10 D/C WOLF line from Sipara (New) GSS IGIMS Sipara to IGIMS 10 Veterinary D/C WOLF line from Sipara (New) GSS College Sipara to Veterinary College 10 Conversion of S/C WOLF to D/C WOLF line from Veterinary to Board's Colony 3 Conversion of S/C DOG to D/C WOLF line from Vikas Bhawan to Board's Colony 3 Conversion of S/C DOG to D/C WOLF line from Sahitya Sammelan to Maurya Maurya Lok Jakkanpur Lok 2 D/C WOLF line from Jakkanpur (2) (New) GSS to Bandar Bagicha 10 Laying 2nd cable length from Sinchai Bhawan Jakkanpur Jakkanpur GSS to Sinchai Bhawan 1.5 Laying 2nd cable length from Sinchai Bhawan to Vikas Bhawan 1.5 Conversion of S/C DOG to D/C WOLF Anishabad Jakkanpur from Jakkanpur GSS to Gardanibag 4 Replacement of DOG with WOLF Gardanibag Jakkanpur ACSR from Anishabad to Gardanibag 5 Laying 2nd Cable length from Vidyut Bhawan Jakkanpur Jakkanpur GSS to Vidyut Bhawan 3.5 Sahitya Jakkanpur D/C WOLF line from Jakkanpur (2) Sammelan (2) (New) GSS to Sahitya Sammelan 10 Bandar Bagicha Jakkanpur D/C WOLF line from Jakkanpur (2) (2) (2) (New) GSS to Bandar Bagicha (2) 10 Jakkanpur D/C WOLF line from Jakkanpur (2) Beur (2) (New) GSS to Beur 10 Replacement of DOG with WOLF ACSR from Beur to Khagaul S/S 10
Developing the PSMP for Bihar 5-44 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
S/C WOLF line from Khagaul (2) (New) A.F. Bihta Bihta GSS to A/F Bihta for HTC Group 10 D/C WOLF line from Bihta GSS to Pareo Bihta Bihta S/S for separate line to Pareo 6 Replacement of DOG with WOLF from Pareo to Koilwar (Bhojpur circle) 15 S/C DOG line from Koilwar (Bhojpur) to Giddha New S/S (Bhojpur) 5 S/C DOG line from Khagaul (2) (New) GISCO Khagaul (2) GSS to GISCO HTC 10 S/C WOLF line from Khagaul (2) (New) Maner Khagaul (2) GSS to A/F Bihta for Maner 10 Replacement of DOG with WOLF from Neora Khagaul Neora to Naubatpur 10 S/C WOLF line from Fatuah (2) (New) 3. Patna Fatuah (2) Fatuah (2) GSS to Fatuah (2) 5 S/C WOLF line from Fatuah (2) (New) Khusrupur Fatuah (2) GSS to Fatuah for 5 Daniyaman + Khusrupur feeders Replacement of DOG with WOLF from Masaurhi Old Masaurhi Masaurhi GSS to Masaurhi Old 5 Replacement of DOG with WOLF from Masarhi New Masaurhi Masaurhi GSS to Masaurhi New 0.85 Conversion of S/C DOG to D/C WOLF Barh Barh from Barh GSS to Barh 7 S/C DOG line from Barh GSS to Barh Barh (2) Barh (2) 5 Replacement of DOG with WOLF from Hathidah GSS to Mokama 14 S/C WOLF line from Hathidah GSS to Hathidah (2) Hathidah Hathidah (2) Replacement of DOG with WOLF from 4. Nalanda Hilsa Ekangersarai Ekangersarai to Hilsa 12 Replacement of DOG with WOLF from Islampur Ekangersarai Ekangersarai to Islampur 12 S/C WOLF lines ( 3 nos.) from Ekangersarai New GSS to Ekangersarai Ekangersarai Ekangersarai 15 for Ekangersarai, Islampur and Hilsa S/C DOG line from Masaurhi-Paver Chiksurabazar Masaurhi tapping to Chiksurabazar 10
Dhamauli Harnaut S/C WOLF line from Harnaut (New) 5
Developing the PSMP for Bihar 5-45 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
GSS to Dhamauli S/C DOG line from Rahui to Dhamauli 5 S/C WOLF line from Harnaut (New) Noorsarai Harnaut GSS to Noorsarai 15 S/C DOG line from Bari Pahari - Harnaut tapping to Kalyanbigha 3 S/C DOG line from Chandi S/S to Chainpur 12 S/C DOG line from Bari Pahari - Harnaut tapping to Cheral 2.5 S/C DOG line from Silao S/S to Bhindidih 8 S/C DOG line from Rajgir GSS to Andawas Rajgir Andawas 16 Replacement of DOG with WOLF from Rajgir Rajgir Rajgir GSS to Rajgir S/S 2.5 S/C DOG line from Rajgir GSS - Rajgir S/S tapping to Ghosarwan 10 S/C DOG line from Rajgir - Giriak Giriak Rajgir tapping to Tetrawan 7 S/C DOG line from Tetrawan S/S to Sarbahadi 17 S/C DOG line from Rajgir-Giriak tapping to Badi 12 S/C DOG line from Badi S/S to Katrisarai 10 Ramchandrapur S/C WOLF line from Bari Pahari to (2) Bari Pahari Ramchandrapur (2) 5 Conversion of S/C WOLF to D/C WOLF from Bari Pahari to Ramchandrapur Bari Pahari Ramchandrapur 2 S/C DOG line from Asthawan S/S to Malti 0.5 Conversion of S/C DOG to D/C WOLF Sohasarai Bari Pahari from Bari Pahari GSS to Sohasarai 2.5 Conversion of S/C DOG line to D/C 5. Chapra WOLF from Gopalganj GSS to Hathua Fulwaria Gopalganj tapping 20 Conversion of S/C DOG line to D/C WOLF from Gopalganj GSS to Gopalganj Gopalganj Gopalganj S/S 2 Replacement of DOG with WOLF from Srinagar Siwan Siwan GSS to Srinagar 3
Developing the PSMP for Bihar 5-46 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Replacement of DOG with WOLF from Maharajganj Siwan Siwan GSS to Maharajganj 20 D/C WOLF line from Siwan GSS to Siwan (2) Siwan Siwan (2) S/S 2 S/C WOLF line from Mashrakh (New) Mashrakh Mashrakh GSS to Mashrakh 3 S/C WOLF line from Mashrakh (New) Taraiya Mashrakh GSS to Taraiya 11 S/C DOG line from Mashrakh (New) Baikunthpur Mashrakh GSS to Baikunthpur 18 Conversion of S/C DOG line with D/C Prabhunath WOLF from Telpa GSS to Prabhunath Nagar Chapra Nagar 2 Conversion of S/C DOG line with D/C Telpa Chapra WOLF from Telpa GSS to Telpa 0.1 Replacement of DOG with WOLF from Sheetalpur Sheetalpur Sheetalpur GSS to Sheetalpur 0.1 Replacement of DOG with WOLF from Ramnagar Ramnagar Ramnagar GSS to Ramnagar S/S 0.5 S/C DOG line from Ramnagar GSS to Chautarwa Ramnagar Chautarwa 15 S/C WOLF line from Raxaul (New) Raxaul Raxaul GSS to Raxaul 3 S/C DOG line from Raxaul (New) GSS Adopur Raxaul to Raxaul for Adopur 3 6. Motihari Conversion of S/C WOLF to D/C Bettiah Bettiah WOLF from Bettiah GSS to Bettiah S/S 2 S/C WOLF line from Bettiah GSS to Bettiah (2) Bettiah Bettiah (2) 5 Replacement of DOG with WOLF from Chakia Motihari Motihari GSS to Chakia 35 S/C DOG line from Motihari GSS to Chhitwani Motihari Chhitwani 5 S/C WOLF line from Buxar (New) GSS 7. Bhojpur Chausa Buxar to Itarhi - Chausa tapping 5 D/C WOLF line from Buxar (New) GSS Buxar Buxar to Buxar 5 S/C DOG line from Buxar (New) GSS Pandy Patti Buxar to Pandey Patti 5 S/C DOG line from Dumraon GSS to Dumraon (2) Dumraon Dumraon (2) 5
Nawanagar Dumraon Replacement of S/C DOG with D/C 20 WOLF from Dumrao GSS to Developing the PSMP for Bihar 5-47 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Nawanagar
Conversion of S/C DOG to D/C WOLF from Dumraon GSS to Bramhapur 18 S/C DOG line from Simri to Chhotka Dhakai Chak 5 D/C WOLF line from Jagdishpur (New) Garhani Jagdishpur GSS to Garhani 25 S/C WOLF line from Garhani to Agiaon 10 S/C DOG line from Jagdishpur (New) Jagdishpur Jagdishpur GSS to Jagdishpur 2 Conversion of S/C WOLF to D/C Japani Farm Ara WOLF from Ara GSS to Japani Farm 5 Conversion of S/C WOLF to D/C Powerganj Ara WOLF from Ara GSS to Powerganj 6 Laying of cable from Powerganj SS to Power House 1 S/C DOG line from Serai to Barhara 14 S/C DOG line from Ara GSS to Zero Zero Mile Ara Mile 0.5 S/C DOG line from Karpi (New) GSS 8. Gaya Karpi Karpi and Karpi S/S 3 S/C DOG line from Goh (New) GSS to Goh Goh Goh S/S 3 S/C DOG line from Goh (New) GSS to Daudnagar Goh Daudnagar 25 Replacement of DOG with WOLF Kako Irki between Irki GSS and Kako 17 Replacement of DOG with WOLF Tehta Irki between Irki GSS and Tehta 12 Conversion of S/C WOLF to D/C WOLF from Irki GSS to Jehanabad 7 Conversion of S/C WOLF to D/C Irki Irki WOLF from Irki GSS to Irki 0.3 S/C DOG line from Shakurabad to Nowaman 4 Replacement of DOG with WOLF from Guraru Rafiganj Rafiganj GSS to Guraru 25 Conversion of S/C DOG with D/C WOLF from Belaganj GSS to Belaganj Belaganj Belaganj S/S 0.2
S/C DOG line from Belaganj GSS to 0.2
Developing the PSMP for Bihar 5-48 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Belaganj S/S for Panari S/C DOG line from Hulasganj (New) Dhongra Hulasganj GSS to Dhongra 10 S/C DOG line from Hulasganj (New) Sonwa Hulasganj GSS to Sonwa 12 S/C DOG line from Hulasganj (New) Hulasganj Hulasganj GSS to Hulasganj S/S 3 S/C DOG line from Hulasganj (New) Nawagarh Hulasganj GSS to Nawagarh 15 S/C WOLF line from Aurangabad Aurangabad Aurangabad (New) GSS to Aurangabad 5 S/C WOLF line from Aurangabad (New) GSS to Aurangabad for Obra Obra Aurangabad feeder 5 S/C WOLF line from Aurangabad (New) GSS to Aurangabad for Deo- Deo Aurangabad Gangti feeders 5 S/C DOG line from Barun GSS to Barun (2) Barun Barun (2) 5 S/C DOG line from Sone Nagar GSS to Dihara Barun Dihara 10 S/C WOLF line from Wazirganj (New) Wazirganj Wazirganj GSS to Wazirganj S/S 3 S/C DOG Line from Wazirganj (New) Atari Wazirganj GSS to Atari 12 S/C DOG line from Sherghati (New) Gurua Sherghati GSS to Sherghati for Gurua 3 S/C DOG line from Sherghati (New) Amas Sherghati GSS to Sherghati for Amas 3 S/C DOG line from Sherghati (New) Banke Sherghati GSS to Sherghati for Banke Bazar 3 S/C DOG line from Sherghati (New) Shergahti Sherghati GSS to Sherghati 3 S/C DOG line from Sherghati (New) Imamganj Sherghati GSS to Sherghati for Imamganj 3 Replacement of DOG with WOLF from Central Stores Chandauti Chandauti to Central Stores 2 Conversion of S/C DOG to D/C WOLF from Chandauti to A P Colony - Railway Maidan 6.5 Conversion of S/C DOG to D/C WOLF Gandhi Maidan Chandauti from Chandauti to Gandhi Maidan 6
Developing the PSMP for Bihar 5-49 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Conversion of S/C DOG to D/C WOLF from Gandhi Maidan to Panchaiti Akhara 4 Conversion of S/C DOG to D/C WOLF Dandibag Chandauti from Chandauti to Dandibag 12 Conversion of S/C WOLF to D/C Manpur Bodh Gaya WOLF from Bodh Gaya to Manpur 18 Conversion of S/C WOLF to D/C WOLF from Bodh Gaya to M U M.U. Campus Bodh Gaya Campus 3 Replacement of DOG with WOLF from MU Campus to Buddhist Complex 2 Conversion of S/C WOLF to D/C Nawada Nawada WOLF from Nawada GSS to Nawada 3 Conversion of S/C WOLF to D/C Akbarpur Nawada WOLF from Nawada GSS to Akbarpur 14 Replacement of DOG with WOLF from Akbarpur to Rajauli 15 Conversion of S/C WOLF to D/C 9. Saharsa Supaul Supaul WOLF from Supaul GSS to Supaul 0.5 S/C DOG line from Supaul GSS to Hulasganj Parasrama 16 S/C DOG line tapping from Pipra - Raghopur to Larganj 6 D/C WOLF line from Saharsa GSS to Saharsa (2) Saharsa Saharsa (2) 5 S/C DOG line from Saharsa GSS to Sour Bazar Saharsa Sour Bazar 12 S/C DOG line from Saharsa GSS to Balwahat Saharsa Balwahat 19 S/C DOG line from Balwahat to Salakhua 19 Conversion of S/C DOG line to D/C Old Saharsa Saharsa WOLF from Saharsa GSS to Saharsa 0.1 S/C WOLF line from Madhepura (New) Madhepura Madhepura GSS to Madhepura 5 S/C DOG line from Muraliganj to Kumarkhand 12 S/C DOG line from Singheshwar to Ghailar 10 Replacement of conductor with Khagaria Khagaria PANTHER ACSR 0.1
Developing the PSMP for Bihar 5-50 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Conversion of S/C DOG line to D/C WOLF from Khagaria GSS to Mansi 10 Replacement of DOG with WOLF ACSR from Mansi to Maheshkunt 10 Udakishanga S/C DOG line from Udakishanganj Bihariganj nj GSS to Bihariganj 13 Udakishanga S/C DOG line from Udakishanganj Puraini nj GSS to Puraini 10 S/C DOG line from Naugachhia GSS to Sanhauli Naugachhia Sanhauli 11 Replacement of DOG with WOLF from Naugachhia Naugachhia Naugachhia GSS to Naugachhia S/S 3.5 Conversion of S/C DOG to D/C WOLF from Sabour GSS to Central Jail 8.2 Conversion of S/C DOG to D/C WOLF CS Compound Sabour from Sabour GSS to C S Compound 4 Replacement of DOG with WOLF ACSR from CS Compund to TT School 4.7 Conversion of S/C DOG to D/C WOLF Aliganj I Sabour line from Sabour GSS to Aliganj 7 Conversion of S/C DOG to D/C WOLF 10.Bhagalpur Aliganj II Sabour line from Sabour GSS to Aliganj 7 Replacement of DOG with WOLF from Aliganj to Nath Nagar 7 S/C DOG line from Banka GSS to Banka (2) Banka Banka (2) S/S 5 Conversion of S/C WOLF to D/C Banka Banka WOLF from Banka GSS to Banka S/S 0.15 Replacement of DOG with WOLF from Banka S/S to Rajauna-Bousi tapping 6 S/C DOG line from Kahalgaon GSS to Ghogha Kahalgaon Ghogha 12 Conversion of S/C DOG to D/C WOLF from Kahalgaon GSS to Kahalgaon Kahalgaon Kahalgaon S/S 9 Conversion of S/C DOG to D/C WOLF 11. Munger Tarapur Sultanganj from Sultanganj to Tarapur 20 Replacement of DOG with WOLF from Ramchandrapur Jamalpur Jamalpur GSS to Ramchandrapur 4 Replacement of DOG with WOLF from Safiabad Jamalpur Jamalpur GSS to Safiabad 0.2
Karnachaura Jamalpur Conversion of S/C DOG to D/C WOLF 13 Developing the PSMP for Bihar 5-51 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
from Jamalpur GSS to Karnachaura
S/C DOG line from Lakhisarai GSS to Balaji Lakhisarai Balaji HTC 7.3 Conversion of S/C DOG to D/C WOLF from Lakhisarai GSS to Court Area 7 S/C DOG line from Lakhisarai GSS to Kajra Lakhisarai Kajra 20 S/C DOG line from Kajra to Piri Bazar 12 Replacement of DOG with WOLF from Haibatganj Lakhisarai Lakhisarai to Salempur 20 S/C DOG line from Lakhisarai - Kendy tapping to Mananpur 16 Conversion of S/C DOG to D/C WOLF Jamui Mallehpur from Mallehpur GSS to Jamui 8 Conversion of S/C DOG to D/C WOLF from Mallehpur GSS to Gidhour Gidhour Mallehpur tapping 12 Replacement of DOG with WOLF from Gidhour tapping and Jhajha 2 S/C DOG line from Sheikhpura GSS to Ghuskuri Sheikhpura Ghuskuri 30 S/C DOG line from Bhalua to Lohain 4 Replacement of DOG with WOLF Onama Sheikhpura ACSR from Sheikhpura to Mirzapur 12 S/C DOG line tapping from Sheikhpura - Mirzapur line to Toygarh 5 Replacement of DOG with WOLF from Sheikhpura Sheikhpura Sheikhpura GSS to Sheikhpura 8 Conversion of S/C DOG line to D/C 12.Samastipur WOLF from Mohanpur GSS to Mohanpur Mohanpur Mohanpur S/S 0.6 Conversion of S/C DOG line to D/C WOLF line from Mohanpur GSS to Jitwarpur Mohanpur Jitwarpur 10 S/C WOLF line from Jitwarpur to Magardahi 6 S/C DOG line from Sirsia to Kuboliram 8 S/C DOG line from Mohanpur - Sirsia line as tapping to Karpoorigram 3.5 S/C WOLF line from Dalsingsarai GSS Dalsingsarai Dalsingsarai to Dalsingsarai S/S 5
Developing the PSMP for Bihar 5-52 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
S/C DOG line from Dalsingsarai (New) Pateri Dalsingsarai GSS to Pateri 25 S/C DOG line from Dalsingsarai (New) Bachhwara Dalsingsarai GSS to Bachhwara 12 S/C WOLF line from Dalsingsarai GSS Bibhutipur Dalsingsarai to Bibhutipur 15 S/C WOLF line from BTPS to Bangrahdih (2) BTPS Bangradih (2) 20 S/C WOLF line from Zero Mile Deona (2) Zero Mile (Begusarai) GSS to Deona (2) 12 S/C WOLF line from Zero Mile GSS to Kankaul Zero Mile Kankaul 15 D/C WOLF line from Zero Mile GSS to Begusarai Zero Mile Begusarai 12 S/C DOG line from Raniganj to Raniganj Forbesganj Bahargaon 13 S/C DOG line from Araria to Kusgaon 7 S/C DOG line from Jokihat to Malgaon 10 Conversion of S/C DOG to D/C WOLF Group Control Purnea line from Purnea GSS to Group Control 0.1 Replacement of RABBIT with WOLF Banmankhi Purnea from Purnea GSS to Banmankhi 40 Replacement of DOG with WOLF from 13. Purnea Zero Mile Purnea Purnea GSS to Zero Mile 12 S/C DOG line from Dalkola to Vaisi 10 Conversion of S/C DOG to D/C WOLF Naranga Purnea line from Purnea GSS to Naranga 1 Replacement of DOG with WOLF from Jalalgarh Purnea Purnea GSS to Jalalgarh 25 Conversion of S/C DOG to D/C WOLF Beri Katihar from Katihar GSS to Beri 4 Barsoi Katihar S/C DOG line from Katihar to Barsoi 50 Pranpur Katihar S/C DOG line from Katihar to Pranpur 30 Conversion of S/C DOG to D/C WOLF 14. Sasaram Karmnasa Karmnasa line from Karmnasa GSS to 0.9 Durgawati S/S tapping point Replacement of DOG with WOLF from Durgawati tapping to Chand 18 Kalyanpur Karmnasa
Conversion of S/C WOLF to D/C 30 WOLF from Karmnasa GSS to Developing the PSMP for Bihar 5-53 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Ramgarh
S/C WOLF line from Karmnasa GSS to Ramgarh (2) Karmnasa Ramgarh (2) 30 S/C WOLF line from Mohania GSS to Mohania (2) Mohania Mohania (2) 5 Replacement of DOG with WOLF from Mohania GSS to Bhabhua Old 15 S/C WOLF line from Dinara (New) GSS Dinara Dinara to Dinara 5 Conversion of S/C DOG to D/C WOLF Bikramganj Bikramganj from Bikramganj GSS to Bikramganj 6 Conversion of S/C DOG to D/C WOLF from Bikramganj GSS to Bikramganj Bikramganj (2) Bikramganj (2) 6 D/C WOLF line from Kudra (New) GSS Kudra Kudra to Kudra 3 Replacement of DOG with WOLF from Karamchat Kudra Kudra to Karamchat 20 S/C DOG line from Cenari to Adhaura 38 D/C WOLF line from Sasaram GSS to Sasaram (2) Sasaram Sasaram (2) S/S 5 S/C WOLF line from Sasaram GSS to Sasaram (3) Sasaram Sasaram (3) S/S 10 Dehri-On- D/C WOLF line from Dehri-on-Sone BMP Dehri (2) Sone GSS to BMP Dehri (2) 5 Replacement of DOG with WOLF from Samhauta Banjari Banjari GSS to Samhauta 0.1 S/C WOLF line from Banjari GSS to Samhauta (2) Banjari Samhauta (2) 3 S/C DOG line from Barun to Kirpabal Kirpabal (2) Barun (2) 30 Conversion of S/C DOG to D/C WOLF from Barun GSS to Kirpabal 30 S/C WOLF line from Barun Sone Indrapuri Barun Nagar GSS to Indra Puri to 15 Indrapuri (2) Barun Indrapuri (2) 15. S/C DOG line from Shivhar (New) GSS Muzaffarpur Shivhar Shivhar to Shivhar S/S 3 S/C WOLF line from Runi Saidpur Runi Saidpur Runi Saidpur (New) GSS to Runi Saidpur S/S 3
Pupri Sitamarhi Replacement of DOG with WOLF from 28
Developing the PSMP for Bihar 5-54 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Sitamarhi GSS to Pupri S/C WOLF line from Sitamarhi GSS to Dumra (2) Sitamarhi Dumra (2) 5 Replacement of DOG with WOLF from Dumra Sitamarhi Sitamarhi GSS to Dumra 5 D/C WOLF line from Sonbarsa (New) Sursand Sonbarsa GSS to Sursand 20 S/C DOG line from Sonbarsa (New) Sonbarsa Sonbarsa GSS to Sonbarsa S/S 3 Replacement of DOG with WOLF from Patepur Vaishali Vaishali GSS to Mehua 30 Replacement of RABBIT and DOG with Lalganj Vaishali WOLF from Vaishali GSS to Lalganj 10 Replacement of DOG with WOLF from Sarai Vaishali Vaishali GSS to Sarai 20 Replacement of DOG with WOLF from Bidupur Hajipur Hajipur GSS to Bidupur 10 Replacement of DOG with WOLF from Hajipur I E Hajipur Hajipur GSS to Hajipur I E 10 S/C WOLF line from Hajipur GSS to Konharaghat (2) Hajipur Konharaghat (2) 10 S/C WOLF line from SKMCH (New) SKMCH (2) Mohanpur GSS to SKMCH (2) S/S 5 S/C WOLF line from SKMCH (New) MIT SKMCH GSS to MIT 10 S/C WOLF line from SKMCH (New) Sikandarpur (2) SKMCH GSS to Sikandarpur (2) 10 D/C WOLF line from SKMCH (New) SKMCH SKMCH GSS to SKMCH S/S 5 S/C DOG line from SKMCH (New) Kurhani SKMCH GSS to Kurhani 15 Replacement of DOG with WOLF from Motipur SKMCH Bhikanpura GSS to Motipur 35 S/C WOLF line from Bhikanpura GSS Motipur (2) Muzaffarpur to Motipur (2) 20 Replacement of DOG with WOLF from Dholi Muzaffarpur Bhikanpura GSS to Dholi 28 S/C WOLF line from Bhikanpura GSS IDPL (2) Muzaffarpur to IDPL (2) 5 Conversion of S/C WOLF to D/C IDPL Muzaffarpur WOLF from Bhikanpura to IDPL 3.5
Khabra Muzaffarpur Replacement of DOG with WOLF from 1.5
Developing the PSMP for Bihar 5-55 020328-40RP-0400-00 Final Report
Source EHV Length Circle Feeder Work proposed S/S (km)
Bhikanpura GSS to Khabra Replacement of DOG with WOLF from Bhikanpura Muzaffarpur Bhikanpura GSS to Bhikanpura S/S 0.1 Bhagwanpur S/C WOLF line from Bhikanpura GSS Chowk Muzaffarpur to Bhagwanpur Chowk 2.5 S/C WOLF line from Bhikanpura GSS Nayatola (2) Muzaffarpur to Nayatola (2) 10 S/C WOLF line from Hajipur GSS to Hajipur I E (2) Muzaffarpur Hajipur I E (2) 10 Replacement of DOG with WOLF from Jay Nagar Jay Nagar Jay Nagar GSS to Jay Nagar 0.5 Replacement of DOG with WOLF from Benipatti Rahika Rahika GSS to Benipatti 32 Conversion of S/C DOG to D/C WOLF Rahika Rahika from Rahika GSS to Rahika S/S 0.1 Replacement of DOG with WOLF from Rahika S/S to Madhubani 5 D/C WOLF line from Gangwara (New) Bela Gangwara GSS to Gangwara for Bela 4 S/C WOLF line from Gangwara (New) Gangwara Gangwara GSS to Gangwara S/S 3 S/C WOLF line from Gangwara (New) Donar Gangwara GSS to Gangwara for Donar 3 Panda Sarai Ram Nagar 16. Darbhanga D/C WOLF line from Gangwara (New) GSS to DMCH 8 S/C WOLF line from Kusheshwar Anar Kusheshwar (New) GSS to Baheri 30 S/C WOLF line from Kusheshwar Biraul Kusheshwar (New) GSS to Biraul 20 Conversion of S/C DOG to D/C WOLF Raj Nagar Pandaul from Pandaul GSS to Raj Nagar 33 Replacement of DOG with WOLF from Pandaul Pandaul Pandaul GSS to Pandaul 0.1 Replacement of DOG with WOLF fro Jhanjharpur Pandaul Pandaul GSS to Jhanjharpur 39 S/C WOLF line from Phulparas GSS to Rudrapur Phulparas Rudrapur 30 Conversion of S/C DOG to D/C WOLF Phulparas Phulparas from Phulparas GSS to Phulparas S/S 2
Developing the PSMP for Bihar 5-56 020328-40RP-0400-00 Final Report
Table 5-13 33/11 kV Transformers and Erection of New 33/11 kV S/Ss - (2011-2014)
Circle Sub Station Work Deedarganj New S/S with 2x5 MVA Xmer capacity S.K.Memorial Augmentation of 2x5 with 2x10 MVA Xmers Kankar Bag (2) New S/S with 3x10 MVA Xmer Capacity Saidpur Augmentation of 4x5 with 4x10 MVA Xmers Bahadurpur Augmentation of 4x5 with 4x10 MVA Xmers R.Nagar Augmentation of 2x5 with 2x10 MVA Xmers Machhuatoli Addition of 1x10 MVA Xmer Ashok Nagar Augmentation of 3x5 with 3x10 MVA Xmers and addition of 1x10 MVA Xmer R.K.Nagar Addition of 2x10 MVA Xmers Karbigahiya Augmentation of 1x3.15 and 1x5 with 2x10 MVA Xmers 1. PESU (East) Gaighat Augmentation of 1x5 with 1x10 MVA Xmer and addition of 1x10 MVA Xmer NMCH Augmentation of 1x5 with 1x10 MVA Xmer and addition of 1x10 MVA Xmer Meena Bazar Augmentation of 2x5 with 2x10 MVA Xmers Katra (2) New S/S with 2x10 MVA Xmer capacity Pahari Augmentation of 1x3.15 and 2x5 with 3x10 MVA Xmers Malsalami Augmentation of 2x5 with 2x10 MVA Xmers Mangal Talab Augmentation of 4x5 with 4x10 MVA Xmers Meena Bazar (2) New S/S with 3x10 MVA Xmer Capacity PMCH Augmentation of 1x5 with 1x10 MVA Xmer 2. PESU (West) A.N.College Augmentation of 1x5 with 1x10 MVA Xmer S.K.Puri Augmentation of 2x5 with 2x10 MVA Xmer Garikhana Augmentation of 3x5 with 3x10 MVA Xmers Pataliputra Augmentation of 3x5 with 3x10 MVA Xmers Rajapur Augmentation of 2x5 with 2x10 MVA Xmers Walmi Augmentation of 1x5 with 1x10 MVA Xmer Danapur Augmentation of 1x5 with 1x10 MVA Xmer Digha Augmentation of 1x5 with 1x10 MVA Xmer Digha C/S Augmentation of 1x5 with 1x10 MVA Xmer RBI Augmentation of 1x5 with 1x10 MVA Xmer Danapur (2) New S/S with 3x10 MVA Xmers capacity
Developing the PSMP for Bihar 5-57 020328-40RP-0400-00 Final Report
Circle Sub Station Work IGIMS Augmentation of 2x5 with 2x10 MVA Xmers Excise Augmentation of 1x5 with 1x10 MVA Xmer Vaterinery College Augmentation of 1x5 with 1x10 MVA Xmer Board`s Colony Augmentation of 2x5 with 2x10 MVA Xmers Jakkanpur Augmentation of 2x5 with 2x10 MVA Xmers Maurya Lok Augmentation of 3x5 with 3x10 MVA Xmers Bandar Bagicha Augmentation of 2x5 with 2x10 MVA Xmers Sinchai Bhawan Augmentation of 1x5 with 1x10 MVA Xmer Anishabad Augmentation of 2x5 with 2x10 MVA Xmers Gardanibag Augmentation of 2x5 with 2x10 MVA Xmers Vidyut Bhawan Augmentation of 2x5 with 2x10 MVA Xmers High Court Augmentation of 2x5 with 2x10 MVA Xmers Sahitya Sammelan Augmentation of 2x5 with 2x10 MVA Xmers Bandar Bagicha (2) New S/S with 2x10 MVA Xmers capacity Beur Augmentation of 2x5 with 2x10 MVA Xmers Khagaul Augmentation of 2x5 with 2x10 MVA Xmers Phulwari Augmentation of 1x5 with 1x10 MVA Xmer Vikas Bhawan Augmentation of 1x5 with 1x10 MVA Xmer Augmentation of 1x3.15 with 1x10 MVA Bhusaula Xmer 3. Patna A.F.Bihta Augmentation of 1x1.6 with 1x5 MVA xmer Pareo Addition of 2x5 MVA Xmers Bihta Augmentation of 3x3.15 with 2x5 and 1x10 MVA Xmers Kanpa Augmentation of 1x1.6 with 1x5 MVA xmer Lalbhasara Augmentation of 1x3 with 1x5 MVA and addition of 1x5 MVA Xmers Paliganj Augmentation of 1x3 with 1x5 MVA and addition of 1x5 MVA Xmers Maner Addition of 1x10 MVA Xmer Neora Augmentation of 2x3.15 with 2x5 MVA and addition of 1x5 MVA Xmers Naubatpur Addition of 2x5 MVA Xmers Fatuah (2) New S/S with 2x10 MVA Xmer capacity Khusrupur Augmentation of 1x3.15 with 1x5 MVA and addition of 1x5 MVA Xmers
Developing the PSMP for Bihar 5-58 020328-40RP-0400-00 Final Report
Circle Sub Station Work Daniyaman Augmentattion of 1x1.6 and 1x3.15 MVA with 2x5 MVA Xmers Fatuah Augmentation of 1x3.15 with 1x5 MVA Xmer Karnawad Punpun Augmentation of 1x3 and 1x1.6 MVA Xmers with 2x5 MVA Xmers (Patna Circle) Masaurhi Old Augmentation of 2x3 with 1x5 and 1x10 MVA Xmers Dhanaura Addition of 1x5 MVA Xmer Masaurhi New Augmentation of 1x3 with 1x10 MVA Xmer Barh (2) New S/S with 2x5 MVA Xmer capacity Biharibigha Augmentation of 2x3.15 with 2x5 MVA Xmers Mokama Addition of 1x10 MVA Xmer Hathidah (2) New S/S with 2x5 MVA Xmer capacity 4. Nalanda Islampur Addition of 1x5 MVA Xmer Khudaganj Addition of 1x5 MVA Xmer Ekangersarai Addition of 2x5 MVA Xmers Chiksurabazar New S/S with 2x5 MVA Xmers Dhamauli Addition of 1x5 MVA Xmer Kalyanbigha New S/S with 2x5 MVA Xmers Chainpur New S/S with 2x5 MVA Xmers Thertheri Addition of 1x5 MVA Xmer Cheral (Railways) New S/S with 2x5 MVA Xmers Bhindidih New S/S with 2x5 MVA Xmers Andawas New S/S with 2x5 MVA Xmers Ghosarwan New S/S with 2x5 MVA Xmers Tetrawan New S/S with 2x5 MVA Xmers Sarbahadi New S/S with 2x5 MVA Xmers Badi New S/S with 2x5 MVA Xmers Katrisarai New S/S with 2x5 MVA Xmers Parwalpur Augmenttation of 1x3.15 with 1x5 MVA Xmer and addition of 1x5 MVA Xmer Ramchandrapur (2) New S/S with 2x10 MVA Xmers capacity Ramchandrapur Augmentation of 4x5 + 2x3 MVA Xmers with 3x10 MVA Xmers Bari Parhari Augmentation of 1x3 + 1x3.15 + 4x5 MVA with 4x10 MVA Xmers
Developing the PSMP for Bihar 5-59 020328-40RP-0400-00 Final Report
Circle Sub Station Work Malti New S/S with 2x5 MVA Xmers Sohasarai Augmentation of 4x5 + 1x3.15 with 3x10 MVA Xmers Fulwaria Addition of 2x5 MVA Xmers Hathua Addition of 1x5 MVA Xmer Gopalganj Addition of 2x5 MVA Xmers Jhajhwa Addition of 1x5 MVA Xmer Kuchaikot Addition of 1x5 MVA Xmer Srinagar Addition of 1x5 MVA Xmer Mairwa Addition of 1x5 MVA Xmer Maharajganj Addition of 1x5 MVA Xmer Ekma Addition of 1x5 MVA Xmer 5. Chapra Siwan (2) New S/S with 3x5 MVA Xmers Mashrakh Addition of 1x5 MVA Xmer Baniapur Addition of 1x5 MVA Xmer Taraiya Addition of 1x5 MVA Xmer Marworah Addition of 1x5 MVA Xmer Prabhunath Nagar Addition of 1x10 MVA Xmer Manjhi Addition of 1x5 MVA Xmer Telpa Augmentation of 3x5 with 3x10 MVA Xmers Sheetalpur Addition of 2x5 MVA Xmers 6. Motihari Valmiki Nagar Addition of 1x5 MVA Xmer Dhanha New S/S with 2x5 MVA Xmer capacity Ramnagar Addition of 2x5 MVA Xmers Augmentation of 1x3.15 with 1x5 MVA Chautarwa New S/S with 2x5 MVA Xmer capacity Lauria Addition of 1x3.15 MVA Xmer Narkatiaganj Addition of 2x5 MVA Xmers Raxaul Augmentation of 1x3.15 MVA with 1x5 MVA and addition of 1x5 MVA Xmer Adopur Addition of 1x5 MVA Xmer Dhaka Addition of 2x5 MVA Xmers Bettiah Bettiah (2) New S/S with 2x10 MVA Xmers capacity Madhopur Addition of 1x5 MVA Xmer Harsidhi Addition of 1x5 MVA Xmer
Developing the PSMP for Bihar 5-60 020328-40RP-0400-00 Final Report
Circle Sub Station Work Areraj Augmentation of 1x1.6 with 1x5 MVA Xmer and addition of 1x5 MVA Xmer Motihari (2) New S/S with 2x5 MVA Xmer capacity Motihari Augmentation of 1x5 with 1x10 MVA Xmer Chakia Addition of 1x5 MVA Xmer Madhuban Addition of 1x5 MVA Xmer Chhitwani New S/S with 2x5 MVA Xmer capacity Chausa Augmentation of 1x1.6 wirh 1x5 MVA Xmer Itarhi Addition of 1x5 MVA Xmer Purushottampur Addition of 1x5 MVA Xmer Buxar Augmentation of 2x5 with 2x10 MVA Xmers Augmentation of 1x3.15 with 1x10 MVA Industrial Xmer Pandey Patti New S/S with 2x5 MVA Xmer capacity Dumraon (2) New S/S with 3x5 MVA Xmer capacity Nawanagar Addition of 1x5 MVA Xmer Murar Addition of 1x5 MVA Xmer Akarsai Addition of 1x5 MVA Xmer Krishnapuram Addition of 1x5 MVA Xmer 7. Bhojpur Bramhapur Addition of 1x5 MVA Xmer Giddha (Ara Circle) New S/S with 2x5 MVA Xmer capacity Chhotka Dhakai New S/S with 2x5 MVA Xmer capacity Garhani Addition of 1x5 MVA Xmer Piro Addition of 1x5 MVA Xmer Agiaon Augmentation of 1x3.15 with 1x5 MVA Xmer Japani Farm Augmentation of 3x5 with 3x10 MVA Xmers and addition of 1x10 MVA Xmer Powerganj Augmentation of 3x5 with 2x10 MVA Xmers Power House New S/S with 1x10 MVA capacity Barhara New S/S with 2x5 MVA Xmer capacity Zero Mile New S/S with 2x5 MVA Xmer capacity 8. Gaya Kako Addition of 1x5 MVA Xmer Charui Addition of 1x5 MVA Xmer Tehta Augmentation of 1x1.6 with 1x5 MVA Xmer Makpa Addition of 1x 3.15 MVA Xmer Makhdampur Addition of 1x5 MVA Xmer
Developing the PSMP for Bihar 5-61 020328-40RP-0400-00 Final Report
Circle Sub Station Work Ghosi Addition of 1x5 MVA Xmer Jehanabad Augmentation of 3x5 with 3x10 MVA Xmers Irki Addition of 2x5 MVA Xmers Nowaman New S/S with 2x5 MVA Xmer capacity Rafiganj Addition of 2x5 MVA Xmers Uchauli Addition of 1x5 MVA Xmer Madanpur Addition of 1x5 MVA Xmer Guraru Addition of 1x5 MVA Xmer Paraiya Addition of 1x5 MVA Xmer Tekari Addition of 1x5 MVA Xmer Koach Addition of 1x5 MVA Xmer Belaganj Addition of 2x5 MVA Xmers Panari Addition of 2x5 MVA Xmers Chakand Addition of 2x5 MVA Xmers Dhongra New S/S with 2x5 MVA Xmer capacity Sonwa New S/S with 2x5 MVA Xmer capacity Nawagarh New S/S with 2x5 MVA Xmer capacity Barun Addition of 1x5 MVA Xmer Tengra Addition of 2x5 MVA Xmers Nabinagar Addition of 1x5 MVA Xmer Amba Addition of 1x5 MVA Xmer Barun (2) New S/S with 2x5 MVA Xmer capacity Dihara New S/S with 2x5 MVA Xmer capacity Chandauti Augmentation of 2x5 with 2x10 MVA Xmers and addition of 1x10 MVA Xmer Central Stores Augmentation of 1x3.15 with 1x5 MVA Xmer and addition of 1x10 MVA Xmer A.P.Coloy Addition of 1x5 MVA Xmer Railway Maidan Augmentation of 2x5 with 2x10 MVA Xmers Gandhi Maidan Augmentation of 1x5 with 1x10 MVA Xmer and addition of 1x10 MVA Xmer Panchaiti Akhara Augmentation of 3x5 with 3x10 MVA Xmers Dandibag Augmentation of 2x5 with 2x10 MVA Xmers and addition of 1x10 MVA Xmer Manpur Addition of 1x5 MVA Xmer Tankuppa Augmentation of 3.15 with 1x5 MVA Xmer
Developing the PSMP for Bihar 5-62 020328-40RP-0400-00 Final Report
Circle Sub Station Work Replacement of defective Xmer with 1x5 Bhore MVA M.U.Campus Augmentation of 1x3.15 + 1x5 MVA with 2x10 MVA Xmers Buddhist Complex Addition of 1x10 MVA Xmer Hasua Augmentation of 1x3 with 1x5 MVA Xmer Nadirganj Augmentation of 1x3 with 1x5 MVA Xmer Nawada Augmentation of 3x5 with 3x10 MVA Xmers Nawada New Addition of 1x5 MVA Xmer Bhadhokhara Addition of 1x5 MVA Xmer Akbarpur Addition of 1x5 MVA Xmer Rajauli Addition of 1x5 MVA Xmer Sirdala Addition of 1x5 MVA Xmer Roh Addition of 1x3.15 MVA Xmer Warsaliganj Addition of 1x5 MVA Xmer Pakribarwan Addition of 1x5 MVA Xmer Kaukol Addition of 1x3.15 MVA Xmer Barem Addition of 2x5 MVA Xmers Supaul Augmentation of 1x5 with 1x10 MVA Xmer and addition of 1x10 MVA Xmer Parasrama New S/S with 2x5 MVA Xmer capacity Larganj New S/S with 2x5 MVA Xmer capacity Sahrsa (2) New S/S with 3x10 MVA Xmer capacity Sour Bazar New S/S with 2x5 MVA Xmer capacity Balwahat New S/S with 2x5 MVA Xmer capacity Salakhua New S/S with 2x5 MVA Xmer capacity 9. Saharsa New Market Addition of 1x10 MVA Xmer Madhepura Addition of 1x5 MVA Xmer Kumarkhand New S/S with 2x5 MVA Xmer capacity Ghailar New S/S with 2x5 MVA Xmer capacity Khagaria Addition of 2x10 MVA Xmers Mansi Addition of 1x5 MVA Xmer Maheshkunt Addition of 2x5 MVA Xmers Bihariganj New S/S with 2x5 MVA Xmer capacity Puraini New S/S with 2x5 MVA Xmer capacity 10.Bhagalpur Bihpur Augmentation of 2x3.15 with 2x5 MVA Xmer
Developing the PSMP for Bihar 5-63 020328-40RP-0400-00 Final Report
Circle Sub Station Work Sanhauli New S/S with 2x5 MVA Xmer capacity Augmentation of 1x3.15 with 1x10 MVA Sultanganj Xmer and addition of 1x5 MVA Xmer Barari Addition of 1x10 MVA Xmer Central Jail Addition of 1x10 MVA Xmer Mayaganj Addition of 1x10 MVA Xmer C S Compound Addition of 1x10 MVA Xmer T T School Addition of 1x10 MVA Xmer Sabour Addition of 1x10 MVA Xmer Aliganj Addition of 1x10 MVA Xmer Mojahidpur Addition of 1x5 MVA Xmer Aliganj Addition of 1x10 MVA Xmer Jagdishpur Addition of 1x5 MVA Xmer Augmentation of 1x3.15 with 1x10 MVA Nath Nagar Xmer Banka (2) New S/S with 2x5 MVA Xmer capacity Banka Addition of 1x5 MVA Xmer Rajouna Addition of 1x5 MVA Xmer Bousi Addition of 2x5 MVA Xmers Sanhoula Addition of 1x5 MVA Xmer Ghogha New S/S with 2x5 MVA Xmer capacity Augmentation of 1x3.15 with 1x10 MVA Kahalgaon Xmer 11. Munger Tarapur Addition of 2x5 MVA Xmers Kharagpur Addition of 1x5 MVA Xmer Dakranala Addition of 1x5 MVA Xmer Ramchandrapur Addition of 1x5 MVA Xmer Safiabad Addition of 1x5 MVA Xmer Baniyarpur Addition of 1x5 MVA Xmer Karnchaura Augmentation of 1x5 with 1x10 MVA Xmer and addition of 1x10 MVA Xmer Nandlalpur Addition of 1x5 MVA Xmer Bindwara Addition of 2x5 MVA Xmers Purani Bazar Augmentattion of 3.15 with 1x10 MVA Xmer and addition of 1x10 MVA Xmer Court Area Addition of 1x10 MVA Xmer
Developing the PSMP for Bihar 5-64 020328-40RP-0400-00 Final Report
Circle Sub Station Work Kajra New S/S with 2x5 MVA Xmer capacity Piri Bazar New S/S with 2x5 MVA Xmer capacity Manpur New S/S with 2x5 MVA Xmer capacity Jamui Augmentation of 1x3.15 + 1x5 MVA with 2x10 MVA Xmers Khaira Addition of 1x5 MVA Xmer Sikandara Addition of 1x5 MVA Xmer Gidhour Addition of 1x5 MVA Xmer Jhajha Addition of 1x5 MVA Xmer Sono Augmentation of 1x1.5 with 1x5 MVA Xmer Ghuskuri New S/S with 2x5 MVA Xmer capacity Lohain New S/S with 2x5 MVA Xmer capacity Toygarh New S/S with 2x5 MVA Xmer capacity Hathiyama Addition of 1x3.15 MVA Xmer Sheikhpura Augmentattion of 1x1.6 + 1x3.15 MVA Xmers with 2x10 MVA Xmers 12.Samastipur Pusa Addition of 1x5 MVA Xmer Mohanpur Augmentation of 3x5 + 1x3.15 MVA with 2x10 MVA Xmers Warisnagar Addition of 1x5 MVA Xmer Kalyanpur Addition of 1x5 MVA Xmer Sarairanjan Addition of 1x5 MVA Xmer Jitwarpur Augmentation of 2x5 + 1x3.15 MVA with 2x10 MVA Xmers Magardahi New S/S with 2x10 MVA Xmer capacity Kuboliram New S/S with 2x5 MVA Xmer capacity Karpoorigram New S/S with 2x5 MVA Xmer capacity Dalsingsarai Addition of 1x5 MVA Xmer Mehuddinnagar Addition of 1x5 MVA Xmer Pateri Addition of 1x5 MVA Xmer Bachchwara Addition of 1x5 MVA Xmer Bibhutipur Addition of 1x5 MVA Xmer Rosera Addition of 1x5 MVA Xmer Hassanpur Addition of 1x5 MVA Xmer Bangrahdih (2) New S/S with 2x10 MVA Xmer capacity Deona (2) New S/S with 2x10 MVA Xmer capacity
Developing the PSMP for Bihar 5-65 020328-40RP-0400-00 Final Report
Circle Sub Station Work Kankaul New S/S with 2x10 MVA Xmer capacity Begusarai Augmentation of 5x5 with 3x10 MVA Xmers Manjhaul Addition of 2x5 MVA Xmers Balia Addition of 1x5 MVA Xmer Narpatganj Addition of 1x5 MVA Xmer Bahargaon New S/S with 2x5 MVA Xmer capacity Kusgaon New S/S with 2x5 MVA Xmer capacity Malgaon New S/S with 2x5 MVA Xmer capacity Sarai Addition of 1x5 MVA Xmer Paschimpali Addition of 1x10 MVA Xmer Purabpali Addition of 1x10 MVA Xmer Group control Augmentation of 3x5 with 3x10 MVA Xmers Madhubani Addition of 1x5 MVA Xmer Zero Mile Addition of 1x5 MVA Xmer 13. Purnea City Addition of 1x5 MVA Xmer Vaisi New S/S with 2x5 MVA Xmer capacity Naranga Addition of 1x5 MVA Xmer MLR Ganj Addition of 1x3.15 MVA Xmer Jalalgarh Addition of 2x5 MVA Xmers Beri Addition of 1x5 MVA Xmer Gore Beri Addition of 1x3.15 MVA Xmer Falka Addition of 1x3.15 MVA Xmer Industrial Estate Addition of 1x5 MVA Xmer Binodpur Addition of 1x5 MVA Xmer 14. Sasaram Karmnasa Addition of 1x5 MVA Xmer Durgawati Addition of 1x5 MVA Xmer Chand Addition of 1x5 MVA Xmer Larma Addition of 1x5 MVA Xmer Kalyanpur Addition of 3x5 MVA Xmers Chourasia Addition of 1x5 MVA Xmer Nuaon Addition of 1x5 MVA Xmer Kakrait Addition of 1x5 MVA Xmer Parsathua Addition of 1x5 MVA Xmer Chainpur Addition of 1x5 MVA Xmer Mohania (2) New S/S with 2x10 MVA capacity
Bhabhua Old Augmentation of 1x3.15 with 1x10 MVA Developing the PSMP for Bihar 5-66 020328-40RP-0400-00 Final Report
Circle Sub Station Work Xmer Bahuara Addition of 1x5 MVA Xmer Dinara Addition of 1x5 MVA Xmer Kochas Addition of 1x5 MVA Xmer Sanjhouli Addition of 1x5 MVA Xmer Surajpura Addition of 1x5 MVA Xmer Kararkat Addition of 1x5 MVA Xmer Bikramganj (2) New S/S with 2x10 MVA capacity Pusauli Augmentation of 1x1.0 with 1x10 MVA Xmer Kudra Addition of 1x5 MVA Xmer Bhabhua New Addition of 2x10 MVA Xmers Karamchat Addition of 1x3.15 MVA Xmer Cenari Addition of 1x5 MVA Xmer Adhaura Addition of 1x5 MVA Xmer Takia Sasaram Addition of 1x10 MVA Xmer Nokha Addition of 1x5 MVA Xmer Sasaram (2) New S/S with 2x10 MVA capacity Sasaram (3) New S/S with 2x10 MVA capacity Naigaon Addition of 2x5 MVA Xmers Sheosagar Addition of 2x5 MVA Xmers BMP Dehri (2) New S/S with 3x10 MVA Xmers Basa Karwandia Addition of 1x5 MVA Xmer Akorigola Addition of 2x5 MVA Xmers Nasariganj Addition of 2x5 MVA Xmers Rajpur Addition of 1x5 MVA Xmer Nauhatta Addition of 2x5 MVA Xmers Samhauta Addition of 1x5 MVA Xmer New S/S with 1x10 + 1x5 MVA Xmer Samhauta (2) capacity Kirpabal (2) New S/S with 2x5 MVA Xmer capacity Indrapuri (2) New S/S with 2x10 MVA capacity 15. Muzaffarpur Shivhar Addition of 2x5 MVA Xmers Runi Saidpur Addition of 2x5 MVA Xmers Pupri Addition of 1x5 MVA Xmer Dumra (2) New S/S with 2x10 MVA Xmer capacity Sursand Addition of 2x5 MVA Xmers
Developing the PSMP for Bihar 5-67 020328-40RP-0400-00 Final Report
Circle Sub Station Work Sonbarsa Addition of 2x5 MVA Xmers Lalganj Addition of 2x5 MVA Xmers Sarai Addition of 2x5 MVA Xmers Bidupur Addition of 1x10 MVA Xmer EDIP Addition of 1x5 MVA Xmer Konharaghat Augmentation of 3x5 with 2x10 MVA Xmers Konharaghat(2) New S/S with 2x10 MVA Xmer capacity SKMCH (2) New S/S with 2x10 MVA Xmer capacity MIT Augmentation of 2x5 with 2x10 MVA Xmers Sikandarpur (2) New S/S with 2x10 MVA Xmer capacity Kurhani Addition of 1x5 MVA Xmer Motipur (2) New S/S with 2x10 MVA Xmer capacity Maripur Addition of 1x10 MVA Xmer Vaishali Addition of 1x5 MVA Xmer Dholi Addition of 1x5 MVA Xmer IDPL (2) New S/S with 2x10 MVA Xmer capacity IDPL Augmentation of 3x5 with 2x10 MVA Xmers Khabra Augmentation of 2x5 with 2x10 MVA Xmers Bhagwanpur chowk New S/S with 2x5 MVA Xmer capacity Nayatola (2) New S/S with 2x10 MVA Xmer capacity Hajipur I E (2) New S/S with 2x10 MVA Xmer capacity 16. Darbhanga Jay Nagar Addition of 1x5 MVA Xmer Khajauli Addition of 1x5 MVA Xmer Ladania Addition of 1x5 MVA Xmer Benipatti Addition of 1x5 MVA Xmer Rahika Addition of 1x10 MVA Xmer Madhubani Augmentation of 2x5 with 2x10 MVA Xmers Bela Addition of 1x5 MVA Xmer Gangwara Augmentation of 1x1.6 with 1x10 MVA Xmer Donar Addition of 1x5 MVA Xmer Panda Sarai Addition of 1x5 MVA Xmer DMCH Addition of 1x5 MVA Xmer Urban Addition of 1x5 MVA Xmer Pouriya Addition of 1x3.15 MVA Xmer Baheri Addition of 1x5 MVA Xmer Anar Addition of 1x5 MVA Xmer
Developing the PSMP for Bihar 5-68 020328-40RP-0400-00 Final Report
Circle Sub Station Work Kusheshwar New S/S with 2x5 MVA Xmer capacity Biraul Addition of 1x5 MVA Xmer Benipur Addition of 1x5 MVA Xmer Raj Nagar Addition of 1x5 MVA Xmer Babu Barhi Addition of 1x5 MVA Xmer Augmentation of 1x3.15 with 1x10 MVA Pandaul Xmer Manigachi Addition of 1x5 MVA Xmer Jhanjharpur Addition of 1x5 MVA Xmer Madhepur Addition of 1x3.15 MVA Xmer Rudrapur New S/S with 2x5 MVA Xmer capacity Phulparas Addition of 1x5 MVA Xmer Nirmali Addition of 1x5 MVA Xmer Talpatganj Addition of 1x5 MVA Xmer
5.6 Distribution Network Scenario For 2014:
This section presents the Distribution system for the 33 kV network after incorporation of all the planned items (2014 scenario). This network has also shown as block diagram for complete BSEB and is attached as Appendix 8. The block diagrams for each circle have also been drawn and are attached to the Appendix 8. The following table gives the details of 33 kV lines and sub stations, cirlce wise, as on 2014 after implementaiton of the Distribution plan. Table 5-14 33 kV Lines and 33/11 kV Sub Stations in B S E B - 2014
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
1.PESU 1. Katra Fatuah 1. Katra 5x5 25 (East) 2. Dina Iron Fatuah 1. HTC 1.6 2. HTC 17.14 3. Karmali Chak Fatuah 1. Karmali Chak 2x10 20 2. Deedarganj 2x5 10 4. S.K. Memorial Jakkanpur 1. S.K.Memorial 3x10 30 5. Kankar Bag (2) Mithapur (2) 1. Kankar Bag (2) 3x10 30 6. Saidpur Mithapur (2) 1. Saidpur 4x10 40 7. Bahadurpur Mithapur (2) 1. Bahadurpur 4x10 40
Developing the PSMP for Bihar 5-69 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
8. R. Nagar Mithapur (2) 1. R.Nagar 2x10+1x5 25 2. Machhuatoli 1x10+2x5 20 9. Kankar Bag Mithapur 1. Kankar Bag 5x5 25 10.Ashok Nagar Mithapur 1. Ashok Nagar 4x10 40 11.R.K.Nagar Mithapur 1. R.K.Nagar 4x10 40 12.Karbigahiya Mithapur 1. Karbigahiya 2x10+2x5 30 13.Gaighat Gaighat 1. Gaighat 2x10+1x5 25 14.NMCH Gaighat 1. NMCH 3x10 30 15.Meena Bazar Gaighat 1. Meena Bazar 2x10+2x5 30 16.Katra (2) Katra 1. Katra (2) 2x10 20 17.Pahari Katra 1. Pahari 3x10+1x5 35 2. Sampatchak 1x5+2x3.15 11.3 (Patna) 3. HTC (Patna) 1.5 18.Malsalami Katra 1. Malsalami 2x10 20 19.Mangal Talab Katra 1. Mangal Talab 4x10 40 20.Meena Bazar Jakkanpur 1. Meena Bazar 3x10 30 (2) (2) (2) 21.PMCH Mithapur (2) 1. PMCH 1x10+1x5 15 651.5 2.PESU 1. A.N.College Khagaul (2) 1. A.N.College 1x10+3x5 25 (West) 2. S.K.Puri Khagaul (2) 1. S.K.Puri 3x10+1x5 35 3. Garikhana I & II Khagaul 1. Garikhana 3x10 30 2. Pataliputra 3x10+1x5 35 3. Rajapur 2x10 20 4. Walmi Khagaul 1. Walmi 1x10+1x5 15 5. Bhusaula-Vikas Khagaul 1. Bhusaula 1x5+1x10 25 B. 2. Vikas Bhawan 1x5+1x10 25 6. Danapur Digha 1. Danapur 1x10+3x5 25 7. Digha Digha 1. Digha 1x10+2x5 20 2. Digha Central 1x10+1x5 15 Stores 8. R.B.I. Digha 1. RBI 1x10 10
Developing the PSMP for Bihar 5-70 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
2. HTC (Group) 6.9 9. Danapur (2) Digha 1. Danapur (2) 3x10 30 10. IGIMS Sipara 1. IGIMS 2x10+2x5 30 2. Excise 2x10 20 11.Veterinary Sipara 1. Veterinary 1x10+1x3.15 13.15 College College 2. Board`s Colony 2x10+2x5 30 12.Jakkanpur Jakkanpur 1. Jakkanpur 2x10 20 13.Maurya Lok Jakkanpur 1. Maurya Lok 3x10 30 2. Bandar 2x10+3x5 35 Bagicha 14.Karnawad Jakkanpur 1. Karnawad 1x3+2x5 13 Punpun Punpun 15.Sinchai Bhawan Jakkanpur 1. Sinchai 1x10+1x5 15 Bhawan 16.Anishabad Jakkanpur 1. Anishabad 2x10 20 2. Gardanibag 2x10 20 17.Vidyut Bhawan Jakkanpur 1. Vidyut Bhawan 2x10 20 2. High Court 2x10 20 18.Sahitya Jakkanpur 1. Sahitya 2x10 20 Sammelan (2) Sammelan 19.Bandar Bagicha Jakkanpur 1. Bandar 2x10 20 (2) (2) Bagicha (2) 20.Beur Jakkanpur 1. Beur 2x10 20 (2) 2. Khagaul 2x10 20 3. HTC 7.2 4. HTC 1 5. Phulwari 1x10 10 701.3 3. Patna 1. A.F. Bihta Bihta 1. A.F.Bihta 3x5 15 2. Pareo Bihta 1. Pareo 2x5+2x3 16 2. Koilwar (Ara 2x5+1x3.15 13.15 Circle) 3. Giddha (Ara 2x5 10 Circle)
Developing the PSMP for Bihar 5-71 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
3. Bihta I & II Bihta 1. Bihta 1x10+3x5 25 2. Kanpa 1x3+1x3.15+1x5 11.15 3. Lalbhasara 2x5+1x3.15 13.15 4. Paliganj 3x5+1x3.15 18.15 4. GISCO Khagaul (2) HTC 14 5. Balmukund Khagaul (2) HTC group 23.82 6. Maner Khagaul (2) 1. Maner 1x10+2x5 20 7. Neora Khagaul 1. Neora 3x5 15 2. Naubatpur 4x5 20 8. Fatuah (2) Fatuah (2) 1. Fatuah (2) 2x10 20 9. Khusrupur Fatuah (2) 1. Khusrupur 2x5+1x3.15 13.15 2. Daniyaman 2x5 10 10.Fatuah Fatuah 1. Fatuah 4x5 20 11.Dina Iron Fatuah 1. HTC 17.14 2. HTC 1.6 12.Masaurhi Old Masaurhi 1. Masaurhi Old 1x10+1x5 15 2. Dhanaura 1x5+2x3.15 11.3 13.Masarhi New Masaurhi 1. Masaurhi New 2x5+1x10 20 14.NTPC I & II Barh HTC 2.67 15.Barh Barh 1. Barh 4x5 20 2. Bakhtiyarpur 1x5+3x1.5+2x3. 15.8 15 16.Barh (2) Barh 1. Barh (2) 2x5 10 17.Biharibigha Barh 1. Biharibigha 2x5 10 18.Hathidah Hathidah 1. Hathidah 4x5 20 2. Mokama 1x10+1x5 15 19.Hathidah (2) Hathidah 1. Hathidah (2) 2x5 10 446.1 4. 1. Hilsa Ekangersarai 1. Hilsa 2x5+1x3 13 Nalanda 2. Hilsa (2) 2x5 10 2. Islampur Ekangersarai 1. Islampur 1x5+2x3.15 11.3 2. Khudaganj 1x5+2x3.15 11.3 3. Ekangersarai Ekangersarai 1. Ekangersarai 4x5 20
Developing the PSMP for Bihar 5-72 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
4. Chiksurabazar Masaurhi 1. Chiksurabazar 2x5 10 5. Dhamauli Harnaut 1. Dhamauli 1x5+1x3.15 8.15 2. Rahui 1x5+2x3.15 11.3 6. Noorsarai Harnaut 1. Noorsarai 1x5+3x3.15 14.45 2. Kalyanbigha 2x5 10 3. Chandi 1x5+1x3.15 8.15 4. Chainpur 2x5 10 5. Thertheri 1x5+1x3.15 8.15 7. Harnaut Harnaut 1. Harnaut 3x3.15 9.45 2. Cheral 2x5 10 (Railways) 8. Silao Rajgir 1. Silao 2x3.15 6.3 2. Bhindidih 2x5 10 9. Andawas Rajgir 1. Andawas 2x5 10 10.Rajgir Rajgir 1. Rajgir 3x5 15 2. Ghosarwan 2x5 10 11.Giriak Rajgir 1. Tetrawan 2x5 10 2. Sarbahadi 2x5 10 3. Giriak 2x3.15 6.3 4. Badi 2x5 10 5. Katrisarai 2x5 10 12.Nalanda Nalanda 1. Nalanda 2x5+2x10 30 13.Raiter Nalanda 1. Bihar Sharif 1 2. Raiter 3x5 15 14.Parwalpur Bari Pahari 1. Parwalpur 3x5 15 15.Ramchandrapur Bari Pahari 1. 2x10 20 (2) Ramchandrapur (2) 16.Ramchandrapur Bari Pahari 1. 3x10 30 Ramchandrapur 17.Bari Pahari Bari Pahari 1. Bari Parhari 4x10 40 18.Asthawan Bari Pahari 1. Asthawan 2x3.15 6.3 2. Malti 2x5 10 19.Sohasarai Bari Pahari 1. Sohasarai 3x10 30
Developing the PSMP for Bihar 5-73 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
460.2 1. Fulwaria Gopalganj 1. Fulwaria 2x5+2x3.15 16.3 2. Hathua 1x5+1x3.15 8.15 3. Hussepur 3x5 15 2. Gopalganj Gopalganj 1. Gopalganj 2x10+2x5 30 2. Jhajhwa 1x5+1x1.6 6.6 3. Kuchaikot 2x5 10 3. Srinagar Siwan 1. Srinagar 1x5+2x3.15 11.3 2. Mairwa 1x5+2x3.15 11.3 4. Siwan Siwan 1. Siwan 4x5 20 5. Maharajganj Siwan 1. Maharajganj 1x3.15+2x5 13.15 2. Ekma 1x5+1x1.5+1x3 9.5 6. Siwan (2) Siwan 1. Siwan (2) 3x10 30 5. Chapra 7. Mashrakh Mashrakh 1. Mashrakh 1x5+2x3.15 11.3 2. Baniapur 1x5+2x3.15 11.3 8. Taraiya Mashrakh 1. Taraiya 2x5 10 2. Marworah 1x3.15+2x5 13.15 9. Baikunthpur Mashrakh 1. Baikunthpur 2x3.15 6.3 2. Barouli 2x3.15 6.3 10.Prabhunath Chapra 1. Prabhunath 1x10+2x5 20 Nagar Nagar 2. Manjhi 2x5 10 11.Telpa Chapra 1. Telpa 3x10+2x5 40 12.Sheetalpur Sheetalpur 1. Sheetalpur 3x5+1x3.15 18.15 13.Sonepur Hajipur 1. Sonepur 2x3.15+1x5 11.3 339.1 6. 1. Valmiki Nagar Nepal 1. Valmiki Nagar 1x3.15+2x5 13.15 Motihari 2. Dhanha Dhanha 1. Dhanha 2x5 10 3. Ramnagar Ramnagar 1. Ramnagar 4x5 20 2. Bagha 1x5+1x1.6 6.6 4. Chautarwa Ramnagar 1. Chautarwa 2x5 10 5. Lauria Ramnagar 1. Lauria 2x3.15+1x1.6 7.9 6. Narkatiaganj Ramnagar 1. Narkatiaganj 2x5+2x3.15 16.3
Developing the PSMP for Bihar 5-74 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
7. Raxaul Raxaul 1. Raxaul 3x5+1x3.15 18.15 8. Adopur Raxaul 1. Adopur 1x3.15+1x5 8.5 9. Dhaka Dhaka 1. Dhaka 4x5 20 10.Bettiah Bettiah 1. Bettiah 2x10 20 11.Bettiah (2) Bettiah 1. Bettiah (2) 2x10 20 12.Madhopur Motihari 1. Madhopur 1x5+1x3.15 8.15 2. Harsidhi 1x5+1x3.15 8.15 13.Areraj Motihari 1. Areraj 1x3.15+2x5 13.15 14.Motihari (2) Motihari 1. Motihari (2) 2x5 10 15.Motihari Motihari 1. Motihari 2x10 20 16.Chakia Motihari 1. Chakia 1x5+1x3+2x3.15 14.3 2. Madhuban 1x5+1x3 8 17.Chhitwani Motihari 1. Chhitwani 2x5 10 262.4 7. 1. Chausa Buxar 1. Chausa 1x5+1x3.15+1x1 9.65 Bhojpur .5 2. Itarhi 1x5+1x3.15 8.15 3. 1x5 5 Purushottampur 2. Buxar Buxar 1. Buxar 2x10 20 2. Industrial 1x10 10 3. Pandy Patti Buxar 1. Pandey Patti 2x5 10 4. Dumraon Dumraon 1. Dumraon 2x5 10 5. Dumraon (2) Dumraon 1. Dumraon (2) 3x5 15 6. Nawanagar Dumraon 1. Nawanagar 1x5+2x3.15 11.3 2. Murar 1x3.15+1x1.6 4.75 3. Akarsai 1x5+1x3.15 8.15 7. Bramhpur Dumraon 1. Krishnapuram 1x5+2x3.15 11.3 2. Bramhapur 1x5+1x3.15 8.15 3. Sahpur 2x3.15 6.3 4. Bihian 1x5+1x3.15 8.15 8. Simri Dumraon 1. Simri 2x3.15 6.3 2. Chhotka 2x5 10 Dhakai Chak
Developing the PSMP for Bihar 5-75 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
9. Garhani Jagdishpur 1. Garhani 1x5+1x3.15 8.15 2. Piro 1x5+2x3.15 11.3 3. Agiaon 2x5 10 4. Sandes 2x3.15 6.3 10.Jagdishpur Jagdishpur 1. Jagdishpur 1x5+2x3.15 11.3 11.Japani Farm Ara 1. Japani Farm 3x10 30 2. Serai 2x3.15 6.3 12.Powerganj Ara 1. Powerganj 2x10 20 2. Power House 1x10 10 3. Barhara 2x5 10 13.Zero Mile Ara 1. Zero Mile 2x5 10 295.6 8. Gaya 1. Karpi Karpi 1. Karpi 1x1.6 1.6 2. Ataullah 1x3+2x1.6 6.2 3. Kurtha 2x3.15 6.3 2. Arwal Karpi 1. Arwal 1x1.6+2x3.15 7.9 3. Goh Goh 1. Goh 1x3 3 4. Daudnagar Goh 1. Daudnagar 1x3+1x1.6 4.6 2. Haspura 2x5 10 5. Kako Irki 1. Kako 1x5+1x1.6+1x3. 9.75 15 2. Charui 1x5+1x1.6+1x3. 9.75 15 6. Tehta Irki 1. Tehta 1x5+1x3.15 8.15 2. Makpa 2x3.15 6.3 3. Makhdampur 2x5+1x3.15 13.15 7. Ghosi Irki 1. Ghosi 1x5+1x1.6+1x3. 9.75 15 2. Jehanabad 3x10 30 8. Irki Irki 1. Irki 4x5 20 2. Sakurabad 1x3.15 3.15 3. Nowaman 2x5 10 9. Rafiganj I & II Rafiganj 1. Rafiganj 3x5+1x3.15 18.15 10.Uchauli Rafiganj 1. Uchauli 1x5+1x3.15 8.15
Developing the PSMP for Bihar 5-76 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
2. Madanpur 1x5+1x3.15 8.15 11.Guraru Rafiganj 1. Guraru 2x5+2x3.15 16.3 2. Paraiya 1x5+2x3.15 11.3 12.Tekari Tekari 1.Tekari 2x5 10 2. Koach 1x5+1x3.15 8.15 13.Belaganj Belaganj 1. Belaganj 2x5+2x3.15 16.3 2. Panari 2x5+2x3.15 16.3 3. Paibigha 2x5 10 14.Chakand Belaganj 1. Chakand 2x5+2x3.15 16.3 15.Dhongra Hulasganj 1. Dhongra 2x5 10 16.Sonwa Hulasganj 1. Sonwa 2x5 10 17.Hulasganj Hulasganj 1. Hulasganj 2x5 10 18.Nawagarh Hulasganj 1. Nawagarh 2x5 10 19.Aurangabad Aurangabad 1. Aurangabad 4x5 20 20.Obra Aurangabad 1. Obra 2x3 6 2. Phesar 2x3.15 6.3 3. Sokhea 2x5 10 21.Deo Aurangabad 1. Deo 1x3+1x1.5 4.5 2. Gangti 2x3.15 6.3 22.Sone Nagar Barun 1. Barun 3x5+1x3.15 18.15 23.Barem Barun 1. Barem 2x3.15+2x5 16.3 24.Tengra Barun 1. Tengra 2x5+2x3.15 16.3 25.Sone Hydel Barun HTC 26.Nabinagar Barun 1. Nabinagar 1x5+1x3.15 8.15 2. Amba 1x5+2x3.15 11.3 27.Barun (2) Barun 1. Barun (2) 2x5 10 28.Dihara Barun 1. Dihara 2x5 10 29.Wazirganj Wazirganj 1. Wazirganj 2x3.15 6.3 2. Fatehpur 1x3.15 3.15 3. Paimer 1x1.6 1.6 30.Atari Wazirganj 1. Atari 1x3.15 3.15 2. Khizr Sarai 2x3.15 6.3 31.Gurua Sherghati 1. Gurua 1x3.15 3.15
Developing the PSMP for Bihar 5-77 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
32.Amas Sherghati 1. Amas 2x3.15 6.3 33.Banke Sherghati 1. Banke 2x3.15 6.3 34.Shergahti Sherghati 1. Sherghati 1x5+1x3.15 8.15 2. Dobhi 2x3.15 6.3 35.Imamganj Sherghati 1. Imamganj 1x3.15 3.15 2. Dumaria 2x3.15 6.3 36.Chandauti Chandauti 1. Chandauti 3x10+1x5 35 37.Medical Chandauti 1. Medical 2x5 10 2. Cherki 1x1.6+1x3.15 4.75 38.Central Stores Chandauti 1. Central Stores 2x5+1x10+1x3.1 23.15 5 39.A.P.Colony Chandauti 1. A.P.Coloy 3x5 15 2. Railway 2x10+2x5 30 Maidan 40.Gandhi Maidan Chandauti 1. Gandhi Maidan 2x10+1x5 25 2. Panchaiti 3x10 30 Akhara 41.Dandibag Chandauti 1. Dandibag 3x10+1x5 35 42.Shobh Bodh Gaya 1. Shobh 1x3.15+1x1.6 4.75 2. Charkbria 2x3.15 6.3 43.Manpur Bodh Gaya 1. Manpur 4x5+1x3.15 23.15 2. Tankuppa 1x5+1x3.15 8.15 3. Gere 2x3.15 6.3 4. Bhore 1x5 5 44.Industrial Area Bodh Gaya 1. Industrial Area 2x3.15 6.3 45.M.U. Campus Bodh Gaya 1. M.U.Campus 2x10+2x5 30 2. Buddhist 1x10+2x5 20 Complex 46.Hasua Nawada 1. Hasua 2x5 10 2. Nadirganj 1x5+1x3 8 47.Nawada Nawada 1. Nawada 3x10 30 2. Nawada New 1x5+2x3 11 3. Bhadhokhara 1x5+2x3. 11 48.Akbarpur Nawada 1. Akbarpur 1x5+1x3 11
Developing the PSMP for Bihar 5-78 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
2. Rajauli 2x5+1x3 13 3. Sirdala 1x5+1x3 11 49.Roh Nawada 1. Roh 1x3.15+1x1.6 4.75 2. Warsaliganj 1x5+2x3. 11 3. Pakribarwan 1x5+1x3 11 4. Kaukol 1x3.15+1x1.6 4.75 996.5 9. 1. Supaul Supaul 1. Supaul 2x10+1x5 25 Saharsa 2. Parasrama 2x5 10 3. Kishanpur 2x1.6 3.2 4. Pipra 2x.3.15 6.3 5. Raghopur 1x3.15+1x1.6 4.75 6. Larganj 2x5 10 2. Saharsa (2) Saharsa 1. Sahrsa (2) 3x10 30
3. Sour Bazar Saharsa 1. Sour Bazar 2x5 10 4. Balwahat Saharsa 1. Balwahat 2x5 10 2. Salakhua 2x5 10 5. Simri Saharsa 1. Simri 1x5+1x3.15 8.15 Bakhtiyarpur Bakhtiyarpur 6. New Market Saharsa 1. New Market 1x10+2x5 20 7. Old Saharsa Saharsa 1. Old Saharsa 3x5+1x1.6 16.6 8. Madhepura Madhepura 1. Madhepura 3x5 15 2. Muraliganj 1x3.15+1x1.6 4.75 3. Kumarkhand 2x5 10 9. Singheswar Madhepura 1. Singheswar 1x5 5 2. Ghailar 2x5 10 10.Khagaria Khagaria 1. Khagaria 2x10+3x5 35 2. Mansi 1x5+1x3+1x1.5 9.5 3. Maheshkunt 3x5+1x3.15 18.15 11.Bihariganj Udakishanga 1. Bihariganj 2x5 10 nj 12.Udakishanganj Udakishanga 1. Udakishanganj 1x5+1x3.15 8.15 nj
Developing the PSMP for Bihar 5-79 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
13.Puraini Udakishanga 1. Puraini 2x5 10 nj 14.Alamnagar Udakishanga 1. Alamnagar 1x1.6+1x1.5 3.1 nj 302.7 1. Bihpur Naugachhia 1. Bihpur 2x5 10 2. Sanhauli Naugachhia 1. Sanhauli 2x5 10 3. Naugachhia Naugachhia 1. Naugachhia 1x5+2x3.15 11.3 4. Patwara Sultanganj 1. Patwara 1x3 3 5. Sultanganj Sultanganj 1. Sultanganj 3x5+1x10 25 6. Shahkund Sultanganj 1. Shahkund 1x5+1x3.15 8.15 7. Barari Sabour 1. Barari 1x10+1x5 15 2. Central Jail 1x10+1x5 15 3. Mayaganj 1x10+1x5 15 8. CS Compound Sabour 1. C S Compound 1x10+2x5 20 2. T T School 1x10+2x5 20 9. Sabour Sabour 1. Sabour 1x10+2x3.15 16.3 10.Gouradih Sabour 1. Gouradih 2x3.15 6.3 10. 11.Aliganj I Sabour 1. Aliganj 1x10+2x5 20 Bhagalpu r 2. Mojahidpur 2x5 10 12.Aliganj II Sabour 1. Aliganj 1x10+1x5 15 2. Jagdishpur 2x5 10 3. Nath Nagar 2x5+1x10 20 13.Banka (2) Banka 1. Banka (2) 2x5 10 14.Banka Banka 1. Banka 3x5 15 2. Amarpur 1x3.15+1x3 6.15 3. Rajouna 1x5+1x3.15 8.15 4. Bousi 2x5+1x3+1x1.6 14.6 15.Sanhoula Kahalgaon 1. Sanhoula 2x5+1x3.15 13.15 16.Ghogha Kahalgaon 1. Ghogha 2x5 10 17.Kahalgaon Kahalgaon 1. Kahalgaon 3x5+1x10 25 2. Pirpainti 1x1+1x3.15 4.15 356.3
Developing the PSMP for Bihar 5-80 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
11. 1. Tarapur Sultanganj 1. Tarapur 4x5 20 Munger 2. Kharagpur 1x3+2x5 13 2. Dakranala Jamalpur 1. Dakranala 2x5+1x1.5 11.5 3. Ramchandrapur Jamalpur 1. 2x5+1x1.5 11.5 Ramchandrapur 2. Railways (HTC) 4. Safiabad Jamalpur 1. Safiabad 2x3.15+3x5 21.3 2. Baniyarpur 1x5+1x3.15 8.15 5. ITC Jamalpur 1. ITC (HTC) 3 6. Karnachaura Jamalpur 1. Karnchaura 2x10+2x5 30 7. Nandlalpur Jamalpur 1. Nandlalpur 3x5 15 8. Bindwara Jamalpur 1. Bindwara 3x5+1x3.15 18.15 9. Balaji Lakhisarai 1. Balaji 1x5+1x3.15+1x. 8.9 75 10.Purani Bazar Lakhisarai 1. Purani Bazar 2x5+2x10 30 2. Court Area 1x10+2x3.15 16.3 11.Kajra Lakhisarai 1. Kajra 2x5 10 2. Piri Bazar 2x5 10 12.Haibatganj Lakhisarai 1. Salempur 1x5+1x3.15 8.15 2. Manpur 2x5 10 3. Haibatganj 2x3.15 6.3 13.Jamui Mallehpur 1. Jamui 2x5+2x10 30 2. Khaira 1x5+2x3.15 11.3 3. Sikandara 1x5+2x3.15 11.3 14.Gidhour Mallehpur 1. Gidhour 1x5+1x3.15 8.15 2. Jhajha 2x5+1x3.15 13.15 3. Sono 2x5+1x3.15 13.15 15.Ghuskuri Sheikhpura 1. Ghuskuri 2x5 10 16.Ariari Sheikhpura 1. Ariari 1x3.15 3.15 2. Bhalua 1x1.6 1.6 3. Lohain 2x5 10 4. Katari 1x1.6 1.6 5. Barkna 1x5+1x1.6 6.6
Developing the PSMP for Bihar 5-81 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
17.Onama Sheikhpura 1. Onama 1x5+1x1.6 6.6 2. Mirzapur 1x5+1x3.15+1x1 9.75 .6 3. Toygarh 2x5 10 18.Hathiyama Sheikhpura 1. Hathiyama 1x3.15+1x1.6 4.75 19.Sheikhpura Sheikhpura 1. Sheikhpura 1x5+2x10 25 427.4 12. 1. Pusa Mohanpur 1. Pusa 2x5+2x3.15 16.3 Samastip 2. Mohanpur Mohanpur 1. Mohanpur 2x10 20 ur 2. Warisnagar 1x5+1x3.15 8.15 3. Kalyanpur 1x5+1x3.15 8.15 3. Jute Mill Mohanpur HTC 2.5 4. Sarairanjan Mohanpur 1. Sarairanjan 1x5+1x3.15 8.15 5. Jitwarpur Mohanpur 1. Jitwarpur 2x10 20 2. Magardahi 2x10 20 6. Rly.Samastipur Mohanpur HTC 2.5 7. Sirsia Mohanpur 1. Sirsia 1x5+1x1.6 6.6 2. Kuboliram 2x5 10 3. Karpoorigram 2x5 10 8. Dalsingsarai Dalsingsarai 1. Dalsingsarai 1x5+2x3.15 11.3 2. Mohadinnagar 1x5+2x1.6 8.2 9. Pateri Dalsingsarai 1. Pateri 1x5+1x3.15 8.15 10.Bachchwara Dalsingsarai 1. Bachchwara 1x5+1x3.15+1x1 9.75 .6 11.Bibhutipur Dalsingsarai 1. Bibhutipur 1x5+1x3.15 8.15 2. Rosera 1x5+1x3.15+1x1 9.75 .6 3. Hassanpur 1x5+1x1.6 6.6 12.Deona BTPS 1. Deona 3x5 15 2. Bangrahdih 2x5+2x3.15 16.3 3. Jai Mangla 6.5 (HTC) 4. Jai Mata Di 1.5 (HTC)
Developing the PSMP for Bihar 5-82 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
13.Bangrahdih (2) BTPS 1. Bangrahdih (2) 2x10 20 14.IOC BTPS HTC 4 15.Railways BTPS HTC 4 16.Deona (2) Zero Mile 1. Deona (2) 2x10 20 17.Kankaul Zero Mile 1. Kankaul 2x10 20 18.Begusarai Zero Mile 1. Begusarai 3x10 30 2. Manjhaul 2x5+1x3.15+1x3 16.15 3. Ganga Dairy 1.25 (HTC) 4. Balia 1x5+2x3.15 11.3 360.3 13. 1. Narpatganj Forbesganj 1. Narpatganj 1x5+2x3.15 11.3 Purnea 2. Raniganj Forbesganj 1. Raniganj 2x3.15 6.3 2. Bahargaon 2x5 10 3. Forbesganj Forbesganj 1. Forbesganj 3x5 15 2. Araria 2x5 10 3. Kusgaon 2x5 10 4. Jokihat 2x3.15 6.3 5. Malgaon 2x5 10 4. Bahadurganj Kishanganj 1. Bahadurganj 2x3.15 6.3 2. Dighal Bank 2x3.15 6.3 5. Sarai Kishanganj 1. Sarai 1x5+2x3.15 11.3 6. Paschimpali Kishanganj 1. Paschimpali 1x10+2x5+1x3.1 23.15 5 7. Purabpali Kishanganj 1. Purabpali 1x10+2x5 20 8. Thakurganj Kishanganj 1. Chhatargarh 2x3.15 6.3 2. Thakurganj 1x5+1x3.15 8.15 9. Group Control Purnea 1. Group control 1x5+3x10 35 10.Banmankhi Purnea 1. Banmankhi 1x3.15+1x3 6.15 2. Madhubani 3x5 15 11.Zero Mile Purnea 1. Zero Mile 4x5 20 2. City 2x5 10 12.Belgachhi Purnea 1. Belgachhi 1x5 5
Developing the PSMP for Bihar 5-83 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
2. Dalkola 1x3.15 3.15 3. Vaisi 2x5 10 13.Naranga Purnea 1. Naranga 3x5+1x3.15 18.15 2. MLR Ganj 1x5+2x3.15 11.3 3. Dargaha 1x1.5 1.5 14.Jalalgarh Purnea 1. Jalalgarh 3x5+1x3.15 18.15 15.Beri Katihar 1. Beri 4x5 20 2. Gore Beri 1x3.15+2x1.5 6.15 3. Falka 1x3.15+1x1.5 4.65 4. Sonaily 1x3.15 3.15 16.Barsoi Katihar 1. Barsoi 1x5 5 17.Pranpur Katihar 1. Pranpur 1x1.6 1.6 18.Industrial Estate Katihar 1. Industrial 2x5+1x3.15 13.15 Estate 19.Binodpur Katihar 1. Binodpur 3x5 15 20.Kursaila Naugachhia 1. Kursaila 2x3.15 6.3 388.8 14. 1. Karmnasa Karmnasa 1. Karmnasa 1x5+1x3.15 8.15 Sasaram 2. Durgawati 2x5 10 3. Chand 4x5 20 2. Larma Karmnasa 1. Larma 1x5+1x3.15 8.15 2. DVPL (HTC) 1.5 3. Kalyanpur Karmnasa 1. Kalyanpur 3x5+1x3.15 18.15 2. Ramgarh 3x5 15 3. Chourasia 1x5+1x3.15 8.15 4. Nuaon 1x5+2x3.15 11.3 4. Ramgarh (2) Karmnasa 1. Ramgarh (2) 2x5 10 5. Kakrait Karmnasa 1. Kakrait 3x5 15 6. Parsathua Mohania 1. Parsathua 1x5+2x3.15 11.3 7. Chainpur Mohania 1. Chainpur 1x5+2x3.15 11.3 8. Mohania (2) Mohania 1. Mohania (2) 2x10 20 9. Mohania Mohania 1. Mohania 3x5 15 2. Bhabhua Old 2x5+1x10 20
Developing the PSMP for Bihar 5-84 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
3. Bahuara 1x5+1x2.5+1x3. 10.65 15 10.Dinara Dinara 1. Dinara 2x5+2x3.15 16.3 2. Kochas 1x5+2x3.15 11.3 3. Dawath 2x3.15 6.3 11.Sanjhouli Bikramganj 1. Sanjhouli 1x5+2x3.15 11.3 12.Surajpura Bikramganj 1. Surajpura 1x5+2x3.15 11.3 13.Bikramganj Bikramganj 1. Bikramganj 2x5+1x3.15 13.15 2. Kararkat 1x5+2x3.15 11.3 14.Bikramganj (2) Bikramganj 1. Bikramganj (2) 2x10 20 15.Pusauli PGCIL 1. Pusauli 2x5+1x10 20 Pusauli 16.Kudra Kudra 1. Kudra 4x5 20 2. Bhabhua New 2x10+3x5 35 17.Karamchat Kudra 1. Karamchat 1x3.15+1x1.5 4.65 2. Cenari 1x5+1x3.15 8.15 3. Adhaura 1x5+1x3.15 8.15 18.Beda Sasaram Sasaram 1. Beda Sasaram 5x5 25 2. Takia Sasaram 1x10+3x5 25 3. Nokha 2x5+1x3.15 13.15 19.Sasaram (2) Sasaram 1. Sasaram (2) 2x10 20 20.Sasaram (3) Sasaram 1. Sasaram (3) 2x10 20 21.Naigaon Sasaram 1. Naigaon 3x5+1x3.15 18.15 2. Sheosagar 3x5+1x3.15 18.15 22.BMP Dehri (2) Dehri-On- 1. BMP Dehri (2) 2x10 20 Sone 23.BMP Dehri I & II Dehri-On- 1. BMP Dehri 4x5 20 Sone 2. Basa 1x5+2x3.15 11.3 Karwandia 3. PHED (HTC) 1.5 24.JVLO&FL Dehri-On- 1. HTC 3.15 Pahleja Sone 25.Akorigola Dehri-On- 1. Akorigola 3x5+1x3.15 18.15 Sone
Developing the PSMP for Bihar 5-85 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
26.Nasariganj Dehri-On- 1. Nasariganj 2x5+2x3.15 16.3 Sone 27.Rajpur Dehri-On- 1. Rajpur 1x5+2x3.15 11.3 Sone 28.Nauhatta Banjari 1. Nauhatta 2x5+2x3.15 16.3 29.Samhauta Banjari 1. Samhauta 4x5 20 30.Samhauta (2) Banjari 1. Samhauta (2) 1x10+1x5 15 31.Kirpabal (2) Barun 1. Kirpabal (2) 2x5 10 2. Kirpabal 2x5+1x3.15 13.15 32.Indrapuri Barun 1. Indrapuri 2x5+1x3.15+1x1 15.15 .5+1x0.5 33.Indrapuri (2) Barun 1. Indrapuri (2) 2x10 20 761.3 15. 1. Shivhar Shivhar 1. Shivhar 2x5 + 2x3.15 16.3 Muzaffar 2. Runi Saidpur Runi Saidpur 1. Runi Saidpur 3x5+1x3.15 18.15 pur 3. Pupri Sitamarhi 1. Pupri 2x5+2x3.15 16.3 4. Dumra (2) Sitamarhi 1. Dumra (2) 2x10 20 5. Dumra Sitamarhi 1. Dumra 4x5 20 6. Sursand Sonbarsa 1. Sursand 2x5+2x3.15 16.3 7. Sonbarsa Sonbarsa 1. Sonbarsa 2x5 10 8. Nepal Sonbarsa 1. Nepal 9. Patepur Vaishali 1. Mehua 2x5 10 2. Patepur 2x3.15 6.3 10.Prataptand Vaishali 1. Prataptand 2x3.15 6.3 11.Lalganj Vaishali 1. Lalganj 4x5+1x3.15 23.15 12.Sarai Vaishali 1. Sarai 2x5+2x3.15 16.3 13.Railway (HTC) Hajipur 2.6 2.6 14.Bidupur Hajipur 1. Bidupur 1x10+2.5 12.5 15.EDIP Hajipur 1. EDIP 2x5+2x3 16 16.Hajipur I E Hajipur 1. Hajipur I E 4x5 20 17.Hajipur I E (2) Hajipur 1. Hajipur I E (2) 2x10 20 18.Konharaghat Hajipur 1. Konharaghat 2x10 20 19.Konharaghat (2) Hajipur 1. Konharaghat 2x10 20 20.Mehnar Mohanpur 1. Mehnar 1x5+2x3.15 11.3
Developing the PSMP for Bihar 5-86 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
21.SKMCH (2) SKMCH 1. SKMCH (2) 2x10 20 22.MIT SKMCH 1. MIT 1x5+2x10 25 23.Sikandarpur (2) SKMCH 1. Sikandarpur (2) 2x10 20 24.SKMCH SKMCH 1. SKMCH 3x5 15 2. Sikandarpur 2x5+1x3.15 13.15 25.Kurhani SKMCH 1. Kurhani 2x5 10 26.Motipur Muzaffarpur 1. Motipur 2x5+1x3.15 13.15 27.Motipur (2) Muzaffarpur 1. Motipur (2) 2x10 20 28.Maripur Muzaffarpur 1. Maripur 1x10+2x5 20 29.Vaishali Muzaffarpur 1. Vaishali 2x5 10 30.Dholi Muzaffarpur 1. Dholi 2x5+1x1.5 11.5 31.IDPL (2) Muzaffarpur 1. IDPL (2) 2x10 20 32.IDPL Muzaffarpur 1. IDPL 2x5+2x10 30 33.Khabra Muzaffarpur 1. Khabra 2x10 20 34.Bhikanpura Muzaffarpur 1. Bhikanpura 2x5 10 35.Bhagwanpur Muzaffarpur 1. Bhagwanpur 2x5 10 Chowk chowk 36.Railway (HTC) Muzaffarpur 37.Nayatola (2) Muzaffarpur 1. Nayatola (2) 2x10 20 38.Nayatola Muzaffarpur 1. Nayatola 3x5 15 604.3 16. 1. Basopatti Jay Nagar 1. Basopatti 2x5 10 Darbhang a 2. Jay Nagar Jay Nagar 1. Jay Nagar 1x5+2x3.15 11.3 2. Khajauli 3x5 15 3. Ladania 1x5+1x3.15 8.15 3. Benipatti Rahika 1. Benipatti 1x1.6+2x5 11.6 2. Ahilyasthan 2x5 10 4. Rahika Rahika 1. Rahika 1x10+2x3.15 16.3 2. Madhubani 2x10 20 5. Bela Gangwara 1. Bela 3x5 15 6. Gangwara Gangwara 1. Gangwara 1x3.15+1x5+1x1 18.15 0 7. Donar Gangwara 1. Donar 2x5+1x3.15 13.15
Developing the PSMP for Bihar 5-87 020328-40RP-0400-00 Final Report
EHV S/S Transformer - Total Sub from where 33/11 kV S/Ss on Circle Feeder name wise Capacity Capacity feeder feeder (No.xMVA) MVA emanating
8. Panda Sarai Ram Nagar 1. Panda Sarai 2x5 10 2. Laheria Sarai 2x5 10 (Jail) 3. DMCH 3x5 15 4. Urban 3x5 15 9. Pouriya Ram Nagar 1. Pouriya 1x3.15+1x1.6 4.75 10.Anar Kusheshwar 1. Baheri 1x5+1x3.15 8.15 2. Anar 1x5+1x3.15+1x1 9.75 .6 11.Kusheshwar Kusheshwar 1. Kusheshwar 2x5 10 12.Biraul Kusheshwar 1. Biraul 1x5+1x1.6+1x3. 9.75 15 2. Benipur 1x5+2x3.15 11.3 13.Raj Nagar Pandaul 1. Raj Nagar 2x5+2x3.15 16.3 2. Babu Barhi 1x5+1x3.15 8.15 14.Raiyam Pandaul 1. Raiyam 1x5+1x3.15 8.15 15.Pandaul Pandaul 1. Pandaul 2x5+1x10 20 16.Manigachi Pandaul 1. Manigachi 1x5+1x1.6+1x3. 9.75 15 17.Jhanjharpur Pandaul 1. Jhanjharpur 1x5+2x3.15 11.3 2. Madhepur 1x3.15+2x1.6 6.35 18.Khatauna Phulparas 1. Khatauna 1x5 5 19.Rudrapur Phulparas 1. Rudrapur 2x5 10 20.Phulparas Phulparas 1. Phulparas 1x5+2x3.15 11.3 2. Nirmali 1x5+1x3.15 8.15 3. Tulpatganj 1x5+2x3.15 11.3 378.1
Developing the PSMP for Bihar 5-88 020328-40RP-0400-00 Final Report
5.7 Capital Investment Requirement
5.7.1 Methodology
This section discusses the scheduling for the Distribution Investment Plan to year 2014, to transmit the planned power available from grid substations to the forecast loads. The studies and resulting recommendations for the distribution system were based on the data available as July 2010. The substation loads were based on the Load Forecast up to year 2014, and also from the data available from transmission planning report as discussed in section 2 The generation schedules were determined from the Based Generation Plan as discussed in Section 2 The Distribution Expansion Plan necessary to transmit the power available at the grid substation to the forecast load is discussed in Section 5.4. The equipment cost estimates, summarized in Section 5.2 and detailed in Appendix 6, were based on recent (2009-10) DPRs for the BSEB. The investment estimates do not include land requirements for the distribution system. It was assumed that 33 kV transmission and substation projects could be commissioned within 12 months of project go-ahead being issued and for this reason Interest During Construction (IDC) is not included. Contingencies are included. Operation and Maintenance Budgets are not included. The project cost estimates are given in Rs. Lakhs.
5.7.2 Schedule of Investments
The estimated investment in the Distribution system (33 kV lines, substations and additional bays, 11kV lines and additional Bays, DTRs and LT lines) are Rs. 368,058 Lakhs. This investment includes the investment required for year 2010 to bring the existing network to meet the load requirements of 2010 with reasonable quality. Table 5-15 Summary of Investment Cost for Distribution (2010-2014) (Amount in Rs.Lakh)Table 5.2-1 Summary of Investment Cost for Distribution (2010 - 2014) (Amount in Rs.Lakh)Table 33 kV 11 kV Shunt 33 kV 33 kV 11 kV Year Additional Additional DTRs LT Lines Compens Total Lines S/Ss Lines Bays bays ation (11
2010 5,296 4,775 0 2,442 575 3,669 2,727 0 19,483
2011 3,205 8,368 398 5,563 1,361 9,167 6,455 341 34,857 2012 4,807 12,552 597 8,345 2,042 13,750 9,682 511 52,286 2013 8,012 20,920 996 13,909 3,403 22,916 16,137 851 87,144 2014 16,023 41,840 1,992 27,817 6,807 45,833 32,274 1,703 174,287 Total BSEB (2010- 37,342 88,455 3,983 58,076 14,189 95,334 67,274 3,405 368,058
Developing the PSMP for Bihar 5-89 020328-40RP-0400-00 Final Report
5.7.3 Estimated Cash Flow for Distribution
The estimated cash flows for every year for the distribution expansion are given in Table 5.3- 1 below. The Table 5.3-1 presents the Investment amount in Rs Lakhs (for 33 kV Lines, Substations, additional Bays and 11 kV lines, additional Bays and DTRs, LT lines and finally shunt compensation on the 11 kV side)
Table 5-16 Summary of Investment Cost for Distribution for 2010
Table 5.3-1 Summary of Investment Cost for Distribution for 2010 (Amount in Rs Lakhs) 33 kV 11 kV Shunt Circle 33 kV Lines 33 kV S/Ss Additional 11 kV Lines Additional DTRs LT Lines Compensatio Total Bays bays n (11 kV) PESU (E) 202 0 0 0 0 0 0 0 202 PESU (W) 426 0 0 0 0 0 0 0 426 Patna 441 109 0 72 14 97 81 0 814 Nalanda 801 0 0 0 0 0 0 0 801 Chapra 0 195 0 108 27 194 81 0 606 Motihari 333 692 0 251 55 357 244 0 1,933 Bhojpur 240 0 0 0 0 0 0 0 240 Gaya 932 293 0 144 41 260 203 0 1,873 Saharsa 3 0 0 0 0 0 0 0 3 Bhagalpur 36 109 0 72 14 81 81 0 393 Munger 248 436 0 251 55 341 285 0 1,616 Samastipur 677 327 0 180 41 260 203 0 1,688 Purnea 135 109 0 36 14 97 41 0 431 Sasaram 220 872 0 503 110 682 488 0 2,875 Muzaffarpur 403 1,307 0 610 164 1,055 773 0 4,314 Darbhanga 198 327 0 215 41 244 244 0 1,270 Total BSEB 5,296 4,775 0 2,442 575 3,669 2,727 0 19,483
Developing the PSMP for Bihar 5-90 020328-40RP-0400-00 Final Report
Table 5-17 Summary of Investment Cost for Distribution for 2011
Table 5.3-1 Summary of Investment Cost for Distribution for 2011 (Amount in Rs Lakhs) 33 kV 11 kV Shunt Circle 33 kV Lines 33 kV S/Ss Additional 11 kV Lines Additional DTRs LT Lines Compensatio Total Bays bays n (11 kV) PESU (E) 242 666 30 259 99 974 293 0 2,563 PESU (W) 285 709 30 223 85 839 252 0 2,424 Patna 130 430 20 291 62 366 366 17 1,681 Nalanda 220 630 33 603 122 739 684 10 3,040 Chapra 86 292 10 162 38 247 179 22 1,035 Motihari 65 364 13 287 60 374 317 14 1,495 Bhojpur 178 425 25 251 63 403 301 22 1,668 Gaya 283 952 53 664 153 971 741 51 3,868 Saharsa 155 455 28 481 101 621 545 14 2,401 Bhagalpur 82 358 8 230 60 381 265 7 1,390 Munger 180 479 18 420 88 533 476 43 2,237 Samastipur 210 464 28 291 74 474 334 19 1,894 Purnea 172 337 15 287 60 382 326 39 1,617 Sasaram 322 778 28 472 129 823 566 46 3,163 Muzaffarpur 342 668 41 370 111 698 509 19 2,758 Darbhanga 254 362 18 273 55 343 301 17 1,623 Total BSEB 3,205 8,368 398 5,563 1,361 9,167 6,455 341 34,857
Developing the PSMP for Bihar 5-91 020328-40RP-0400-00 Final Report
Table 5-18 Summary of Investment Cost for Distribution for 2012
Table 5.3-1 Summary of Investment Cost for Distribution for 2012 (Amount in Rs Lakhs) 33 kV 11 kV Shunt Circle 33 kV Lines 33 kV S/Ss Additional 11 kV Lines Additional DTRs LT Lines Compensati Total Bays bays on (11 kV) PESU (E) 362 999 46 388 148 1,462 440 0 3,844 PESU (W) 428 1,064 46 334 127 1,259 378 0 3,635 Patna 195 644 30 436 92 549 549 25 2,522 Nalanda 330 944 49 905 183 1,109 1,026 14 4,561 Chapra 129 438 15 242 58 370 269 33 1,553 Motihari 97 547 19 431 90 560 476 22 2,242 Bhojpur 267 638 38 377 95 604 452 33 2,502 Gaya 425 1,428 80 996 230 1,456 1,111 76 5,802 Saharsa 233 683 42 722 152 931 818 22 3,602 Bhagalpur 123 536 11 345 90 572 397 11 2,085 Munger 270 719 27 630 133 799 714 65 3,356 Samastipur 314 697 42 436 112 711 501 29 2,841 Purnea 258 505 23 431 90 573 488 58 2,426 Sasaram 483 1,167 42 708 193 1,235 849 69 4,744 Muzaffarpur 513 1,003 61 555 166 1,047 763 29 4,137 Darbhanga 382 543 27 409 83 514 452 25 2,434
Total BSEB 4,807 12,552 597 8,345 2,042 13,750 9,682 511 52,286
Developing the PSMP for Bihar 5-92 020328-40RP-0400-00 Final Report
Table 5-19 Summary of Investment Cost for Distribution for 2013
Table 5.3-1 Summary of Investment Cost for Distribution for 2013 (amount in Rs. Lakhs) 33 kV 11 kV Shunt Circle 33 kV Lines 33 kV S/Ss Additional 11 kV Lines Additional DTRs LT Lines Compensatio Total Bays bays n (11 kV) PESU (E) 604 1,665 76 646 247 2,436 733 0 6,406 PESU (W) 713 1,773 76 557 212 2,098 631 0 6,059 Patna 324 1,074 51 727 154 914 916 42 4,203 Nalanda 550 1,574 82 1,508 305 1,848 1,709 24 7,601 Chapra 215 729 25 404 96 617 448 54 2,588 Motihari 161 911 32 718 151 934 794 36 3,737 Bhojpur 445 1,063 63 628 158 1,006 753 54 4,171 Gaya 708 2,379 133 1,661 384 2,427 1,852 127 9,670 Saharsa 388 1,138 70 1,203 253 1,551 1,363 36 6,003 Bhagalpur 205 894 19 575 150 953 661 18 3,476 Munger 449 1,198 44 1,050 221 1,332 1,190 109 5,594 Samastipur 524 1,161 70 727 186 1,185 834 48 4,735 Purnea 431 841 38 718 150 954 814 97 4,043 Sasaram 805 1,944 70 1,180 321 2,058 1,414 115 7,906 Muzaffarpur 855 1,671 101 925 277 1,745 1,272 48 6,895 Darbhanga 636 904 44 682 138 857 753 42 4,057 Total BSEB 8,012 20,920 996 13,909 3,403 22,916 16,137 851 87,144
Developing the PSMP for Bihar 5-93 020328-40RP-0400-00 Final Report
Table 5-20 Summary of Investment Cost for Distribution for 2014
Tabl2 5.3-1 Summary of Investment Cost for Distribution for 2014 33 kV 11 kV Shunt Circle 33 kV Lines 33 kV S/Ss Additional 11 kV Lines Additional DTRs LT Lines Compensatio Total Bays bays n (11 kV) PESU (E) 1,208 3,330 152 1,293 493 4,872 1,465 0 12,813 PESU (W) 1,425 3,546 152 1,113 425 4,195 1,262 0 12,118 Patna 649 2,148 101 1,454 308 1,829 1,831 85 8,405 Nalanda 1,099 3,148 165 3,016 610 3,696 3,419 48 15,202 Chapra 429 1,459 51 808 192 1,234 895 109 5,176 Motihari 323 1,822 63 1,436 301 1,868 1,587 72 7,473 Bhojpur 890 2,126 127 1,257 315 2,013 1,506 109 8,341 Gaya 1,416 4,759 266 3,321 767 4,854 3,704 254 19,341 Saharsa 776 2,275 140 2,406 507 3,103 2,727 72 12,006 Bhagalpur 410 1,788 38 1,149 300 1,907 1,323 36 6,951 Munger 899 2,395 89 2,101 442 2,664 2,381 217 11,187 Samastipur 1,048 2,322 140 1,454 372 2,370 1,669 97 9,471 Purnea 861 1,683 76 1,436 301 1,908 1,628 193 8,087 Sasaram 1,610 3,888 140 2,359 643 4,116 2,829 229 15,813 Muzaffarpur 1,709 3,342 203 1,849 555 3,491 2,544 97 13,789 Darbhanga 1,272 1,809 89 1,364 276 1,714 1,506 85 8,115 Total BSEB 16,023 41,840 1,992 27,817 6,807 45,833 32,274 1,703 174,287
Developing the PSMP for Bihar 5-94 020328-40RP-0400-00 Final Report
6 PROJECT FORMULATION
The objective of project formulation is to prepare the generation, transmission and distribution expansion capital works program for a five-year period from 2010 to 2014. The investment cost data for each plan are a combination of output from SYPCO for the generation component and from the Transmission and Distribution costing. The detailed work of investment costing and project formulation has been done in separated studies for generation, transmission and distribution expansion programs. The projects for the period are also proposed and tabulated in the sections for generation, transmission and distribution planning. This section only provides a summary of the investment requirements of the capital works programs for the five-year period from 2010 to 2014.
6.1 Generation Expansion Capital Works Program for 5 Years
Generation Investment Costing
The generation investment costing is carried out based on the generation expansion plan, the cashflow pattern and the number of years of construction given in the database to produce a cashflow profile for all investments. Any special investments entered are also treated in the same way. All investments are assumed to be made at mid-year and the beginning of the first year operation is assumed to be at the end of the construction period.
The annual constant investments are estimated based on the proportion of cash flows during construction and the capital cost of the plant. These yearly investments are treated as middle of the year for each year of the cash flow. These investments do not include Interest During Construction (IDC) and escalation in costs. These investments indicate the level investments requirement at each year of the construction period.
However, the annual investments during construction period are getting capitalised at the beginning of the year of commissioning of the projects. The capitalised investment for a project is the sum of the total cash flow during the construction period plus the interest paid during construction period.
The following table presents the annual constant investments for the least scenario (Scenario-2: Coal+Hydro+Imports) under average load forecast scenario. The total annual investment for the entire horizon period is Rs. 20,246 Crores.
Table 6-1 Annual Investment (Constant Rs.Crores) : Coal+ Hydro + Import Scenario-Average LF Scenario
Financial BTPS MTPS Gas Nabinagar Pirpainti Hydro Total Year Expansion Expansion Turbines
2008 0 0 0 0 0 163 163 2009 0 0 0 0 0 172 172 2010 364 323 327 0 0 230 1243 2011 1061 942 1280 0 600 230 4113 2012 1213 1077 2042 0 1020 268 5619
Developing the PSMP for Bihar 6-1 020328-40RP-0400-00 Final Report
Financial BTPS MTPS Gas Nabinagar Pirpainti Hydro Total Year Expansion Expansion Turbines
2013 394 350 1770 0 180 176 2870 2014 0 0 1307 305 0 176 1788 2015 0 0 1089 889 0 0 1978 2016 0 0 354 1016 240 0 1610 2017 0 0 0 330 360 0 690 2018 0 0 0 0 0 0 0
Note: The constant rupees are cash flows during construction period and do not include interest during construction (IDC).
The capitalised investment for Scenario-2 under average load forecast scenario is presented in the following table. The total investment for the entire horizon period is Rs. 24,335 Crores.
Table 6-2 Annual Capitalised Investment (Rs.Crores) : Coal+ Hydro + Import Scenario-Average LF Scenario
BTPS MTPS Financial Gas Expan- Expan- Nabinagar Pirpainti Hydro Total Year Turbines sion sion
2010 0 0 0 0 0 59 59 2011 0 0 0 0 0 0 0 2012 0 0 0 0 0 37 37 2013 0 0 0 0 1636 598 2234 2014 3667 3256 3293 0 327 0 10542 2015 0 0 3293 0 0 1149 4442 2016 0 0 0 0 0 0 0 2017 0 0 3293 0 0 0 3293 2018 0 0 0 3073 654 0 3728
Note: The capitalized investment is the total cash flow during construction plus the interest during construction.
Similarly, the annual constant investments for the least scenario (Scenario-2: Coal+Hydro+Imports) under average load forecast scenario is presented in the following table. The total annual investment for the entire horizon period is Rs. 33,852 Crores.
Developing the PSMP for Bihar 6-2 020328-40RP-0400-00 Final Report
Table 6-3 Annual Investment (Constant Rs.Crores) : Coal+ Hydro + Import Scenario-Optimistic LF Scenario
BTPS MTPS Gas Financi Nabinag Pirpain Lakhisar Buxa Hydr Tot Expansi Expansi Turbine al Year ar ti ai r o al on on s
2008 0 0 0 0 0 0 0 163 163 2009 0 0 0 0 0 0 0 172 172 189 2010 364 323 980 0 0 0 0 230 6 611 2011 1061 942 2859 305 0 0 720 230 7 809 2012 1213 1077 3267 1194 0 0 1080 268 9 461 2013 394 350 1062 1906 610 0 120 176 8 433 2014 0 0 0 1347 1779 610 420 176 2 462 2015 0 0 0 330 2033 1779 480 0 2 299 2016 0 0 0 0 661 2033 300 0 3 2017 0 0 0 0 0 661 180 0 840 2018 0 0 0 0 0 0 0 0 0
Note: The constant rupees are cash flows during construction period and do not include interest during construction (IDC).
The capitalised investment for Scenario-2 under optimistic load forecast scenario is presented in the following table. The total investment for the entire horizon period is Rs. 40,682 Crores.
Table 6-4 Annual Capitalised Investment (Rs.Crores) : Coal+ Hydro + Import Scenario-Optimistic LF Scenario
BTPS MTPS Gas Financi Nabinag Pirpain Lakhisar Bux Hydr Expansi Expansi Turbin Total al Year ar ti ai ar o on on es
2010 0 0 0 0 0 0 0 59 59 2011 0 0 0 0 0 0 0 0 0 2012 0 0 0 0 0 0 0 37 37 2013 0 0 0 0 0 0 1963 598 2561 1680 2014 3667 3256 9879 0 0 0 0 0 0
Developing the PSMP for Bihar 6-3 020328-40RP-0400-00 Final Report
BTPS MTPS Gas Financi Nabinag Pirpain Lakhisar Bux Hydr Expansi Expansi Turbin Total al Year ar ti ai ar o on on es
2015 0 0 0 3073 0 0 327 1149 4549 2016 0 0 0 3073 0 0 654 0 3728 2017 0 0 0 0 6147 0 327 0 6474 2018 0 0 0 0 0 6147 327 0 6474
Note: The capitalized investment is the total cash flow during construction plus the interest during construction. The following table presents the summary of annul constant and capitalised investments for Scenario-2 for both Average and Optimistic Load Forecast Scenario.
Table 6-5 Comparison of Annual Investments (Rs.Crores) for Scenario-2( Coal+ Hydro + Import Scenario)
Average Load Forecast Scenario Optimistic Load Forecast Scenario
Financial Year Constant Capitalized Constant Capitalized Rupees Investment Rupees Investment (Rs.Crores) (Rs.Crores) (Rs.Crores) (Rs.Crores)
2008 163 0 163 0 2009 172 0 172 0 2010 1243 59 1896 59 2011 4113 0 6117 0 2012 5619 37 8099 37 2013 2870 2234 4618 2561 2014 1788 10542 4332 16800 2015 1978 4442 4622 4549 2016 1610 0 2993 3728 2017 690 3293 840 6474 2018 0 3728 0 6474
Note: The constant rupees are cash flows during construction period and do not include interest during construction (IDC) whereas capitalized investment includes IDC.
6.2 Transmission Expansion Capital Works Program for 5 Years
The transmission expansion capital works program was developed as per the proposed transmission system during transmission system studies and the cost estimates for the future network which includes the proposed substation and lines by BSEB.
As discussed in Section 4.9, the cost estimates are carried out for BSEB network only. The 400kV and above network planned by PGCIL were not considered in the capital works
Developing the PSMP for Bihar 6-4 020328-40RP-0400-00 Final Report program. However, the additional 400kV network identified during the study was taken in the investment planning and it was assumed these projects will be built by BSEB.
The cost of the transmission line entry bays for the lines of BSEB terminating at 400kV PGCIL substations was not considered and assumed the line entry bay at PGCIL substation end will be built by PGCIL. For all generating stations, it is assumed that BSEB was responsible for cost of the line bay entries at generating stations end.
The total investment of the transmission expansion capital works program for the five-year period from 2010 to 2014 are provided in the table below.
Table 6-6 Summary of Investment Costs of Capital Works Program for Transmission from 2010 to 2014 (Rs. Lakhs)
Financial Year ITEM 2010 2011 2012 2013 2014 Total 400kV
Transmission Lines 0 0 11,768 0 78,804 90,572
New Substations 0 0 28,326 0 0 28,326
Substation Augmentation 0 0 0 0 0 0
Shunt Reactors 0 0 0 0 1,224 1,224
Sub-Total 0 0 40,094 0 80,028 120,122
0
220kV 0
Transmission Lines 12,448 22,319 46,415 5,709 11,897 98,788
New Substations 4,631 13,893 38,027 5,027 0 61,578
Substation Augmentation 0 9,262 1,210 1,408 4,224 16,104
Sub-Total 17,079 45,474 85,652 12,144 16,121 176,470
0
132kV 0
Transmission Lines 11,353 80,320 38,504 6,508 11,191 147,876
New Substations 1,827 39,273 9,135 1,827 2,298 54,360
Substation Augmentation 0 21,282 13,371 12,525 9,036 56,214
Shunt Capacitor Banks 0 807 605 288 394 2,094
Sub-Total 13,180 141,682 61,615 21,148 22,919 260,544
Total Investment 30,259 187,156 187,362 33,292 119,068 557,137
The schedules of disbursements to meet in-service dates and the details of the capital works
Developing the PSMP for Bihar 6-5 020328-40RP-0400-00 Final Report program for the five-year period from 2010 to 2014 are provided in the Table 55 to Table 64 in Section 4.
6.3 Distribution Expansion Capital Works Program for 5 Years
The distribution expansion capital works program was developed as per the proposed Distribution Expansion Plan necessary to transmit the power available at the grid substation to the forecast load and the equipment cost estimates based on recent (2009-10) DPRs for the BSEB.
As discussed in Section 5.6, the investment estimates do not include land requirements for the distribution system; it was assumed that 33 kV transmission and substation projects could be commissioned within 12 months of project go-ahead being issued and for this reason Interest During Construction (IDC) was not included; contingencies were included; operation and Maintenance Budgets were not included.
The total investment of the distribution expansion capital works program for the five-year period from 2010 to 2014 are provided in the table below.
Table 6-7 Summary of Investment Costs of Capital Works Program for Distribution from 2010 to 2014 (Rs. Lakhs)
33 kV 11 kV Shunt 33 kV 33 kV 11 kV LT Year Additional Additional DTRs Compensation Total Lines S/Ss Lines Lines Bays Bays (11 kV) 2010 5,296 4,775 0 2,442 575 3,669 2,727 0 19,483
2011 3,205 8,368 398 5,563 1,361 9,167 6,455 341 34,857
2012 4,807 12,552 597 8,345 2,042 13,750 9,682 511 52,286
2013 8,012 20,920 996 13,909 3,403 22,916 16,137 851 87,144
2014 16,023 41,840 1,992 27,817 6,807 45,833 32,274 1,703 174,287
Total BSEB 37,342 88,455 3,983 58,076 14,189 95,334 67,274 3,405 368,058 (2010-14)
The details of the capital works program for the five-year period from 2010 to 2014 are provided in the Table 5.3-1 in Section 5.
Developing the PSMP for Bihar 6-6 020328-40RP-0400-00 Final Report
7 CAPACITY BUILDING
As is stated in the Terms of Reference, one of the objectives of this work is training and capacity building. The work has carried out with the counterpart staff participating in all components of the work: data collection, data validation, analyses, and preparing the text and conclusions of the various reports and technical memoranda. The training program for the counterpart staff has been designed keeping in mind the requirements and availability of BSEB staff.
The capacity building activities had included the identification and procurement of planning software that BSEB planning unit need for ongoing generation, transmission and distribution planning work and hands-on training in the use of this software. The master plan studies require considerable use of computer models in all analyses leading to the PSMP, therefore considerable effort has been put into ensuring that BSEB counterparts fully understand the capabilities, operating requirements and results that these models represent. Workshops, seminars and consultation meetings have been organized and held with BSEB management and counterpart staff as well as the stakeholders to receive feedback on policy.
The training program has covered the following topics: load forecasting; power system expansion planning fundamentals and modeling techniques; hydro-thermal systems; transmission planning and distribution planning. The audience of these sessions has included the assigned counterparts, as well as other individuals assigned from BSEB. Structured training materials including the manuals for the planning software have been provided in hard copy to seminar participants, to aid in their long-term learning.
The training workshops on the technical topics are listed below:
Table 7-1 Training Workshops on Technical Topics
No. Workshop Topics Date 1 Power System Overview of power system planning, load June 4 -10, 2009 Planning and Load forecasting methodologies and results of Forecasting Load Forecast 2 Generation Planning SYPCO Model, Operation and Results September 14-18, 2009 3 Transmission PSAF Modeling Techniques & Transmission December 27-28, 2010 Planning Planning 4 Distribution Planning CYME – Dist Modeling Techniques & December 28-29, 2010 Distribution Planning
The presentations for the four training workshops are provided in Appendix 11 – 14: Appendix 11 Presentation for the Workshop on Load Forecast Appendix 12 Presentation for the Workshop on Generation Planning Appendix 13 Presentation for the Workshop on Transmission Planning Appendix 14 Presentation for the Workshop on Distribution Planning
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8 COMPUETR MODELS AND TRANSFER OF PLANNING MODELS AND DATABASE
8.1 Planning Models
The following power system planning software as specified in the proposal have been purchased for the study and training. The Consultant has been using all the proposed software in numerous similar master plan studies in India and other countries. The software proved to be efficient and effective in facilitating the formulation of power system development plans. The purchased software is listed as follows:
The Advanced Power System Planning and Production Costing (SYPCO)
Power Systems Analysis Framework (PSAF)
Distribution System Analysis (CYMDIST)
SYPCO is provided by SNC-Lavalin. PSAF and CYMDIST are provided by CYME INTERNATIONAL. For the purposes of use the software, computers with “Pentium IV” capabilities is sufficient. Five laptop computers with “Pentium IV” were purchased for the BSEB counterparts covering generation, transmission and distribution functions.
Training on the use of the software has been provided to the BSEB counterparts by the consultant during the course of execution of the project. Software training workshops have been scheduled on the completion of the work for the relevant activities including generation, transmission and distribution planning.
The programs for generation planning, transmission planning and system analysis for the BSEB PSMP study are listed below:
SYPCO – Generation Production Costing and Planning - 1 copy
Power Flow – PSAF-FLOW (Cyme International)(+) – 1 copy
Short-Circuit Analysis – PSAF-FAULT (Cyme International)(+) – 1 copy
CYMDIST – Distribution Load Flow and Calculation analysis – 1 copy
All the programs purchased for the study have been transferred to BSEB free of charge.
8.2 Generation Planning Model – SYPCO
SYPCO program is used to compare alternative methods for meeting a given load over a selected period of time. The program can also be used to develop a generation scenario based on a given set of criteria. A feature in the program enables peaking plants to be added to compensate for a given loss of load probability.
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Once the generation plan has been developed, the production costs are determined by estimating the energy produced by each unit either on a probabilistic basic or by using a simplified method. The investment costs are determined by using either the UAP, or SLD, or Capital Cost methods. The sensitivity of the results to different discount rates is automatically determined.
This computer program consists of several interrelated modules. The program is very flexible and the level of detail and the options used can be tailored to the problem at hand.
SYPCO operates on the IBM-PC or compatible computer using Microsoft Windows NT 4.0, Windows 2003, Windows XP or Windows 2007.
The user’s manual of SYPCO (hard copy and CD copy) and the database used for the preparation of the generation plans have been provided to BSEB.
8.3 Transmission Planning Model – PSAF
PSAF is an integrated power systems analysis software package that includes the Graphic User Interface, Data Base Manager, and Electrical Equipment Parameter Estimation for creating the Network one-line diagram and associated database.
PSAF is directly applicable to both utility-type and industrial three-phase electric power systems.
A wide selection of network equipment and controllers is supported by a built-in database that contains industry standard equipment characteristics. Every type of equipment features more than one modelling possibility depending on the purpose and extent of the simulation to be conducted.
PSAF offers both graphical and tabular data entry modes, user-preferred single-line diagram drawing options (including exporting to AutoCADTM) and sophisticated facilities for reporting, plotting and customizing the simulation reports.
PSAF for Windows requires an IBM PC or compatible computer using Microsoft Windows NT 4.0, Windows 2003, Windows XP or Windows 2007.
The user’s manual of PSAF (hard copy and CD copy) and the database used for the preparation of the generation plans have been provided to BSEB.
8.4 Distribution Planning Model – CYMEDIST
CYMDIST can perform several types of analysis on balanced or unbalanced three-phase, two-phase and single-phase systems that are operated in radial, looped or meshed configurations. The base module includes per-phase voltage drop and power flow analysis, fault calculations (fault flows and fault voltages), protective device coordination (by interfacing with CYMTCC), optimal capacitor placement and sizing, load balancing and load allocation/estimation. CYMDIST is also equipped with add-on modules to perform more specialized analyses such as predictive and historical reliability analysis, contingency analysis, harmonic analysis, switching (tie-points) optimization, and more, as described below.
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CYMDIST is a powerful tool to assist planners in creating "what-if" studies and performing simulations to evaluate the impact of modifications to your network, actual or future.
With the newly added “Network Forecaster” function planners can view/modify/create time- dependent projects in the selected period, that consist of any modifications such as the addition of any load at a given date (year, month or day), change/ replacement of power transformers within the substation, rephasing/reconductoring project, network switching or reconfiguration, etc.
CYMDIST requires an IBM PC or compatible computer using Windows 2003, XP or Server 2007.
The user’s manual of CYMDIST (hard copy and CD copy) and the database used for the preparation of the generation plans have been provided to BSEB.
8.5 Transfer of Planning Models and Database
The Consultant has supervised the installation, start-up and initial operation of the planning model(s) at BSEB’s office, and supply all computer applications, planning model(s) user’s manuals (hard copy and CD copy), and the database used for the preparation of the power sector master plan to BSEB.
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9 CONCLUSIONS, RECOMMENDATIONS AND IMPLEMENTATION STARTEGY
9.1 Stakeholder issues
The 1st and 2nd Power System Master Plan for Bihar were presented to a group of stakeholders in Patna during the course of the study. These stakeholders included:
BSEB;
Energy Department, Government of Bihar;
Subsequent to the presentations, the stakeholders’ comments were duly taken account of and incorporated in the report.
9.2 Conclusions
Load Forecasting
Bihar has been suffering from constraints in the energy availability since last eight years. There is a high level of suppressed demand in the Bihar;
According to the Tariff order for year 2006-07, BSEB had total connections of 1,730,904 as on 1st May 2006, out of which around 48% (833,033 Nos.) connections were unmetered;
Owing to obvious errors in the assessment of unmetered/defective meter sale, current T&D losses cannot be termed as reliable. Further, there is no break-up available of the T&D losses in terms of consumer category wise Technical and Commercial losses;
The peak demand in for 2009 is about 2,000 MW and this is forecast to increase to between 5,383 MW (Average Load Forecast Scenario) and 8,243 MW (Optimistic Load Forecast Scenario) in 2018.
Generation Supply Options
The capacity additions committed and/planned by the state of Bihar is very huge and it will be more than sufficient for the present horizon period. Therefore the generation expansion plan for the state of Bihar is rather limited to selection of optimum generation to meet the state needs. However, the state has planned huge base load stations mostly coal based plants and the size of the units is higher in terms of their proportion of system peak demand handled by the system. Therefore there is a need for various supply sources for meeting the peak load. The supply options available to the state are limited to Gas Turbine by assuming that the National Gas Grid is available by FY2012.
The committed and planned new plants have been prioritised based on their status and nature of project. The following priority order was used to select the projects based on the requirement and their ranking according to the economic analysis.
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Table 9-1 Priority of the Projects by Type of Project
Type of Project Priority Order Small Hydro Power Projects under Bihar 1 Hydro Power Corporation (BHPC) Bihar State Electricity Board (BSEB) – 2 Extension and JV of BSEB and NTPC Projects Imports available before FY 2014 3
Share from Ultra Mega Power Project (UMPP) 4
Imports from CGS and Others 4 Projects under tariff based competitive bidding 4 route Projects under IPP through MOU 5 Other projects under pipe line and approved 6 by SIPB
Generation Requirements
Four generation scenarios were formulated for each load forecast scenario and considered for selection of least cost plan:
Scenario-1:Coal+Hydro Scenario-2: Coal+ Hydro+ Import Scenario-3: Coal+ Hydro+ CCGT Scenario-4: Coal+ Hydro+ Import+ Pump Hydro Generation plan for each scenario was developed to meet the reliability requirements. Results of each scenario were analysed in detail. The Scenario-2 was found to be least cost option comparing with other scenario for both the load forecast scenario.
The net capacity additions under Scenario-2 are estimated to be 4,373 for the Average Load Forecast Scenario and 7,068 MW for the Optimistic Load Forecast Scenario.
Transmission Requirements
The network expansion is planned to meet the system peak demand of 5,383 MW (Average Load Forecast Scenario) in FY 2018. The summary of various transmission capacities required to transfer the power from generating station to 132kV loads are as follows.
45 No. 132kV substations of total capacity: 3,230 MVA 4 No. 440kV substation of total capacity: 2,375 MVA 19 No. 220kV substation of total capacity: 4,700 MVA Augmentation of 132kV Substations capacity: 7,240 MVA Augmentation of 220kV Substations capacity: 2,400 MVA Addition of 400kV Lines: 1,884 Ckt-km
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Addition of 220kV Lines: 3,095 Ckt-km Addition of 132kV Lines: 4,292 Ckt-km 132/33 kV Shunt Capacitors : 1,130 MVAr 400kV Shunt Reactors: 600 MVAr The load flow studies show satisfactory operation of transmission system with reinforcement under steady state operation for FY 2018 and FY 2014 with peak load and light load conditions.
Distribution Requirements
The studies and resulting recommendations for the distribution system were based on the data available as July 2010.
The substation loads were based on the Load Forecast up to year 2014, and also from the data available from transmission planning report The generation schedules were determined from the Based Generation Plan
The Distribution Expansion Plan necessary to transmit the power available at the grid substation was developed based on the inputs
The estimated investment in the Distribution system (33 kV lines, substations and additional bays, 11kV lines and additional Bays, DTRs and LT lines) Rs. 368,058 Lakhs. This investment includes the investment required for year 2010 to bring the existing network to meet the load requirements of 2010 with reasonable quality
Investment Requirements
The total capitalised generation investment under Scenario-2 for the study period of 2010 – 2018 is estimated to be Rs. 24,336 Crores for the Average Load Forecast Scenario and Rs. 40,684 Crores for the Optimistic Load Forecast Scenario.
The total annual investment for the transmission is about Rs. 8,989 Crores for the study periof of 2010 - 2018. The present worth of annual disbursements required to meet the in- service dates proposed at 10% discount rate is estimated as Rs. 6,106 Crores at the beginning of FY 2009.
An investment of about Rs. 368,058 Lakhs is required to expand and reinforce the distribution system by the year 2014.
9.3 Recommendations and Implementation Strategy
Generation Expansion
Based on the study it is recommended that:
The BSEB should immediately take necessary steps to bridge the demand supply gas exist before FY 2014. The alternatives for the first five year for the horizon period are as follows: o Medium-Term power procurement through IPPs outside the state o Medium-Term power procurement through power trading companies
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o Negotiate with Central Generating Sector Plants for procuring additional power for this period. Many projects are expected to be commissioned in FY 2014 and if all the projects are materialised BSEB will have comfortable position in meeting the demand. However, if any delay of these projects may further extend the deficit period beyond FY 2013. Therefore, BSEB should closely monitor these projects and if required a separate Project Monitoring Cell (PMC) to be created to closely monitor these projects. The BSEB should take immediate steps to obtain the necessary approvals from concerned departments for R&M works of existing plants and immediately start R&M works of one unit of BTPS and one unit of MTPS. BSEB should also closely monitor the R&M works of these plants and make sure these units are available before the planned R&M period which will improve the power supply position to certain extent As of now BSEB has not planned any peak load plants. The alternatives proposed for peaking capacity in this report are Gas Turbines and Pumped Storage Hydro. The gas is expected to be available to the state after FY 2012. Therefore, BSEB should look at the possibility of setting up these plants through JV/IPP/ any other mode in the state. The Bihar Hydro Corporation has plans to build many pumped storage in the state. Since Bihar state will have enough base load capacity after FY 2014, pumped storage hydro could be an alternative for peaking capacity if the capital cost of the plant is lower enough to compete with gas turbines. The reserve requirement for the state of Bihar is about 14% and 7% respectively for Average Load Forecast Scenario and Optimistic Load Forecast Scenario and the installed net capacity additions requirement under two load forecast scenarios are only in between 4,400 MW to 7,500 MW. Therefore, if all the projects are materialised as per the BSEB plan the state will experience huge surplus and need to examine the possibility of exporting such surplus power to other states in the country. BSEB should take up detail generation planning studies before entering into the any long-term contracts with Independent Power Producers (IPPs) or power purchase from other sources or deciding upon the new project BSEB should plan future capacity additions based on the system requirements and not on their availability in the market place. Such system requirements should be arrived through long-term generation planning studies. BSEB should carry out detailed financial analysis before finalizing PPAs or contracts with other parties. Transmission Expansion The observations and recommendation for transmission expansion are as follows: The existing transmission system cannot meet the current unrestricted demand within the specified operating criteria and requires substantial investment even if it is assumed there is no load growth and generation expansion. It is expected that the transmission expansion in the near future will at least avoid or reduce the present load shedding caused due to transmission capacity constraints and ease power supply position to important commercial and industrial consumers. Therefore, BSEB should extensively plan transmission system and ensure transmission system in pace with generation capacity addition plan to avoid any further load shedding. BSEB should closely monitor the construction of existing substation and lines and bring them as per the schedule date of commissioning.
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Since most of the 132/33kV substations are planned early period of the planning and therefore a close vigil on these projects is required. Similarly in case of augmentation of existing 220/132kV and 132/33kV substations BSEB should ensure the commissioning dates of augmentation. The total number of substations and lines scheduled for the commissioned in the ten year period and associated transmission investment is a quite considerable. Distribution Network This previous recent history of shortages of power and energy has had negative environmental and social impacts, including the use of small and inefficient generators and alternative fossil fuels during power outages. Also, the lack of a reliable electrical supply has had a negative social impact throughout Bihar since it has restricted the growth in economic activity. the provision of reliable electric power should help to alleviate the environmental pollution from alternative sources of power that are necessary because the BSEB was not able to satisfy the suppressed load demand from the industrial, commercial and private sectors It is therefore can be considered that the proposed distribution system, coupled with the commissioning of new generation and improvements in the transmission system will have positive environmental and social impacts The existing BSEB distribution system cannot meet the current demands within the specified operating criteria, and would require substantial investment, even if there were to be no increase in load, and no generation expansion. Without the extensive transmission and distribution system expansion, the new generation cannot be evacuated and there can be no increase in the supplied consumer load. The increase in consumer load demand would just add to the already significant suppressed demand, resulting in more load-shedding in BSEB. Therefore, the recommended expenditures in distribution systems are essential for the new generation to be evacuated to satisfy the projected growth in load. The proposed schedules for commissioning new distribution lines and substations are very tight, and will require significant commitments of BSEB senior management.
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Appendix 1
Bihar State Electricity Board- Brief Profile and Future Sector Development Programme
The Bihar State Electricity Board (referred to as BSEB or Board hereinafter) was constituted under section 5 of Electricity (Supply) Act, 1948 on 1st April 1958. It is a deemed licensee in terms of Section 14 of the Electricity Act, 2003. It is engaged in the business of generation, transmission and distribution of electricity in the State of Bihar. In the year 2000 the State of Bihar was bifurcated into two successor States of Bihar and Jharkhand and the; Bihar State Electricity Board was bifurcated into two separate Boards with effect from 1st April, 2001. Since its inception BSEB has filed two tariff petitions to the Bihar State Electricity Regulatory Commission (BERC)- first for year 2006-07 and second for year 2008-09. Tariff orders have been notified for both the tariff petitions. Brief overview of current capacity in generation, transmission and distribution is summarized below.
A.1.1 Consumer Profile
Sales to different consumer segments as reported by BSEB for FY 2009 are mentioned in Figure A-1 below.
Figure A-1 Consumption Profile of BSEB (as on 31st March 2008)
Clearly, the sales are dominated by the Domestic Category followed by Industrial HT sales. Irrigation also forms very large part of the entire sales pie.
A.1.2 Current Status
Generation
At present, Bihar has two thermal generating plants located at Muzaffarpur and Barauni whose total installed capacity is 540MW. The only Hydel generating plant at Kosi has been transferred to Bihar State Hydro Power Corporation. The present status of the thermal plants is given below:
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Final Report
Table A-1 Generation Capacity Status as on 31/03/2005
Name Unit Capacity Date of Present status (MW) Commissioning
(i) Barauni T.P.S 320 MW
Unit 1,2,3, - Have been Have been retired retired
Unit 4 50 MW 09/11/1969 Shut down since 24-04-96
Unit 5 50 MW 01/12/1971 Shut down since15-03-95
Unit 6 110 MW 01/12/1984 Running under deteriorated Condition
Unit 7 110 MW 31.03.1985 Running under deteriorated Condition
(ii) Muzaffarpur T.P.S 220 MW
Unit 1 110 MW 31/03/1985 One unit is running under deteriorated condition and other Unit 2 110 MW 17/03/1986 unit is under R&M
Total 540 MW
No new generating station or additional unit at existing generating station is under execution. Hence, practically entire power requirement of Bihar is met by Central generating plants share allocated to Bihar. This position is not likely to change in next two years.
Transmission
Bihar has a transmission network of 220 kV & 132 kV transmission lines and is tabulated below:
Table A-2 Transmission Network (As on 31/03/2005)
Voltage Transmission No. of Total sub Number of lines substations station Transformers ( Ckt-km) capacity (MVA)
*440 kV 75.00 - - -
220 kV 957.02 5 1300 11
132 kV 3648.71 44 2077.90 93
* Charged at 220 kV
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The existing transmission system is capable to meet a demand of about 1,100 MW.
Distribution
Table A-3 Distribution Network
Voltage Sub transmission/Distribution No. of substations Transformer lines (Ckt-kM) capacity (MVA)
33 kV 5761.80 362 2544.46
11 kV 35053.77 35746* 2,982,915
LT lines 65859.81 -
*Distribution transformers
Except for a few locations, the major drawal of power from Central Sector is on 220 KV. Hence, against 1300 MVA transformer capacity at 220 KV level, about 1100 MW power can be drawn. This provides marginal extra capacity to meet any emergency in operations. Utilization of power to meet consumers load above 33 KV is less than 10%. Thus, about 900 MW power is being distributed through 33KV, 11KV and L.T. system.
A1.3 Generation, Transmission and Distribution System Development Plan
A1.3.1 Generation
Existing installed capacity
The existing installed capacity of BSEB is 585 MW. There are two thermal power plants in Bihar owned by BSEB namely Barauni Thermal Power Station (BTPS) (3x15 + 2x50 + 2x110 MW) and Muzaffarpur Thermal Power Station (MTPS) (2x110 MW). At present, these stations are not in operation due to various reasons. The unit wise details of the capacity and broad reason for shut down are presented as below.
Table A-4 Existing Installed Capacity
Name of the Installed Status of Remarks Plant/Unit Capacity (MW) Operation
BTPS a) 3x15 MW Obsolete Process of Sale initiated b) 2x50 MW Shutdown DPR for R&M Prepared by NTPC. Since March’ CEA opinioned in Oct’08 R&M is 95 /Apr’96 not techno-economically viable c) 2x110 MW R&M /LE Defects in MP rotor bearing and Proposed others are attended by BHEL
MTPS
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Name of the Installed Status of Remarks Plant/Unit Capacity (MW) Operation a) 2x110 MW One unit is running under deteriorated condition and other unit is under R&M
Renovation and modernization works (R&M) of existing power stations
The renovation and modernization works are being carried out for BTPS and MTPS to improve the PLF/ Generation. The details of R&M works of various units are presented in the following sections:
R&M works of UNIT No 6&7 (2x110 MW) at BTPS:
- The commercial offer of Rs. 601. 185 Crores was submitted by BHEL in jan’08 excluding civil works and taxes & duties for Unit No. 6&7 of BTPS
- BSEB requested CEA on 12.03.08 for price settlement. CEA opinioned that scheme is non-viable on the basis of MOP ceiling price of Rs. 1.25 crores/MW on 30-07-08.
- The matter was raised by BSEB before Dr. S.C.Jha, Chairman, Special task Force on Bihar in Planning Commission on 16-10-08
- BHEL submitted revised offer of Rs. 476 crores. The price was negotiated and settled at Rs. 428 Crores excluding restoration, consultancy and taxes etc. But CEA still did not agree.
- The meeting on 27-11-08 convened by Dr. Jha in Planning Commission, New Delhi. CEA agreed to review the decision treating it as a special case.
- CEA team visited BTPS on 17th Dec’08
- The meeting on 31-12-08 in Planning Commission, New Delhi was convened by Chairman, Special task Force. BHEL and BESB agreed in principle to CEA’s suggestion for firm offer and waiver of entry tax respectively. Final decision from BHEL is expected
R&M works of UNIT No 1&2 (2x110 MW) at MTPS:
- R&M works of Unit No 1&2 is being done by KBUNL
- The BTG offer submitted by BHEL was examined by KBUNL. The issues of price were deliberated between CMD-NTPC & CMD-BHEL on 11-09-2008. The final agreed price by BHEL for R&M of MTPS is Rs. 212.792 Crores.
- R&M of BOP packages will be carried out by KBUNL at the estimated cost of Rs. 170 Crores.
- The total expenditure of R&M of Unit No. 1&2 including restoration, consultancy, taxes & duties at the name plate rating comes to Rs. 471.8 Crores
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- CEA team visited MTPS on 16th Dec’08
- The meeting convened by Dr. S.C.Jha, Chairman, Special task Force on Bihar on 31-12- 08 to follow up progress of R&M schemes of MTPS
Existing allocation of power from central generating stations
BESB has allocation of capacity as on 30-12-2008 from various power stations of Central Generating Stations (CGS) of about 1,667 MW. Therefore, at present BSEB is largely dependent on power from central sector stations. The details of allocation of power from various power stations are presented as below.
Table A-5 Existing Allocation of Power from Central Generating Stations
Sl. Power Station Capacity (MW) % Allocation Allocation No (MW)
1 Tala HEP 1,020 25.5% 260.10
2 Chuka HEP 270 29.63% 80.00
3 Ranjeet HEP 60 35.0% 21.00
4 Teesta HEP 510 21.26% 108.43
5 Farakka STPS 1,600 24.62% 393.92
6 Kahalgaon STPS-I 840 30.21% 253.76
7 Kahalgaon STPS-II* 1,000 6.66% 66.70
8 Talcher STPS 1,000 37.0% 370.00
Total 1,553.81
*The share from Kahalgaon Stage-II of 96MW is expected to be added in March-09.
Capacity addition program
The total capacity addition under various modes is about 21,370 MW. The capacity addition from various modes is tabulated as below.
Table A-6 Capacity Addition Program
Sl. Details Capacity No (MW)
1 Under Public Sector 2,980
2 Under tariff based Bidding through JVC of IL&FS & BSEB 3,960
3 Approved by SIPB under IPP (MOU signed) 6,140
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Sl. Details Capacity No (MW)
4 Approved by SIPB 8,290
Total 21,370
The detail of capacity addition from various power plants and their status sectors is tabulated as below.
Table A-7 Details of Capacity Addition
Name of the Plant/Unit Capacity Remarks (MW)
Under Public Sector
Extension of BTPS 2x250 DPR submitted to BHEL, one unit in 30 months
Extension MTPS 2x250 Being executed by JVC. DPR prepared
Nabinagar Power Plant (JV of 3x660 Preparation of feasibility report, GOB/BEB & NTPC) EIA study data collection is being done by NPGCL
Under tariff based Bidding through JVC of IL&FS & BSEB
Buxar Thermal Power Station 2x660 Survey –Completed
Lakhisarai Thermal Power Station 2x660 Geo-Technical Study under progress
Pirpainti Thermal Power Station 2x660 EIA-report prepared
TOR-approved by MOEF
AAI clearance –approved
Coal linkages fees –deposited
Approved by SIPB under IPP (MOU signed)
M/s JAS Infrastructure Capital Pvt. 4x660 Land identified Ltd. at Banka, Bhagalpur Coal block allotted
Water clearances obtained
M/s Nalanda Power Company Ltd., 2,000 New site identification is under at Pirpainti, Bhagalpur progress
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Name of the Plant/Unit Capacity Remarks (MW)
Water clearances obtained
Ms/s Adhunik Power and Natural 1,000 Land identified Resources Ltd. at Pirpainti/ Lakhisarai
M/s Vikas Metal and Power Ltd. at 500 Land not yet identified Begusarai
Approved by SIPB
M/s Subas Projects & Marketing 1,200 Land identified Ltd., at Lakhisarai
M/s IL&FS, at Motipur, Muzaffarpur 500
M/s India Power Corporation Ltd., 1,650 place not identified
M/s Triton Energy Ltd., at 1,320 Land identified Nabinagar, Aurangabad
M/s Krishak Bharti Co-operative Ltd. 1,320 place not identified
M/s Cement Manufacturing 500 Land identified Company Ltd., Place not identified Application for coal block submitted
Essar Power Ltd., Ranchi 1,800
Apart from the state capacity, the state has an allocation of 500 MW power from Tilaiya UMPP (4000 MW). The power purchase agreement was executed on 10-09-08.
A1.3.2 Transmission System Development in Bihar
A comprehensive sub transmission and distribution system strengthening scheme for Bihar has been formulated under Rashtriya Sam Vikas Yojna (RSVY)1 in consultation with the BSEB. The total scheme is funded through central assistance under special plan for Bihar. The total scheme is envisaged to be implemented in the following phases2.
Sub-Transmission Scheme Phase-I
1 Source: The report of the special task force on Bihar on Road Map for Development of Power Sector in Bihar, July-2007. 2 Source: The presentation made by BSEB before Hon’ble Chief Minister of Bihar on 14-12-2008 - 7 -
Final Report
Sub-Transmission Scheme Phase-II, Part-1
Sub-Transmission Scheme Phase-II, Part-2
The total evacuation capacity after strengthening of the transmission and distribution system under this scheme is presented in the following tables.
Table A-8 Transmission System
Sl. Particulars Capacity (MVA) No
1 Present grid capacity at 132/33 kV level 3,096
2 Capacity addition under execution 2,080
Total capacity by 2009-10 5,176
Table A-9 Distribution Power Sub-Stations 33/11 kV Level
Sl. Particulars Capacity (MVA) No
1 Existing 3,294
2 Under execution 2,656
RGGVY 318
State sector
Total 6,268
The details of the each phase are discussed in the subsequent sections.
Sub-Transmission Scheme Phase-I
The total amount released by Planning Commission under Phase-I is Rs. 552.4 Crores. The expenditure under Phase-I as on 31-11-08 is 453.59 and the Planning Commission permitted to transfer the balance available fund of Rs. 98.91 Crores to Phase-II. The implementation of scheme is being done by PGCIL on behalf of BESB. The construction of 18 No. new grid substations, 1 No. 33/11 kV substation and 876 km of associated transmission lines is already completed and taken over under this scheme. The details of the scheme are as follows:
New 132/33kV Grid Substations-16 No., 600MVA
Banka, Barh, Forbesganj, Udakishanganj, Bihta, Bikramganj, Gopalganj, Bhabhua, Sasaram, Madhubani, Phulparas, Dhaka, Supaul, Sheetalpur, Vaishali and Jainagar
New 220/132kV Grid-Substation- 2No., 400 MVA
Gopalganj and Darbhanga
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New 33/11kV Power Sub-station- 1 No., 6MVA
Baniapur
Associated Transmission Line- 876 km.
Sub-Transmission Scheme Phase-II, Part-1
The total sanctioned amount under this scheme is Rs. 1,005.62 Crores and the amount already released is Rs. 240 Crores. The expenditure already incurred under this phase is Rs. 396 Crores. The scheme involves the construction of 10 Nos.grid substations and 523km transmission lines. The details of the scheme are as follows:
New 220/132kV Grid-Substation- 2No., 500 MVA
Sampatchak, Begusarai
New 132/33kV Grid Substations-8No., 540 MVA
Katra, Tekari, Naugachiya, Hulasganj, Raxaul, Ekangarsarai, SKMCH (Muz) and Buxar
Associated Transmission Lines – 523 km
Capacity augmentation of grid substations- 19Nos, 1050 MVA
Purnea, Darbhanga, Khagaria, Samastipur, Chapra, Jakkanpur, Kanti, Fatuha, Chandauti, Sabour, Jehanabad, Rajgir, Jamalpur, Bettiah, Sultanganj, Motihar, Bodhgaya, Biharsharif and Sheikhpura
R&M of Grids- 8 Nos.
Biharsharif, Baripahari, Bodhgaya, Dehri, Fatuha, Jakkanpur, Barauni and Samastipur
Re-Conductoring of old lines – 362 km
The progress of various works under the scheme is as follows
Construction of GSS at Raxaul, SKMCH, Naugachiya, Hulasgang, Tekari, Katra & Buxar with associated transmission lines are under progress and expected to be completed by June 2009, except SKMCH and Naugachiya.
Land for Ekangarsarai is expected to be transferred and the land is not yet transferred to Sampatchak
Begusarai 220/132/33 kV GSS (2x100 MVA) – work is under progress and to be completed by August-2009
R&M of Bodhgaya – work is under progress expected to be completed by June-2009
Reconductoring of 132 kV double circuit Patna-Gaya line is completed
90% of reconductoring of Barauni-Smastipur 132 kV line is completed
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R&M of Dehri, Fatuha, Jakkanpur, Barauni and Samastipur is likely to be completed by March-2010
Augmentation of transformation capacity of 540 MVA is already completed.
Augmentation of transformation capacity of 490 MVA is under progress.
Sub-Transmission Scheme Phase-II, Part-2
The total sanctioned amount under this scheme is Rs. 1240 Crores and the amount already released is Rs. 169.66 Crores. The expenditure already incurred under this phase is Rs. 73.28 Crores. The scheme involves the construction of 17 No. grid substations, augmentation of 12 No. substations, associated transmission lines of 1513 km and reconductoring of 180 km old 132kV transmission lines. The details of the scheme are as follows:
New 220/132kV Grid-Substation- 2No., 400 MVA
Madhepura, Hajipur
New 132/33kV Grid Substations-15 No., 700 MVA
Mashrakh, Wazirganj, Dalsingsarai, Runnisaidpur, Digha, Dinara, Kudra, Aurangabad, Jagdishpur, Karpi, Harnaut, Nalanda, Sonebarsa, Goh and Kusheshwarsthan
Augmentation of transformation capacity of 12 No substation of capacity 540 MVA
Associated transmission lines
220 kV: 136 km
132 kV: 1037 km
33 kV: 180 km
Reconductoring of old 132 kV lines – 180 km
The progress of the works under this scheme is as follows:
Land is available at Dalsinghsarai, Wazairganj, Hajipur, Goh, Jagdishpur and many other places the land has been identified.
The work has been awarded by PGCIL between Dec-07 to July-08
Supply of materials has already been commenced for Madhepura, Jagdishpur, Goh, Wazirganj, Nalanda, Harnaut, Dalsinghsarai GSS
A1.3.3 Rural Electrification and Distribution
Physical progress of village electrification
The physical progress of village electrification as per definition of RGGVY/AREP in the state of Bihar up to Sep-08 is presented in the following table. At present the existing
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Table A-10 Physical Progress of Village Electrification
Sl. Implementing Total No. No. of No. of No. of No. of No Agency of villages villages villages villages Villages to be where electrified not electrified as taken electrified infrastructure as per per RGGVY over developed RGGVY (no.) (no.) (no.)
1 PGCIL 18,054 12,281 4,708 1,932 2,354
2 NHPC 6,008 1,475 16 261 277
3 BSEB 4,988 Tender received, under process
Total 29,050 13,756 4,724 2,193 2,631
The amount sanctioned and fund released under rural electrification program is presented below.
Table A-11 Sanctioned Amount and Funds Released under Rural Electrification Program
Sl. Implementing Sanctioned Villages to be Amount Expenditure No Agency Amount electrified released up to Sep’08 (No.) (Rs. Crores) (Rs. (Rs. Crores) Crores)
1 PGCIL (24 1,973.22 (AREP) 18,054 1,412.74 1,356.64 districts) (AREP) (AREP) 119.64 (MNP) (AREP+MNP) 102.3 78.57 (MNP) (MNP)
2 NHPC (6 districts) 500.98 6,008 224.15 201.73 (AREP+RGGVY)
3 BSEB (8 districts) 616.52 4,988 0 0
The proposal of revised DPR under RGGVY Rs. 1,827.47 Crores is yet to be sanctioned by REC/MOP, GOI. Two districts namely Muzaffarpur and Vaishali had been taken under MNP initially and now sanctioned under RGGVY in 11th Plan.
The various constraints in implementing of RGGVY observed are as follows:
DPRs prepared originally were subject to change with revised benchmark for all categories of villages
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Revised benchmark fixed by Ministry of Power, Govt. of India in February 2008 (i.e. Rs. 13 lakhs per un-electrified villages and Rs. 4 lakhs per electrified villages) is not adequate to meet the demands of rural consumers
Logistic of villages in Bihar is far more different from the villages of other states. The villages of Bihar are densely populated and bigger in size in comparison to other states. As such uniform benchmarks applicable for all states are not justifiable.
The existing infrastructure of villages of developed states covers almost 80% of the villages, whereas existing infrastructure in the villages of Bihar is much lesser than those of developed states.
PGCIL has submitted estimated cost of Rs.4095 Crores for additional 3-phase infrastructure in villages of all 38 districts.
Proposed power substations under various schemes
The number of power substations 33/11kV (PSS) proposed under various rural electrification schemes in the state is presented below:
Table A-12 Proposed Power Substations (No.)
Sl. Scheme Sanctioned Achievement In advance stage No
1 RE 24 12 12
2 ACA 40 --- LOI issued and likely to be completed by June 2010
3 RGGVY 171 47 36
Status of distribution franchise
BSEB has planned to franchisee few distribution segments namely Gaya, Bhagalpur, Muzaffarpur, and Patna towns. The status of various distribution franchisees is as below:
Bid documents for Gaya Town finalized in consultation with BPIC (A JVC of BSEB and IL & FS) based on Bhiwandi model.
Bid documents for Bhagalpur, Muzaffarpur, and Patna Towns finalized in consultation with ADB.
Board has approved the proposal for aforesaid franchisee model and requested to. State Govt. for permission.
The selection procedure of franchisee is as tabulated below.
Table A-13 Selection Procedure of Franchisee
Sl. Slab of Monthly Targets Estimated rate of commission (in % of No actual monthly collection Existing Revised
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Sl. Slab of Monthly Targets Estimated rate of commission (in % of No actual monthly collection Existing Revised
1 0% to 35% 65% to 70% 8%
2 36% to 50% Above 70% to 10% 80%
3 51% 75% Above 80% to 12% 90%
4 76% to 100% Above 90% to 14% 100%
A sum of Rs. 75 is to be paid for every new service connection. An additional incentive for installing new service connection in large number is ranging from Rs. 50 to Rs. 70 per connection. Apart from this, a sum of Rs.1.0 per consumer per month on the collection of minimum 50% of the total monthly collection targets is provided. The performance of the franchisee is reviewed every three months. In case of the franchisee failing to collect the average minimum monthly collection targets i.e. 35%/65% of monthly targets, a penalty of 2% of the average shortfall assessed for every three months is levied.
Status of APDRP program in Bihar
As part of APDRP program the total amount of Rs. 1066.58 Crores was sanctioned. The source of funds received under this scheme is from GOI, PFC and GOB. The expenditure under this scheme as of now is 645.68 Crores. The status of work in 12 circles (PESU(E), PESU (W), Patna, Muzaffarpur, Gaya, Rohtas, Darbhanga, Chapra, Bhagalpur, Purnea, Saharsa & Munger) is presented as below.
Table A-14 Status of APDRP Program in Bihar
Name of the Package Total Qty. to be Total Qty. executed (No.) executed (No.)
New Power Sub-Stations (PSS) 40 34
R&M of PSS 212 203
New 33 &11 kV line 972 Km 762.8 Km
Re-conductoring of 33 &11 kV line 4,119 Km 3,749 Km
New DTs 2,226 Nos. 2,189 Nos.
R&M of DTs 6,728 Nos 5,944 Nos.
Consumer Meter: 3-Phase &1-Phase 2,62,571 Nos 1,85,333 Nos (PGCIL)
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Name of the Package Total Qty. to be Total Qty. executed (No.) executed (No.)
Consumer Meter: 3-Phase &1-Phase 3,05,000 Nos 2,37,807 Nos (BSEB)
HT Consumer Meter (PGCIL) 143 Nos 39 Nos
System Meter:
DT Meter (PGCIL) 4,228 2,910
11kV Feeder Meter 705 682
33kV Feeder Meter 201 176
The number of PSS for which land handed over to PGCIL is 38.
Status of metering in distribution system
The thrust on proper metering of consumers, distribution transformer (DTs), 11 kV and 33kV feeders is on in many circles in BSEB. The system metering work is entrusted to M/s Secure Meters along with maintenance contract for five years including meter reading with data analysis for two years. The metering at various levels in distribution system is tabulated below.
Table A-15 Status of Metering in Distribution System
Particulars Total No. Meter Installed (No)
Feeder Meter/DT Meter
By BSEB (4 circles)
33 kV Feeder 176 123
11 kV Feeder 277 257
DT Meter 6,902 6,737
By PGCIL (8 circles)
33 kV Feeder 201 176
11 kV Feeder 705 682
DT Meter 4,228 2,910
Consumer Meter
By BSEB (4 circles)
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Particulars Total No. Meter Installed (No)
1-Phase 2,46,300 2,23,458
3-Phase 58,700 14,349
By PGCIL (8 circles)
1-Phase 2,53,206 1,83,347
3-Phase 9,365 1,986
The metering for remaining 4 circles not covered under APDRP is covered under ADB funding. This includes the metering of 57 No. 33 kV feeders, 96 No. 11kV feeders, 4 No 33kV consumers, 42 No. 11kV consumers and 1,01,176 No. LT consumer meters (1- Phase & 3-Phase). NIT was issued for 4 lakhs consumer meters out of total 9Lakhs consumers unmetered. The balance 5Lakhs consumers will be metered in the next phase. The work order for supply and installation of 40,057 No. 3-phase consumers (i.e. State Tube Wells, Lift Irrigation, Water Supply, Agriculture and other consumers) has already been issued.
Anti-theft initiatives
BSEB has taken many initiatives to control power theft in the distribution system. As part of the theft control measures a Special Task Force (STF) was created at Board head quarters in November 2007. All filed offices were equipped with Anti Power Theft (APT) squads for conducting regular checks /raids. STF is headed by an officer in the rank of Electrical Superintending Engineer (Energy Accounting). STF consists of 22 officers in the rank of EEE/AEE. STF is fully equipped with measuring equipments and testing equipments with full mobility. STF is also supported by 1:4 district armed force with magistrate. The total number of premises inspected in FY 2009 (up to Oct’08) was 1464. The total number of cases in which FIR lodged was 297. The persons arrested in the period were 58. The total amount realized was Rs. 713.28 Lakhs.
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Appendix 2
Historical GDP for the State of Bihar (All figures are in Indian Rupee) GDP at 1999-2000 Prices
Sector 1999-00 2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08
1 Agriculture 1,520,245 2,086,135 1,628,760 2,066,604 1,689,948 1,941,748 1,698,380 2,172,949 1,908,325
2 Forestry & logging 91,061 96,295 98,771 102,316 106,604 111,676 116,602 121,603 126,756
3 Fishing 69,666 76,924 98,479 106,927 109,147 109,534 114,470 106,906 114,874
Agri & Allied 1,680,972 2,259,354 1,826,010 2,275,847 1,905,699 2,162,958 1,929,452 2,401,458 2,149,955
4 Mining & quarrying 9,444 13,342 24,254 6,795 5,570 4,382 7,476 6,419 6,400
A Sub Total of Primary 1,690,415 2,272,696 1,850,265 2,282,642 1,911,269 2,167,340 1,936,927 2,407,876 2,156,355
5 Manufacturing 361,400 338,989 314,355 338,616 331,723 352,658 378,947 400,246 418,302
-6.2% -7.3% 7.7% -2.0% 6.3% 7.5% 5.6% 4.5%
5.1 Manu-Registered 115,065 78,584 67,724 84,163 62,181 79,040 87,155 96,361 106,133
5.2 Manu-Unregistered 246,335 260,405 246,632 254,453 269,541 273,618 291,792 303,885 312,168
6 Construction 192,919 195,250 215,939 257,473 251,752 310,399 569,833 741,919 775,018
7 Electricity, gas and Water supply 71,852 77,800 60,214 61,571 63,170 65,444 72,782 77,198 82,152
B Sub Total of Secondary 626,172 612,039 590,508 657,660 646,645 728,500 1,021,562 1,219,363 1,275,471
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GDP at 1999-2000 Prices
Sector 1999-00 2000-01 2001-02 2002-03 2003-04 2004-05 2005-06 2006-07 2007-08
Industry 635,615 625,381 614,763 664,455 652,215 732,882 1,029,037 1,225,782 1,281,872
8 Transport, storage & communication 372,396 405,384 405,059 435,725 407,067 439,091 489,087 539,672 542,528
8.1 Railways 156,375 175,517 180,244 183,662 138,312 148,520 161,319 175,855 175,855
8.2 Transport by other means (including 139,261 150,387 149,788 157,546 158,205 165,599 167,454 177,825 180,681 storage)
8.3 Storage
8.4 Communication 76,760 79,480 75,027 94,517 110,550 124,972 160,314 185,992 185,992
9 Trade, hotels and restaurants 754,085 870,094 952,999 1,135,742 1,141,966 1,388,069 1,357,104 1,741,314 1,960,068
10 Banking & Insurance 181,914 201,432 247,359 236,669 229,532 242,491 260,262 319,976 319,976
11 Real estate, ownership of dwellings 209,709 220,979 230,439 239,966 250,855 263,763 278,237 294,723 312,882 and business services
12 Public administration 379,361 412,939 446,152 384,602 436,253 458,763 443,199 521,040 509,162
13 Other services 805,941 829,506 826,758 832,877 866,359 868,354 953,042 1,061,398 1,022,945 c. Sub Total of Tertiary 2,703,406 2,940,334 3,108,766 3,265,581 3,332,031 3,660,530 3,780,930 4,478,123 4,667,561
14 State domestic product (Rs. lacs) 5,019,993 5,825,069 5,549,539 6,205,883 5,889,945 6,556,371 6,739,419 8,105,362 8,099,388
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Appendix 3 TECHNICAL AND COST CHARACTERISITCS
Existing BSEB Plants Description Plant-1 Plant-2 Source Name of the Unit BTPS MTPS Thermal Auxiliary Consumption Performance 17.64% 14% (%) Report 2006-07, CEA Thermal Performance Forced Outage Rate (%) 33.12% 21.3% Report 2006-07, CEA Unit Maintenance Assumption 4 4 (Weeks) Total Fuel Cost(Rs/MT) 1799 1799 BSEB Gross Calorific Value BSEB 4520 4520 (kCal/kWh) Unit Heat Rate BSEB 4768 3600 (kCal/kWh) Variable O&M (Rs/kWh) 0.06 0.076 Assumption Fixed O&M Assumption 1959 1959 (Rs/kW/Year)
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Existing Imports Thermal Description Plant-1 Plant-2 Plant-3 Plant-4 Remarks Farakka Kahalgaon Kahalgaon Name of the Unit Talcher STPS STPS-I STPS-II Transmission 3.42% 3.42% 3.42% 3.42% RLDC Losses (%) Thermal Performance Station Service (%) 6.53% 8.74% 7.5% 5.67% Report 2006- 07, CEA Thermal Forced Outage Rate Performance 5.75% 1.24% 2% 3.04% (%) Report 2006- 07, CEA Variable Tariff 1.02 1.12 1.12 0.42 BSEB (Rs/kWh) Fixed Tariff 708 504 504 729.6 BSEB (Rs/KW/Month) Annual Gross 90% of Energy Availability 2450.16 1090 2653 BSEB PLF (MU)
Hydro Description Plant-1 Plant-2 Plant-3 Plant-4 Remarks Teesta Chuka Ranjeet Name of the Unit Tala HEP HEP HEP HEP Transmission 3.42% 7.38% 3.42% 3.42% RLDC Losses (%) Station Service (%) 0.5% 0.5% 0.5% 0.5% Assumption Forced Outage Rate Assumption 2% 2% 2% 2% (%) Variable Tariff 1.77 0 1.12 0.71 BSEB (Rs/kWh) Fixed Tariff 0 624 782 489.6 BSEB (Rs/KW/Month) Annual Gross Energy Availability 391.3 973.8 554.03 115.10 BSEB (MU)
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Appendix 4 RESTRICTED LOAD DURATION CURVES Restricted Load Duration Curve Profiles
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Unrestricted Load Duration Curve Profiles
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Appendix 5 DESCRIPTION OF SYPCO (ADVANCED POWER SYSTEM PLANNING AND PRODUCTION COSTING SOFTWARE) This annexure presents a description of the computer programs utilized to develop the generation expansion plans. Details are provided for SYPCO. SYPCO This section describes the computer program SYPCO (Advanced Power System Planning and Production Costing), a tool for costing power system generation plans. The program can be used to examine a generation expansion scheme based on a given set of criteria by comparing the cost of alternative generation scenarios to serve a given load over a selected period of time. The criteria normally would consist of a load forecast, existing generation capability, future generation facilities, fuel, operation and maintenance (O & M) costs and the target reliability with which the load is to be served. SYPCO has the capability of evaluating thermal and hydro generation, as well as interconnection ties with neighbouring systems. Using SYPCO, peak load units can be added to satisfy a given loss of load probability criterion. Once the generation expansion plan has been developed, there are a number of options available to determine the cost of operating the system. The production costs are determined by simulating the operation of the system for a given method. Investment costs for the selected generation plan can be determined by using a number of costing methods. The production and investment costs are then combined to calculate the total annual costs along with the cumulative present worth. The information required to determine the sensitivity to varying discount rates, escalation in fuel prices, capital costs, and operation and maintenance costs is readily available by selecting appropriate options. Thus, alternative generation scenarios can be evaluated rapidly and the sensitivity of the results to critical economic parameters can be assessed. SYPCO consists of several interrelated modules as shown in the following figure.
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The program is very flexible and the level of detail and the options selected can be tailored to the problem at hand. The basic options, which may be selected, are as follows: - Generation Expansion - Automatic addition of peak load units. - Loss of Load Probability Analysis (LOLP) - Analysis based on either monthly (12 intervals per year) or the annual load duration curves. - Production Costing - Interval or annual based on either the simplified or the Probabilistic method. - Investment Costing - Based on either the uniform annual payment method, the straight-line depreciation method, or the capital cost method. Any combination of these options may be selected for a given study. The following subsections provide an indication of the level of detail possible and briefly describe the various modules. Load Model This module uses the input load data and converts it into a form that is usable by the other program modules. Depending on the level of detail desired the availability of data, either the interval load duration curves (ILDC), or the Annual Load Duration Curve
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(ALDC). For each case, the annual peak load (in MW) and annual energy (in GWh) as well as other characteristic information is required. Hydro Scheduler This module schedules the hydro units and determines the load, which has to be served by thermal units. It is possible to model two types of hydro units. Base hydro
Peak hydro
Base hydro units have no storage capability and are assumed to operate all the time that water is available. They are stacked at the bottom of the load duration curve. Peak hydro units on the other hand, have storage capability and are scheduled using the insertion technique; see the following figures (for LOLP purposes either the firm energy or average energy may be used).
In this way peak hydro units serve in essentially a peak shaving mode. The level at which they are stacked is determined in such a way that all their available energy is utilized, if possible. Hydro scheduling can be done, depending on the load model used, on one of the following basis: Scheduling under the Annual Load Duration Curve
Scheduling under the Interval Duration curves
For scheduling under the Annual Load Duration Curve, the capacity and energy (energy for peak hydro only) of the unit is required. However, for scheduling under the Interval Load Duration Curves the distribution of the hydro capacity for both base and peak hydro and the distribution of hydro energy for peak hydro units for each of the intervals is required. Typically the following is the input hydro data:
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Base Hydro Units Hydro capacity
Forced outage rate
Ratio of interval capacity to rated capacity
Peak Hydro Units Hydro capacity
Forced outage rate
Firm energy
Average energy
Ratio of interval firm energy to annual firm energy
Ratio of interval average energy to annual average energy
The interval capacity and energy data for hydro units may be specified in any consistent units. For stacking base hydro units and peak hydro units the capacity is derated by the forced outage rate of the unit. This results in a reduction in energy output from the base hydro units. For peak hydro units the energy is recoverable. After scheduling the hydro units and determining the stackable peak hydro capacity the load left over i.e. the load to be served by thermal units, is determined. The output from the hydro scheduler consists of one of the following: Stackable capacity of peak hydro units
Annual thermal load duration curves
Loss of Load Probability (LOLP) Analysis and Addition of Peaking Units This module uses the load duration curves to calculate the risk associated with having insufficient generation to meet the load. The risk is calculated as a Loss of Load Expectancy (LOLP) in days per year or hours per year. As an option, peaking plants are added automatically in such a way that the system reliability is at least equal to a given reliability index. The LOLP analysis is generally done using the interval load duration curves. The maintenance of the hydro units is done deterministically and the maintenance of the thermal units may be scheduled either manually or automatically. To schedule maintenance automatically, the program starts by scheduling the units in descending order of size and locating maintenance in the interval having the highest reserve. If the unit requires more than one interval of maintenance then consecutive intervals with the highest reserve are located in order to schedule unit maintenance. Starting with the original load duration curve, each unit is convolved with the load duration curve using the following recursive formula (Eq-1):
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p q ELDC i (x ) = i . ELDC( i-1 ) (x ) + i . ELDC( i-1 )(x - C i )
Where: qi = Forced outage rate (FOR) of the ith unit pi = 1 - qi, the availability rate of the ith unit
ELDCi(x) = Equivalent LDC after convolution of the ith unit
Ci = Capacity of the ith unit The loss of load probability for a system having n units and a total installed capacity, C, is:
LOLP = ELDCn(C) (2) If LOLP is greater than the system design criteria, then peaking units are added until the desired reliability is achieved. When the annual LDC is used, an approximation is made for the maintenance of units. For calculating LOLP, the firm capability of the hydro is usually used, but the other capabilities can be examined if desired. Production Costing The objective of this module is to simulate the operation of the power system and to determine the cost of energy production. The energy produced by each unit can be computed for two distinct levels of detail: interval basis using the ILDC, or annual basis using the ALDC. For production costing, the costs associated with the production, generally fixed per year, are computed. The load model prepares the appropriate load data and produces the thermal load duration curves. Once the interval load duration curve has been determined, the thermal units are stacked in order of priority. The unit with the lowest variable cost (fuel and variable O & M) is stacked first after the must run units. The energy produced by the thermal units can be calculated by either one of two ways: Simplified Method - This method is illustrated in the following figure. The energy produced by a unit is the area under the duration curve. The unit capacity is derated by the unit forced outage rate and to account for unit maintenance, the unit capability is also generally derated by the planned outage rate. The derated capacity (Di) is given by:
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Di = Ci {1 - (PORi + FORi)} (3) Where:
Ci = unit net capacity
PORi = planned outage rate
FORi = forced outage rate Probabilistic Method - The method takes the outage rate of the unit into account probabilistically as illustrated in the following figure. As in the LOLP analysis, each unit is successively convolved with the load duration curve using the recursive formula given in equation (1). When a unit is stacked, the load level increases by the unit size for a duration proportional to the forced outage rate of the unit and to the time the unit is used in that load state.
The energy produced by unit i (Ei) is the area under the load duration curve multiplied by the unit availability.
Q i = p ( x ) dx E i i ELDC( 1-i ) Q ( 1-i )
Where Qi and Qi-1 are the load levels at which the unit is stacked. On a probabilistic basis, there will always be some unserviced energy. After stacking the n available thermal units having a total capacity of C, the expected unserviced energy (UE) is:
C+PL
= UE UE = ELDC i ( x ) dx C
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Where : PL = Peak Load Unit maintenance is treated either automatically or manually as described in the LOLP analysis: Once the interval energy produced by each unit has been determined, a simple summation of the energy produced by each unit in each interval gives the annual energy produced. The production costs (fuel, fixed and variable O & M) can then be easily computed for each of the generation units and hence for the entire system. These costs can include escalation in fuel prices, capital costs, and operation and maintenance costs. The method used for annual production costing is an approximation to that described above for interval production costing. The primary difference is that unit maintenance is approximated and the annual load duration curve is used instead of the interval load duration curve. Pumped Storage Modeling in SYPCO Pumped storage units are used to improve system reliability and decrease generation costs by storing cheap off-peak energy, which is later released during high-cost peak hours. These units operate in cyclical manner consisting of pumping and generating usually on a daily or weekly basis. Pumping is performed in low-cost periods of thermal operation where the unit operates like a motor to pump water into a reservoir. The stored water in the reservoir is then used to generate electricity during peak-load, high-cost periods. The operation of the pumped-storage unit is limited by its physical characteristics and optimized to maximize the economics of its operation. Physical characteristics The pumped-storage units’ physical characteristics are represented by: - E : storage volume (GWh)
- Pp : pumping capacity (MW)
- p : pumping efficiency (%)
- Pg : restoration or generation capacity (MW)
- g : generating efficiency (%)
The energy required to pump the water into the storage reservoir is: E E p p and the energy generated from the water stored in the reservoir is:
EE gg The roundtrip or overall efficiency of the pumping/generation cycle is:
gp
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SYPCO uses monthly load duration curves (LDC) to represent the system load, where the load is represented by a non-chronological format. Therefore the results obtained in SYPCO only provide the overall monthly operation. The operation of a pumped storage unit is shown in the following figure where the pumped energy is added to the LDC and the generated energy is removed from the peak of the curve.
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SYPCO LDC curves
7000
6000
5000 Restored energy
Difference in cost between pumped and restored energy
4000
Pumped energy Load (MW)
3000
2000
1000
0 0 10 20 30 40 50 60 70 80 90 100 Number of points
Original LDC Thermal (-HYDRO) Pumped Storage
Economics The economics of operating a pumped storage unit is based on the difference between the cost between the cost of storing the energy and the avoided cost of not producing the energy provided by the pumped storage unit. This difference is determined by the overall efficiency of the pumping/generation cycle as well as the thermal units affected by the pumped storage unit - shown in the following formulae: The cost of pumping the energy is :
UPCEC ppp and the avoided cost of generating with the stored water is:
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UPCEC ggg
Where UPC p is the variable cost of the thermal unit pumping the water and UPCg is the avoided cost of not having to generate that energy had the pumped storage unit not run. These costs are expressed in mills/kWh. Therefore, to operate economically:
CC pg Substituting,
UPCEUPCE ppgg Or
UPCUPC pg
To operate economically, the avoided cost of the generation UPCg reduced by the overall efficiency must be greater than the cost of pumping the water UPC p . As the storage unit may span more than one thermal unit, UPC may be made up of several thermal units’ costs. The operating cost savings can be expressed as:
UPCUPCEC ppggsavings )( It should be noted that E and UPC are coupled so that when E increases, the price difference between UPCg and UPC p decreases. There are also many other considerations and interrelationships that come into play when a pumped storage unit is added. Among them are: The load and load shape
Maintenance schedules
Energy limited thermals units
Interconnection usage
New unit additions
Reliability - LOLP
Unit |forced outage rates
Types of generating units
Cost of expected unserviced energy (EUE)
To properly model the effect of pumped storage units on all of these phenomena, an iterative annual optimization is necessary. Investment Costing The investment-costing module uses the generation expansion plan, the cashflow pattern and the number of years of construction given in the database to produce a cashflow profile for all investments. Any special investments entered are also treated in
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Final Report the same way. Then based on the method of calculation used, the annual costs are calculated. Three methods of calculation are available: uniform annual payments (UAP), straight-line depreciation (SLD), and capital cost. The uniform annual payments method calculates the annual capital costs using a uniform charge to cover both interest and depreciation. The full cost is paid back over the life of the plant. These costs appear for each year of the plant life starting in the commissioning year along with other charges such as interim replacement and insurance. The straight-line depreciation method calculates the annual capital costs using straight- line depreciation, with interest calculated on the diminishing balance. As with the UAP method, the full cost is paid back over the life of the plant and the costs appear for each year of the plant life starting in the commissioning year along with the other charges such as interim replacement and insurance. The capital cost method assumes that the entire capitalized investment is assumed to be spent in the commissioning year. The investment costs for future years of the life of the plant include charges for items such as interim replacement and insurance. Economic Analysis The economic analysis is carried out by simulating the operation of the system for a period of time long enough to absorb the project under study. This is called the simulation period. In order to measure the effect of the project(s) on long term operating costs, the operation simulated in the last year of the simulation period is held constant for a period long enough to measure these effects. The overall period of comparison is called the evaluation period. For hydro plants, this evaluation period is usually 50 years. The following figure shows the relationship between evaluation period, simulation period, reference year for discounting and reference year for cost data.
The present worth analysis consists of obtaining the present worth of all costs, both production and investment costs, for a basic discount rate and for up to five additional discount rates. When investment costs are determined for these additional discount rates, the interest during construction is automatically recalculated to reflect the discount rate being used.
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Final Report
An evaluation of a given scenario beyond the simulation period is obtained by assuming that the annual costs during the evaluation period remain constant and equal to the annual cost during the last year of the simulation period. This provides a computationally efficient means of extending the economic analysis of the system into years beyond the simulation period. SYPCO permits the use of up to five different escalation rates for fuel costs, capital costs and O & M costs. The cost data is supplied in terms of reference year costs, i.e. the costs are valid for the beginning of the specified reference year. To determine the actual costs in any given simulation year, the costs are multiplied by an escalation factor. Summary Reports The following is a sample list of summary reports that are available at the completion of a SYPCO simulation: Annual and/or Interval LOLP
Annual and/or Interval Unit Energy Production
Annual Production and/or Investment Costs
Annual and/or Interval Hydro Utilization
Annual and/or Interval Energy and Capacity Balances
Maintenance Schedule
Generation Expansion Program by Unit Type
Energy Production Mix by Fuel Type
Summary of Surplus Hydro
Summary of Annual LOLP
Summary of Annual Costs and Present Worth
Sensitivity to Discount Rates
Input Data Processing An editor, SYPEDIT was specifically developed for editing SYPCO data input. It was designed to simplify the data entry procedure and is also able to detect some anomalies in the data that may be entered erroneously.
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APPENDIX – 6
EQUIPMENT UNIT COST
TABLES: A-1 to A-17 Appendix A-1 Estimated Cost of Replacement of Old Xmer with 1 x 10 MVA , 33/11 kV Xmer
Amount in SL PARTICULARS Rs. Lakh AUGMENTATION OF TRANSFORMER WITH HIGHER CAPACITY 1 33/11kV Transformer along with oil and all accessories, complete 74.48 2 33kV Equipments 9.33 3 11kV Equipments 5.15 4 AC/DC Supply 0.22 5 Sub Station Auxiliaries 4.37 6 Insulators and Hardware 0.52 7 Spares 1.85 8 Civil Works (other than foundations) (w/o land cost, if any) 0.12 9 Civil Foundations 2.62 10 Erection and Dismantling Charges 4.98 11 Cable Laying and associated work 0.17 12 Stringing and Jumpering 0.46 13 Testing, Commissioning and misc. works 0.46 14 Transport, Insurance, Service charges, Contingencies, etc. 22.31 Total 127.01 Prices are 2010-11 (1st quarter) based Appendix A-2 Estimated Cost of Replacement of Old Xmer with 1 x 5 MVA , 33/11 kV Xmer
Amount in SL PARTICULARS Rs. Lakh AUGMENTATION OF TRANSFORMER WITH HIGHER CAPACITY 1 33/11kV Transformer along with oil and all accessories, complete 39.16 2 33kV Equipments 9.33 3 11kV Equipments 5.15 4 AC/DC Supply 0.22 5 Sub Station Auxiliaries 4.37 6 Insulators and Hardware 0.52 7 Spares 1.85 8 Civil Works (other than foundations) (w/o land cost, if any) 0.12 9 Civil Foundations 2.62 10 Erection and Dismantling Charges 4.98 11 Cable Laying and associated work 0.17 12 Stringing and Jumpering 0.46 13 Testing, Commissioning and misc. works 0.46 14 Transport, Insurance, Service charges, Contingencies, etc. 16.48 Total 85.86 Prices are 2010-11 (1st quarter) based Appendix A-3 Estimated Cost of Installation of New 33/11 kV Sub Station with 1x10 MVA Transformer, 1x33 kV and 3x11 kV Bays Amount in SL PARTICULARS Rs. Lakh NEW 33/11kV OUT DOOR SUB STATION 1 33/11kV Transformer along with oil and all accessories, complete 74.48 2 11/0.4 kV 100 kVA Station Transformer including oil 1.52 3 33kV Equipments 19.19 4 11kV Equipments 24.73 5 AC/DC Supply 1.92 6 Sub Station Auxiliaries 10.39 7 Structures 17.60 8 Insulators and Hardwares 0.88 9 Sub Station Lighting 1.18 10 Fire Fighting Equipments 0.18 11 Safety Equipments 0.16 12 Spares 15.19 13 Tools & Plants 0.43 14 Civil Works (other than foundations) (w/o land cost, if any) 16.35 15 Civil Foundations 13.19 16 Erection Charges 5.68 17 Cable Laying and associated work 1.08 18 Stringing and Jumpering 0.91 19 Testing, Commissioning and misc. works 1.18 20 Transport, Insurance, Service charges, Contingencies, etc. 42.66 Total 248.91 Prices are 2010-11 (1st quarter) based Cost does not include charges towards land compensation, etc., if any Appendix A-4 Estimated Cost of Installation of additional 33/11 kV 1x10 MVA Transformer with protective switchgear Amount in SL PARTICULARS Rs. Lakh INSTATLLATION OF ADDITIONAL 33/11 kV TRANSFORMER 1 33/11kV Transformer along with oil and all accessories, complete 74.48 2 33kV Equipments 9.98 3 11kV Equipments 5.38 4 AC/DC Supply 0.22 5 Sub Station Auxiliaries 4.21 6 Structures 6.34 7 Insulators and Hardwares 0.52 8 Sub Station Lighting 0.30 9 Fire Fighting Equipments 0.09 10 Spares 13.63 11 Civil Works (other than foundations) (w/o land cost, if any) 0.68 12 Civil Foundations 5.83 13 Erection Charges 2.34 14 Cable Laying and associated work 0.46 15 Stringing and Jumpering 0.34 16 Testing, Commissioning and misc. works 0.48 17 Transport, Insurance, Service charges, Contingencies, etc. 25.66 Total 150.94 Prices are 2010-11 (1st quarter) based Appendix A-5 Estimated Cost of Installation of new 33/11 kV Sub Station with 1x5 MVA Transformer, 1x33 kV and 3x11 kV Bays Amount in SL PARTICULARS Rs. Lakh NEW 33/11kV OUT DOOR SUB STATION 1 33/11kV Transformer along with oil and all accessories complete 39.16 2 11/0.4 kV 100 kVA Station Transformer including oil. 1.52 3 33kV Equipments 19.19 4 11kV Equipments 24.73 5 AC/DC Supply 1.92 6 Sub Station Auxiliaries 10.39 7 Structures 17.60 8 Insulators and Hardwares 0.88 9 Sub Station Lighting 1.18 10 Fire Fighting Equipments 0.18 11 Safety Equipments 0.16 12 Spares 15.19 13 Tools & Plants 0.43 14 Civil Works (other than foundations) (w/o land cost, if any) 16.35 15 Civil Foundations 13.19 16 Erection Charges 5.68 17 Cable Laying and associated work 1.08 18 Stringing and Jumpering 0.91 19 Testing, Commissioning and misc. works 1.18 20 Transport, Insurance, Service charges, Contingencies, etc. 34.96 Total 205.88 Prices are 2010-11 (1st quarter) based Cost does not include charges towards land compensation, etc., if any Appendix A-6 Estimated Cost of Installation of Additional 33/11 kV 1x 5 MVA Transformer with Protective Switchgear Amount in SL PARTICULARS Rs. Lakh INSTALLATION OF ADDITIONAL 33/11 kV TRANSFORMER 1 33/11kV Transformer along with oil and all accessories complete 39.16 3 33kV Equipments 9.98 4 11kV Equipments 5.38 5 AC/DC Supply 0.22 6 Sub Station Auxiliaries 4.21 7 Structures 6.34 8 Insulators and Hardwares 0.52 9 Sub Station Lighting 0.30 10 Fire Fighting Equipments 0.09 12 Spares 13.63 14 Civil Works (other than foundations) (w/o land cost, if any) 0.68 15 Civil Foundations 5.83 16 Erection Charges 2.34 17 Cable Laying and associated work 0.46 18 Stringing and Jumpering 0.34 19 Testing, Commissioning and misc. works 0.48 20 Transport, Insurance, Service charges, Contingencies, etc. 19.00 Total 108.96 Prices are 2010-11 (1st quarter) based Appendix A-7 Estimated per km Cost of New 33 kV D/C Line with WOLF ACSR Amount in SL PARTICULARS Rs. Lakh 1 Rail Pole 8.43 2 Conductor 4.36 3 Fabricated items including Cross-arms, Pin, Clamps, etc 1.49 4 Insulators with Hardware 1.26 5 Guarding and Lacing 1.20 6 Nuts and Bolts 0.19 7 Misc. items including Stay support, Earthing, Paints, etc. 1.58 8 Erection / Stringing 1.85 9 Transport, Insurance, Service Charges, Contingencies,etc. 2.13 Total 22.49 Prices are 2010-11 (1st quarter) based Cost does not include charges towards land compensation, etc., if any Appendix A-8 Estimated per km Cost of New 33 kV S/C Line with WOLF ACSR Amount in SL PARTICULARS Rs. Lakh 1 Rail Pole 7.73 2 Conductor 2.18 3 Fabricated items including Cross-arms, Pin, Clamps, etc 0.63 4 Insulators with Hardware 0.63 5 Guarding and Lacing 1.20 6 Nuts and Bolts 0.10 7 Misc. items including Stay support, Earthing, Paints, etc. 1.32 8 Erection / Stringing 1.38 9 Transport, Insurance, Service Charges, Contingencies,etc. 1.58 Total 16.74 Prices are 2010-11 (1st quarter) based Cost does not include charges towards land compensation, etc., if any Appendix A-9 Estimated per km Cost of New 33 kV S/C Line with DOG ACSR (50 m span) Amount in SL PARTICULARS Rs. Lakh 1 Rail Pole 7.73 2 Conductor 1.51 3 Fabricated items including Cross-arms, Pin, Clamps, etc 0.63 4 Insulators with Hardware 0.63 5 Guarding and Lacing 1.20 6 Nuts and Bolts 0.10 7 Misc. items including Stay support, Earthing, Paints, etc. 1.32 8 Erection / Stringing 1.31 9 Transport, Insurance, Service Charges, Contingencies,etc. 1.51 Total 15.92 Prices are 2010-11 (1st quarter) based Cost does not include charges towards land compensation, etc., if any Appendix A-10 Estimated per km Cost of New 33 kV S/C Line with DOG ACSR (100 m span) Amount in SL PARTICULARS Rs. Lakh 1 Rail Pole 3.87 2 Conductor 1.51 3 Fabricated items including Cross-arms, Pin, Clamps, etc 0.44 4 Insulators with Hardware 0.42 5 Guarding and Lacing 1.20 6 Nuts and Bolts 0.07 7 Misc. items including Stay support, Earthing, Paints, etc. 0.79 8 Erection / Stringing 0.83 9 Transport, Insurance, Service Charges, Contingencies,etc. 0.95 Total 10.08 Prices are 2010-11 (1st quarter) based Cost does not include charges towards land compensation, etc., if any Appendix A-11 Estimated per km Cost of Replacement of 33 kV S/C Line Cond. with DOG ACSR (with 100 metre span) Amount in SL PARTICULARS Rs. Lakh 1 Conductor 1.51 2 Fabricated items including Cross-arms, Pin, Clamps, etc 0.34 3 Insulators with Hardware 0.42 4 Guarding and Lacing 0.33 5 Nuts and Bolts 0.02 6 Misc. items including Stay support, Earthing, Paints, etc. 0.45 7 Dismantling / Stringing 0.54 8 Transport, Insurance, Service Charges, Contingencies,etc. 0.35 Total 3.96 Prices are 2010-11 (1st quarter) based Appendix A-12 Estimated per km Cost of Replacement of 33 kV S/C Line Cond. with DOG ACSR (with 50 metre span) Amount in SL PARTICULARS Rs. Lakh 1 Conductor 1.51 2 Fabricated items including Cross-arms, Pin, Clamps, etc 0.68 3 Insulators with Hardware 0.63 4 Guarding and Lacing 0.33 5 Nuts and Bolts 0.03 6 Misc. items including Stay support, Earthing, Paints, etc. 0.76 7 Dismantling / Stringing 0.69 8 Transport, Insurance, Service Charges, Contingencies,etc. 0.45 Total 5.09 Prices are 2010-11 (1st quarter) based Appendix A-13 Estimated per km Cost of Replacement of 33 kV S/C Line Cond. with WOLF ACSR Amount in SL PARTICULARS Rs. Lakh 1 Conductor 2.18 2 Fabricated items including Cross-arms, Pin, Clamps, etc 0.68 3 Insulators with Hardware 0.63 4 Guarding and Lacing 0.33 5 Nuts and Bolts 0.03 6 Misc. items including Stay support, Earthing, Paints, etc. 0.76 7 Dismantling / Stringing 0.81 8 Transport, Insurance, Service Charges, Contingencies,etc. 0.53 Total 5.95 Prices are 2010-11 (1st quarter) based Appendix A-14 Estimated per km Cost of Conversion of 33 kV S/C Line to D/C line with WOLF ACSR Amount in SL PARTICULARS Rs. Lakh 1 Conductor 4.36 2 Fabricated items including Cross-arms, Pin, Clamps, etc 1.59 3 Insulators with Hardware 1.26 4 Guarding and Lacing 0.33 5 Nuts and Bolts 0.07 6 Misc. items including Stay support, Earthing, Paints, etc. 0.76 7 Dismantling / Stringing 1.46 8 Transport, Insurance, Service Charges, Contingencies,etc. 0.96 Total 10.80 Prices are 2010-11 (1st quarter) based Appendix A-15 Estimated per km Cost of 33 kV Underground Cabling Work
Amount in SL PARTICULARS Rs. Lakh LAYING OF 33 kV XLPE CABLE 1 33 kV, 3-Core, 400 sq.mm.XLPE Cable 32.21 2 End Termination Kits 0.67 3 Straight through Jointing Kits 1.68 4 Pipe for laying cable on the Terminal Structures 0.16 5 Cable Laying and associated work 3.47 6 Transport, Insurance, Service charges, Contingencies, etc. 3.99 Total 42.19 Prices are 2010-11 (1st quarter) based Appendix A-16 Estimated Cost of Construction of New 33 kV Bay
Amount in SL PARTICULARS Rs. Lakh ERECTION OF 33 kV BAY 1 33kV Equipments 8.85 2 AC/DC Supply 0.05 3 Sub Station Auxiliaries 1.48 4 Structures 2.69 5 Insulators and Hardwares 0.29 6 Sub Station Lighting 0.12 7 Spares 1.12 8 Civil Works (other than foundations) (w/o land cost, if any) 0.30 9 Civil Foundations 2.14 10 Erection Charges 1.09 11 Cable Laying and associated work 0.18 12 Stringing and Jumpering 0.23 13 Testing, Commissioning and misc. works 0.19 14 Transport, Insurance, Service charges, Contingencies, etc. 6.64 Total 25.37 Prices are 2010-11 (1st quarter) based Appendix A-17
Estimated Cost of Construction of New 11 kV Bay Amount in SL PARTICULARS Rs. Lakh 1 Cost of 11 kV Equipments 5.38 2 Auxiliaries (Cables & Conductors) 1.40 3 Structures 3.25 4 Insulators & Hardwares 0.09 5 Civil Works (Other than Foundations) 0.19 6 Civil Foundations 0.70 7 Erection Charges 0.41 8 Cable Laying & Associated Work 0.23 9 Stringing & Jumpering 0.17 10 Testing,Commissioning and Associated Work 0.04 Total 11.86 Contingencies @5% 0.59 Grand Total 12.45 Add 10% 1.25 Total 13.70
APPENDIX – 7
TOTAL COST
TABLES: B-1 to B-7 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 2010 1. Bahadurpur-Saidpur Mithapur Conversion of S/C DOG to D/C WOLF ACSR 6.0 10.80 64.80 from Mithapur GSS to Bahadurpur S/S 2. Kankarbag Mithapur Replacement of DOG with WOLF ACSR 5.0 5.95 29.75 3. R K Nagar Mithapur Replacement of DOG with WOLF from Mithapur 2.5 5.95 14.88 GSS to Ashoknagar S/S 1. PESU (East) 4. Karbagahiya-R.Nagar Mithapur Replacement of DOG with WOLF from Mithapur 2.0 5.95 11.90 to Karbagahiya 5. City feeder Gaighat Replacement of DOG with WOLF upto 10.0 5.95 59.50 Malsalami S/S 6. NMCH Gaighat Replacement of DOG with WOLF ACSR from Gaighat 3.5 5.95 20.83 GSS to NMCH to Meena Bazar 201.65
1. Khagaul III and IV Khagaul Replacement of DOG with WOLF ACSR 8 5.95 47.60 from Khagaul to Garikhana 2. Khagaul II Khagaul 1. Conversion of S/C DOG to D/C WOLF ACSR from 1 10.80 10.80 Khagaul to Walmi tapping 2. Replacement of DOG with WOLF from Walmi 9 5.95 53.55 to IGIMS 3. Khagaul I Khagaul 1. Conversion of S/C DOG to D/C WOLF ACSR from 6 10.80 64.80 Khagaul to Bhusaula 2. PESU (West) 2. Conversion of S/C DOG to D/C WOLF from 10 10.80 108.00 Bhusaula to A N College 4. Danapur I Khagaul Replacement of DOG with WOLF from Danapur 12 5.95 71.40 to Digha 5. PESU 9 Jakkanpur Replacement of DOG with WOLF ACSR 5 5.95 29.75 6. PESU 7 Jakkanpur Replacement of DOG with WOLF ACSR from 5 5.95 29.75 Jakkanpur to Mauryalok tapping 7. PESU 6 Jakkanppur Conversion of S/C DOG to D/C WOLF ACSR 1 10.80 10.80 from Jakkanpur to Beur 426.45 1. Pareo-Kanpa Bihta 1. Conversion of S/C DOG to D/C WOLF from 26.0 10.80 280.80 Bihta to Lalbhasara S/S 3. Patna 2. Replacement of GI Wire with DOG ACSR 2.7 3.96 10.56 between Bihta and Pareo 3. Replacement of RABBIT & GI with DOG ACSR 5.3 3.96 21.12 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) between Lalbhasara and Paliganj 2. Bihta A/F Bihta Replacement of DOG with WOLF ACSR (3 ckts.) 2.1 5.95 12.50 3. Balmukund HTC Bihta Replacement of DOG with WOLF ACSR from 3.5 5.95 20.83 Bihta A/F to Balmukund HTC 3. Patna 4. Fatuah Fatuah 1. Replacement of GI Wire with DOG ACSR 12.0 3.96 47.52 between Fatuah and Daniyaman S/Ss 2. Replacement of GI Wire with DOG ACSR 12.0 3.96 47.52 between Fatuah and Khusrupur S/Ss 440.84 1. Sohasarai Bari Pahari Replacement of RABBIT and GI wire with DOG 11.7 3.96 46.33 ACSR between Sohasarai and Rahui S/Ss 2. Ramchandrapur Bari Pahari Replacement of DOG with WOLF ACSR 2.0 5.95 11.90 from Bari Pahari GSS to Ramchandrapur S/S 3. Ekangersarai Bari Pahari 1. Replacement of GI Wire with DOG ACSR 49.0 3.96 194.04 between Ekangersarai to Hulasganj and Khudaganj S/Ss 2. Replacement of DOG with WOLF ACSR 30.0 5.95 178.50 4. Nalanda between Bari Pahari GSS and Ekangersarai S/S 4. Silao Rajgir Replacement of GI wire with DOG ACSR betweeen 54.5 3.96 215.82 Rajgir GSS and Silao-Athri-Khizr Sarai S/Ss 5. Nalanda Rajgir 1. Replacement of DOG with WOLF ACSR 0.5 5.95 2.98 between Rajgir GSS and next node 2. Replacement of GI Wire with DOG ACSR 15.3 3.96 60.59 between Nalanda and Raiter S/Ss 6. Noor Sarai Bari Pahari Replacement of GI wire with DOG ACSR betweeen 23.0 3.96 91.08 Bari Pahari and Noor Sarai 801.24 5. Chapra 1. Bettiah Bettiah Replacement of DOG with WOLF ACSR 1.1 5.95 6.55 from Bettiah GSS to Bettiah S/S 2. Lauria Ram Nagar Replacement of GI wire with DOG ACSR 12.5 3.96 49.50 between Ram Nagar GSS and Lauria S/S 3. Ram Nagar Ram Nagar Replacement of GI wire with DOG ACSR 27.0 3.96 106.92 between Ram Nagar GSS and Bagaha S/S 6. Motihari 4. Areraj Motihari Replacement of GI wire with DOG ACSR 16.5 3.96 65.34 between Motihari GSS and Areraj S/S 5. Madhopur-Harsiddhi Motihari Replacement of GI wire with DOG ACSR 20.5 3.96 81.18 between Motihari GSS and Madhopur-Harsiddhi S/Ss 6. Chakia-Madhuban Motihari Replacement of GI wire with DOG ACSR 6.0 3.96 23.76 between Chakia and Madhuban S/Ss 333.25 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 1. Japani farm-Sarai Ara Replacement of DOG with WOLF ACSR 5.0 5.95 29.75 between Ara GSS and Japani farm S/S 2. Powerganj Ara Replacement of DOG with WOLF ACSR from 6.0 5.95 35.70 Ara GSS to Powerganj S/S 3. Nawanagar-Murar Dumraon Replacement of GI wire with DOG ACSR 4.0 3.96 15.84 7. Bhojpur between Nawanagar and Murar S/Ss 4. Buxar Dumraon 1. Replacement of DOG with WOLF ACSR 20.0 5.95 119.00 from Dumraon GSS to Buxar S/S 2. Replacement of GI Wire with DOG ACSR 10.0 3.96 39.60 between Buxar and Chausa S/Ss 239.89 1. Kako-Charui Irki Replacement of GI wire with DOG ACSR 6.0 3.96 23.76 between Kako and Charui S/Ss 2. Tehta-Makpa Irki Replacement of GI wire with DOG ACSR 13.5 3.96 53.46 Irki GSS and Makhadampur - Tehta - Makpa S/Ss 3. Irki-Shakurabad Irki Replacement of GI wire with DOG ACSR 6.5 3.96 25.74 between Irki and Shakurabad S/Ss 4. Rafiganj Rafiganj Replacement of GI wire with DOG ACSR 9.5 3.96 37.62 between Rafiganj and Goh S/Ss 5. Uchauli-Madanpur Rafiganj 1. Replacement of GI wire and RABBIT with DOG 6.5 3.96 25.74 ACSR between Rafiganj and Uchauli S/Ss 2. Replacement of GI Wire with DOG ACSR 12.5 3.96 49.50 8. Gaya between Uchauli and Madanpur S/Ss 6. Tekari-Konch Tekari Replacement of GI wire with DOG ACSR 12.0 3.96 47.52 between Tekari and Konch S/Ss 7. Gandhi Maidan Chandauti Replacement of DOG with WOLF ACSR 6.0 5.95 35.70 (Gaya) from Chandauti and Gandhi Maidan S/Ss 8. Shergahti Bodh Gaya 1. Replacement of DOG with WOLF ACSR 20.8 5.95 123.76 between Bodh Gaya GSS and Sherghati S/S 2. Replacement of GI Wire with DOG ACSR 10.0 3.96 39.60 between Imamganj and Dumaria S/Ss 3. Replacement of GI wire with DOG ACSR 5.0 3.96 19.80 between Sherghati and Gurua S/Ss 9. Manpur Bodh Gaya Replacement of GI wire with DOG ACSR 30.0 3.96 118.80 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) between Manpur - Paimar - Wazirganj S/Ss 10.MU Campus Bodh Gaya Replacement of DOG with WOLF ACSR 3.0 5.95 17.85 from Bodh Gaya to MU Campus 11.Akbarpur Nawada Replacement of GI wire with DOG ACSR 4.0 3.96 15.84 between Akbarpur and Sirdala S/Ss 8. Gaya 12.Warsaliganj Nawada 1. Replacement of GI Wire with DOG ACSR 10.0 3.96 39.60 between Warsaliganj and Pakribarwan S/Ss 2. Replacement of GI Wire with DOG ACSR 32.0 3.96 126.72 between Warsaliganj - Roh - Kankol S/Ss 13.Aurangabad Barun Replacement of DOG with WOLF ACSR 22.0 5.95 130.90 from Barun GSS to Aurangabad S/S 931.91 1. Supaul Supaul Replacement of DOG with WOLF ACSR 0.5 5.95 2.98 9. Saharsa from Supaul GSS to Supaul S/S 2.98 1. Sanhaula Kahalgaon Replacement of GI wire with DOG ACSR 9.0 3.96 35.64 between Kahalgaon and Sanhaula S/Ss 10.Bhagalpur 2. Banka-Bausi Banka Replacement of DOG with WOLF ACSR 0.1 5.95 0.60 from Banka GSS to Banka S/S 36.24 1. Jamui Mallehpur Replacement of DOG with WOLF ACSR 8.0 5.95 47.60 from Mallehpur GSS to Jamui S/S 2. Purani Bazar Lakhisarai Replacement of DOG with WOLF ACSR 3.0 5.95 17.85 from Lakhisarai GSS to Lakhisarai S/S 3. Onama Sheikhpura Replacement of GI wire with DOG ACSR 4.0 3.96 15.84 11.Munger between Sheikhpura GSS and Onama S/S 4. Hathiyama Sheikhpura Replacemento of GI wire with DOG ACSR 8.0 3.96 31.68 between Sheikhpura GSS and Hathiyama S/S 5. Ariari Sheikhpura Replacement of GI wire with DOG ACSR 34.0 3.96 134.64 between Sheikhpura GSS and Ariari S/S 247.61 1. IOC BTPS Replacement of GI wire with DOG ACSR 7.5 3.96 29.70 between BTPS and IOC S/S 2. Bangerdih BTPS Conversion of S/C DOG to D/C WOLF ACSR 16.5 10.80 178.20 between BTPS and Bangerdih 3. Begusarai BTPS Conversion of S/C DOG to D/C WOLF ACSR 20.0 10.80 216.00 12.Samastipur between BTPS and Begusarai 4. Manhar Mohanpur Replacement of GI wire with DOG ACSR 15.0 3.96 59.40 5. Dalsingsarai Mohanpur Replacement of GI wire with DOG ACSR 26.0 3.96 102.96 6. Rosera Mohanpur Replacement of GI wire with DOG ACSR 23.0 3.96 91.08 677.34 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 1. Zero Mile - City Purnea Replacement of RABBIT with DOG ACSR 6.0 3.96 23.76 2. Belgachhi Purnea Replacement of GI wire with DOG ACSR 8.0 3.96 31.68 13.Purnea 3. Beri Purnea Replacement of GI wire with DOG ACSR 20.0 3.96 79.20 134.64 1. Kalyanpur-Ramgarh Karmnasa Replacement of DOG with WOLF ACSR 30.0 5.95 178.50 from Karmnasa GSS to Kalyanpur and from Kalyanpur to Ramgarh S/S 2. Kudra Mohania Conversion of S/C DOG to D/C WOLF ACSR 1.0 10.80 10.80 14.Sasaram from Mohania GSS to Kudra node 3. Mohania Mohania Conversion of S/C DOG to D/C WOLF ACSR 0.1 10.80 1.08 from Mohania GSS to Mohania S/S 4. Beda-Takia Sasaram Replacement of DOG with WOLF ACSR 5.0 5.95 29.75 between Sasaram GSS and Beda - Takia S/Ss 220.13 1. Mehua-Patepur Vaishali Replacement of GI wire with DOG ACSR 45.0 3.96 178.20 2. Prataptand Vaishali Replacement of GI wire with DOG ACSR 15.0 3.96 59.40 3. Konharaghat Hajipur Replacement of DOG with WOLF ACSR 8.0 5.95 47.60 from Hajipur GSS to Konharaghat S/S 15.Muzaffarpur 4. SKMCH Bhikanpura Conversion of S/C DOG to D/C WOLF ACSR 9.0 10.80 97.20 from Bhikanpura GSS to SKMCH S/S 5. IDPL Bhikanpura Replacement of DOG with WOLF ACSR 3.5 5.95 20.83 from Bhikanpura GSS to IDPL S/S 403.23 1. Jhanjharpur- Madhepura Pandaul Replacement of GI wire with DOG ACSR 10.0 3.96 39.60 2. Gangwara-Bela Ram Nagar Replacement of DOG with WOLF ACSR 18.0 5.95 107.10 16.Darbhanga from Ram Nagar GSS to Gangwara S/S 3. Pouria Ram Nagar Replacement of Weasel and GI wire with DOG 13.0 3.96 51.48 198.18 ACSR between Ram Nagar GSS and Pouria S/Ss 5295.56 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 2011-2014 1. Katra Fatuah 2. Dina Iron Fatuah 3. Karmali Chak Fatuah S/C WOLF line from Fatuah GSS to Karmali Chak 15.6 16.74 261.14 S/C DOG line from Karmali Chak to Deedarganj 6 15.92 95.52 Conversion of S/C to D/C WOLF line from Jakkanpur GSS to S K 4. S.K. Memorial Jakkanpur Memorial 14.3 10.8 154.44 Laying second length cable 4.5 42.19 189.86 5. Kankar Bag (2) Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to Kankar Bag (2) 10 22.49 224.90 6. Saidpur Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to Saidpur 10 22.49 224.90 7. Bahadurpur Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to Bahadurpur 10 22.49 224.90 8. R. Nagar Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to R Nagar 10.5 22.49 236.15
9. Kankar Bag Mithapur 10.Ashok Nagar Mithapur D/C WOLF line from Mithapur GSS to Ashok Nagar 6.1 22.49 137.19
1. PESU (East) 11.R.K.Nagar Mithapur Laying of 2nd ckt. Cable from Mithapur GSS to R K Nagar 0.2 42.19 8.44 12.Karbigahiya Mithapur
13.Gaighat Gaighat Conversion of S/C WOLF to D/C WOLF from Gaighat GSS to Gaighat 0.2 10.8 2.16
14.NMCH Gaighat Conversion of S/C WOLF to D/C WOLF from Gaighat GSS to NMCH 1.5 10.8 16.20 15.Meena Bazar Gaighat 16.Katra (2) Katra S/C WOLF line from Katra GSS to new S/S Katra (2) 5 16.74 83.70 17.Pahari Katra Conversion of S/C WOLF to D/C WOLF from Katra GSS to Pahari 7.5 10.8 81.00 18.Malsalami Katra S/C WOLF line from Katra GSS to Malsalami 5 16.74 83.70 19.Mangal Talab Katra D/C WOLF line from Katra GSS to Mangal Talab 5 22.49 112.45 20.Meena Bazar (2) Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Mina Bazar (2) 5 22.49 112.45 21.PMCH Mithapur (2) S/C WOLF line from Mithapur (2) (New) GSS to PMCH 10 16.74 167.40 2416.491
1. A.N.College Khagaul (2) D/C WOLF line from Khagaul (2) (New) GSS to A N College 10 22.49 224.90 2. PESU (West) 2. S.K.Puri Khagaul (2) D/C WOLF line from Khagaul (2) (New) GSS to S K Puri 22.49 0.00 3. Garikhana I & II Khagaul Conversion of S/C WOLF to D/C WOLF line from Khagaul GSS to 18 10.8 194.40 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) Garikhana (both lines) and upto Pataliputra (one line) 4. Walmi Khagaul 5. Danapur Digha S/C WOLF line from Digha (New) GSS to Digha-Danapur tapping 10 16.74 167.40 6. Digha Digha D/C WOLF line from Digha (New) GSS to Digha 5 22.49 112.45
7. R.B.I. Digha S/C WOLF line from Digha (New) GSS to Digha-RBI tapping 5 16.74 83.70
8. Danapur (2) Digha D/C WOLF line from Digha (New) GSS to Danapur (2) 10 22.49 224.90 9. IGIMS Sipara D/C WOLF line from Sipara (New) GSS to IGIMS 10 22.49 224.90
10.Veterinary College Sipara D/C WOLF line from Sipara (New) GSS to Veterinary College 10 22.49 224.90 Conversion of S/C WOLF to D/C WOLF line from Veterinary to Board's Colony 3 10.8 32.40 Conversion of S/C DOG to D/C WOLF line from Vikas Bhawan to Board's Colony 3 10.8 32.40 11.Jakkanpur Jakkanpur Conversion of S/C DOG to D/C WOLF line from Sahitya Sammelan to 12.Maurya Lok Jakkanpur Maurya Lok 2 10.8 21.60 2. PESU (West) D/C WOLF line from Jakkanpur (2) (New) GSS to Bandar Bagicha 10 22.49 224.90 13.Karnawad Punpun Jakkanpur
14.Sinchai Bhawan Jakkanpur Laying 2nd cable length from Jakkanpur GSS to Sinchai Bhawan 1.5 42.19 63.29 Laying 2nd cable length from Sinchai Bhawan to Vikas Bhawan 1.5 42.19 63.29 Conversion of S/C DOG to D/C WOLF from Jakkanpur GSS to 15.Anishabad Jakkanpur Gardanibag 4 10.8 43.20
16.Gardanibag Jakkanpur Replacement of DOG with WOLF ACSR from Anishabad to Gardanibag 5 5.95 29.75 17.Vidyut Bhawan Jakkanpur Laying 2nd Cable length from Jakkanpur GSS to Vidyut Bhawan 3.5 42.19 147.67
18.Sahitya Sammelan Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Sahitya Sammelan 10 22.49 224.90
19.Bandar Bagicha (2) Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Bandar Bagicha (2) 10 22.49 224.90 20.Beur Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Beur 10 22.49 224.90 Replacement of DOG with WOLF ACSR from Beur to Khagaul S/S 10 5.95 59.50 2850.24 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) S/C WOLF line from Khagaul (2) (New) GSS to A/F Bihta for HTC 1. A.F. Bihta Bihta Group 10 16.74 167.40
2. Pareo Bihta D/C WOLF line from Bihta GSS to Bihta S/S for separate line to Pareo 6 22.49 134.94
Replacement of DOG with WOLF from Pareo to Koilwar (Bhojpur circle) 15 5.95 89.25 S/C DOG line from Koilwar (Bhojpur) to Giddha New S/S (Bhojpur) 5 15.92 79.60 3. Bihta I & II Bihta 4. GISCO Khagaul (2) S/C DOG line from Khagaul (2) (New) GSS to GISCO HTC 10 15.92 159.20 5. Balmukund Khagaul (2) 6. Maner Khagaul (2) S/C WOLF line from Khagaul (2) (New) GSS to A/F Bihta for Maner 10 16.74 167.40 7. Neora Khagaul Replacement of DOG with WOLF from Neora to Naubatpur 10 5.95 59.50
8. Fatuah (2) Fatuah (2) S/C WOLF line from Fatuah (2) (New) GSS to Fatuah (2) 5 16.74 83.70 S/C WOLF line from Fatuah (2) (New) GSS to Fatuah for Daniyaman + 3. Patna 9. Khusrupur Fatuah (2) Khusrupur feeders 5 16.74 83.70 10.Fatuah Fatuah 11.Dina Iron Fatuah
12.Masaurhi Old Masaurhi Replacement of DOG with WOLF from Masaurhi GSS to Masaurhi Old 5 5.95 29.75
13.Masarhi New Masaurhi Replacement of DOG with WOLF from Masaurhi GSS to Masaurhi New 0.85 5.95 5.06 14.NTPC I & II Barh 15.Barh Barh Conversion of S/C DOG to D/C WOLF from Barh GSS to Barh 7 10.8 75.60
16.Barh (2) Barh S/C DOG line from Barh GSS to Barh (2) 5 15.92 79.60 17.Biharibigha Barh 18.Hathidah Hathidah Replacement of DOG with WOLF from Hathidah GSS to Mokama 14 5.95 83.30 19.Hathidah (2) Hathidah S/C WOLF line from Hathidah GSS to Hathidah (2) 16.74 1298.00 1. Hilsa Ekangersarai Replacement of DOG with WOLF from Ekangersarai to Hilsa 12 5.95 71.40 2. Islampur Ekangersarai Replacement of DOG with WOLF from Ekangersarai to Islampur 12 5.95 71.40 4. Nalanda
3. Ekangersarai Ekangersarai S/C WOLF lines ( 3 nos.) from Ekangersarai New GSS to Ekangersarai 15 16.74 251.10 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) for Ekangersarai, Islampur and Hilsa 4. Chiksurabazar Masaurhi S/C DOG line from Masaurhi-Paver tapping to Chiksurabazar 10 10.08 100.80 5. Dhamauli Harnaut S/C WOLF line from Harnaut (New) GSS to Dhamauli 5 16.74 83.70 S/C DOG line from Rahui to Dhamauli 5 10.08 50.40 6. Noorsarai Harnaut S/C WOLF line from Harnaut (New) GSS to Noorsarai 15 16.74 251.10 S/C DOG line from Bari Pahari - Harnaut tapping to Kalyanbigha 3 15.92 47.76 S/C DOG line from Chandi S/S to Chainpur 12 10.08 120.96 7. Harnaut Harnaut S/C DOG line from Bari Pahari - Harnaut tapping to Cheral 2.5 15.92 39.80 8. Silao Rajgir S/C DOG line from Silao S/S to Bhindidih 8 10.08 80.64 9. Andawas Rajgir S/C DOG line from Rajgir GSS to Andawas 16 15.92 254.72 10.Rajgir Rajgir Replacement of DOG with WOLF from Rajgir GSS to Rajgir S/S 2.5 5.95 14.88 S/C DOG line from Rajgir GSS - Rajgir S/S tapping to Ghosarwan 10 15.92 159.20 4. Nalanda 11.Giriak Rajgir S/C DOG line from Rajgir - Giriak tapping to Tetrawan 7 10.08 70.56 S/C DOG line from Tetrawan S/S to Sarbahadi 17 10.08 171.36
S/C DOG line from Rajgir-Giriak tapping to Badi 12 10.08 120.96 S/C DOG line from Badi S/S to Katrisarai 10 10.08 100.80 12.Parwalpur Bari Pahari 13.Ramchandrapur (2) Bari Pahari S/C WOLF line from Bari Pahari to Ramchandrapur (2) 5 16.74 83.70 Conversion of S/C WOLF to D/C WOLF from Bari Pahari to 14.Ramchandrapur Bari Pahari Ramchandrapur 2 10.8 21.60 15.Bari Pahari Bari Pahari 16.Asthawan Bari Pahari S/C DOG line from Asthawan S/S to Malti 0.5 10.08 5.04 Conversion of S/C DOG to D/C WOLF from Bari Pahari GSS to 17.Sohasarai Bari Pahari Sohasarai 2.5 10.8 27.00 2198.88 1. Fulwaria Gopalganj Conversion of S/C DOG line to D/C WOLF from Gopalganj GSS to Hathua tapping 20 10.8 216.00 Conversion of S/C DOG line to D/C WOLF from Gopalganj GSS to 5. Chapra 2. Gopalganj Gopalganj Gopalganj S/S 2 10.8 21.60 3. Srinagar Siwan Replacement of DOG with WOLF from Siwan GSS to Srinagar 3 5.95 17.85 4. Siwan Siwan 5. Maharajganj Siwan Replacement of DOG with WOLF from Siwan GSS to Maharajganj 20 5.95 119.00 6. Siwan (2) Siwan D/C WOLF line from Siwan GSS to Siwan (2) S/S 2 22.49 44.98 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 7. Mashrakh Mashrakh S/C WOLF line from Mashrakh (New) GSS to Mashrakh 3 16.74 50.22 8. Taraiya Mashrakh S/C WOLF line from Mashrakh (New) GSS to Taraiya 11 16.74 184.14 9. Baikunthpur Mashrakh S/C DOG line from Mashrakh (New) GSS to Baikunthpur 18 10.08 181.44 Conversion of S/C DOG line with D/C WOLF from Telpa GSS to 10.Prabhunath Nagar Chapra Prabhunath Nagar 2 10.8 21.60 5. Chapra 11.Telpa Chapra Conversion of S/C DOG line with D/C WOLF from Telpa GSS to Telpa 0.1 10.8 1.08
12.Sheetalpur Sheetalpur Replacement of DOG with WOLF from Sheetalpur GSS to Sheetalpur 0.1 5.95 0.60 858.51 1. Valmiki Nagar Nepal 2. Dhanha Dhanha Replacement of DOG with WOLF from Ramnagar GSS to Ramnagar 3. Ramnagar Ramnagar S/S 0.5 5.95 2.98 4. Chautarwa Ramnagar S/C DOG line from Ramnagar GSS to Chautarwa 15 10.08 151.20 5. Lauria Ramnagar 6. Narkatiaganj Ramnagar 7. Raxaul Raxaul S/C WOLF line from Raxaul (New) GSS to Raxaul 3 16.74 50.22 8. Adopur Raxaul S/C DOG line from Raxaul (New) GSS to Raxaul for Adopur 3 15.92 47.76 9. Dhaka Dhaka 6. Motihari Conversion of S/C WOLF to D/C WOLF from Bettiah GSS to Bettiah 10.Bettiah Bettiah S/S 2 10.8 21.60 11.Bettiah (2) Bettiah S/C WOLF line from Bettiah GSS to Bettiah (2) 5 16.74 83.70 12.Madhopur Motihari 13.Areraj Motihari
14.Motihari (2) Motihari 15.Motihari Motihari 16.Chakia Motihari Replacement of DOG with WOLF from Motihari GSS to Chakia 35 5.95 208.25 17.Chhitwani Motihari S/C DOG line from Motihari GSS to Chhitwani 5 15.92 79.60 645.31 1. Chausa Buxar S/C WOLF line from Buxar (New) GSS to Itarhi - Chausa tapping 5 16.74 83.70 2. Buxar Buxar D/C WOLF line from Buxar (New) GSS to Buxar 5 22.49 112.45 3. Pandy Patti Buxar S/C DOG line from Buxar (New) GSS to Pandey Patti 5 15.92 79.60 7. Bhojpur 4. Dumraon Dumraon 5. Dumraon (2) Dumraon S/C DOG line from Dumraon GSS to Dumraon (2) 5 15.92 79.60 Replacement of S/C DOG with D/C WOLF from Dumrao GSS to 6. Nawanagar Dumraon Nawanagar 20 5.95 119.00 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 7. Bramhapur Dumraon Conversion of S/C DOG to D/C WOLF from Dumraon GSS to Bramhapur 18 10.8 194.40 8. Simri Dumraon S/C DOG line from Simri to Chhotka Dhakai Chak 5 10.08 50.40 9. Garhani Jagdishpur D/C WOLF line from Jagdishpur (New) GSS to Garhani 25 22.49 562.25 S/C WOLF line from Garhani to Agiaon 10 16.74 167.40 10.Jagdishpur Jagdishpur S/C DOG line from Jagdishpur (New) GSS to Jagdishpur 2 10.08 20.16 7. Bhojpur 11.Japani Farm Ara Conversion of S/C WOLF to D/C WOLF from Ara GSS to Japani Farm 5 10.8 54.00
12.Powerganj Ara Conversion of S/C WOLF to D/C WOLF from Ara GSS to Powerganj 6 10.8 64.80 Laying of cable from Powerganj SS to Power House 1 42.19 42.19 S/C DOG line from Serai to Barhara 14 10.08 141.12 13.Zero Mile Ara S/C DOG line from Ara GSS to Zero Mile 0.5 15.92 7.96 1779.03 1. Karpi Karpi S/C DOG line from Karpi (New) GSS and Karpi S/S 3 10.08 30.24 2. Arwal Karpi 3. Goh Goh S/C DOG line from Goh (New) GSS to Goh S/S 3 10.08 30.24 4. Daudnagar Goh S/C DOG line from Goh (New) GSS to Daudnagar 25 10.08 252.00 5. Kako Irki Replacement of DOG with WOLF between Irki GSS and Kako 17 5.95 101.15
6. Tehta Irki Replacement of DOG with WOLF between Irki GSS and Tehta 12 5.95 71.40 7. Ghosi Irki
Conversion of S/C WOLF to D/C WOLF from Irki GSS to Jehanabad 7 10.8 75.60 8. Irki Irki Conversion of S/C WOLF to D/C WOLF from Irki GSS to Irki 0.3 10.8 3.24 8. Gaya S/C DOG line from Shakurabad to Nowaman 4 10.08 40.32 9. Rafiganj I & II Rafiganj 10.Uchauli Rafiganj 11.Guraru Rafiganj Replacement of DOG with WOLF from Rafiganj GSS to Guraru 25 5.95 148.75 12.Tekari Tekari Conversion of S/C DOG with D/C WOLF from Belaganj GSS to 13.Belaganj Belaganj Belaganj S/S 0.2 10.8 2.16 S/C DOG line from Belaganj GSS to Belaganj S/S for Panari 0.2 14.Chakand Belaganj 15.Dhongra Hulasganj S/C DOG line from Hulasganj (New) GSS to Dhongra 10 10.08 100.80 16.Sonwa Hulasganj S/C DOG line from Hulasganj (New) GSS to Sonwa 12 10.08 120.96 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 17.Hulasganj Hulasganj S/C DOG line from Hulasganj (New) GSS to Hulasganj S/S 3 10.08 30.24 18.Nawagarh Hulasganj S/C DOG line from Hulasganj (New) GSS to Nawagarh 15 10.08 151.20 19.Aurangabad Aurangabad S/C WOLF line from Aurangabad (New) GSS to Aurangabad 5 16.74 83.70 S/C WOLF line from Aurangabad (New) GSS to Aurangabad for Obra 20.Obra Aurangabad feeder 5 16.74 83.70 S/C WOLF line from Aurangabad (New) GSS to Aurangabad for Deo- 21.Deo Aurangabad Gangti feeders 5 16.74 83.70 22.Barun Barun 23.Barem Barun 24.Tengra Barun 25.Sone Hydel Barun 26.Nabinagar Barun 27.Barun (2) Barun S/C DOG line from Barun GSS to Barun (2) 5 15.92 79.60 28.Dihara Barun S/C DOG line from Sone Nagar GSS to Dihara 10 10.08 100.80 29.Wazirganj Wazirganj S/C WOLF line from Wazirganj (New) GSS to Wazirganj S/S 3 16.74 50.22 30.Atari Wazirganj S/C DOG Line from Wazirganj (New) GSS to Atari 12 10.08 120.96 31.Gurua Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Gurua 3 15.92 47.76 32.Amas Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Amas 3 15.92 47.76 8. Gaya 33.Banke Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Banke Bazar 3 15.92 47.76 34.Shergahti Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati 3 15.92 47.76 35.Imamganj Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Imamganj 3 15.92 47.76 36.Chandauti Chandauti 37.Medical Chandauti 38.Central Stores Chandauti Replacement of DOG with WOLF from Chandauti to Central Stores 2 5.95 11.90 39.A.P.Colony Chandauti Conversion of S/C DOG to D/C WOLF from Chandauti to A P Colony - Railway Maidan 6.5 10.8 70.20 Conversion of S/C DOG to D/C WOLF from Chandauti to Gandhi 40.Gandhi Maidan Chandauti Maidan 6 10.8 64.80 Conversion of S/C DOG to D/C WOLF from Gandhi Maidan to Panchaiti Akhara 4 10.8 43.20 41.Dandibag Chandauti Conversion of S/C DOG to D/C WOLF from Chandauti to Dandibag 12 10.8 129.60 42.Shobh Bodh Gaya 43.Manpur Bodh Gaya Conversion of S/C WOLF to D/C WOLF from Bodh Gaya to Manpur 18 10.8 194.40 44.Industrial Area Bodh Gaya Conversion of S/C WOLF to D/C WOLF from Bodh Gaya to M U 45.M.U. Campus Bodh Gaya Campus 3 10.8 32.40 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) Replacement of DOG with WOLF from MU Campus to Buddhist Complex 2 5.95 11.90 46.Hasua Nawada
47.Nawada Nawada Conversion of S/C WOLF to D/C WOLF from Nawada GSS to Nawada 3 10.8 32.40 8. Gaya 48.Akbarpur Nawada Conversion of S/C WOLF to D/C WOLF from Nawada GSS to Akbarpur 14 10.8 151.20 Replacement of DOG with WOLF from Akbarpur to Rajauli 15 5.95 89.25 49.Roh Nawada 2831.03
1. Supaul Supaul Conversion of S/C WOLF to D/C WOLF from Supaul GSS to Supaul 0.5 10.8 5.40 S/C DOG line from Supaul GSS to Parasrama 16 10.08 161.28 S/C DOG line tapping from Pipra - Raghopur to Larganj 6 10.08 60.48 2. Saharsa (2) Saharsa D/C WOLF line from Saharsa GSS to Saharsa (2) 5 22.49 112.45
3. Sour Bazar Saharsa S/C DOG line from Saharsa GSS to Sour Bazar 12 10.08 120.96 4. Balwahat Saharsa S/C DOG line from Saharsa GSS to Balwahat 19 10.08 191.52 S/C DOG line from Balwahat to Salakhua 19 10.08 191.52 5. Simri Bakhtiyarpur Saharsa 6. New Market Saharsa Conversion of S/C DOG line to D/C WOLF from Saharsa GSS to 7. Old Saharsa Saharsa Saharsa 0.1 10.8 1.08 9. Saharsa 8. Madhepura Madhepura S/C WOLF line from Madhepura (New) GSS to Madhepura 5 16.74 83.70 S/C DOG line from Muraliganj to Kumarkhand 12 10.08 120.96 9. Singheswar Madhepura S/C DOG line from Singheshwar to Ghailar 10 10.08 100.80 10.Khagaria Khagaria Replacement of conductor with PANTHER ACSR 0.1 25 2.50
Conversion of S/C DOG line to D/C WOLF from Khagaria GSS to Mansi 10 10.8 108.00 Replacement of DOG with WOLF ACSR from Mansi to Maheshkunt 10 5.95 59.50 11.Bihariganj Udakishanganj S/C DOG line from Udakishanganj GSS to Bihariganj 13 10.08 131.04 12.Udakishanganj Udakishanganj 13.Puraini Udakishanganj S/C DOG line from Udakishanganj GSS to Puraini 10 10.08 100.80 14.Alamnagar Udakishanganj 1551.99 1. Bihpur Naugachhia 10.Bhagalpur 2. Sanhauli Naugachhia S/C DOG line from Naugachhia GSS to Sanhauli 11 10.08 110.88 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) Replacement of DOG with WOLF from Naugachhia GSS to Naugachhia 3. Naugachhia Naugachhia S/S 3.5 5.95 20.83 4. Patwara Sultanganj 5. Sultanganj Sultanganj 6. Shahkund Sultanganj 7. Barari Sabour
Conversion of S/C DOG to D/C WOLF from Sabour GSS to Central Jail 8.2 10.8 88.56 Conversion of S/C DOG to D/C WOLF from Sabour GSS to C S 8. CS Compound Sabour Compound 4 10.8 43.20 9. Sabour Sabour 10.Gouradih Sabour
10.Bhagalpur 11.Aliganj I Sabour Conversion of S/C DOG to D/C WOLF line from Sabour GSS to Aliganj 7 10.8 75.60
12.Aliganj II Sabour Conversion of S/C DOG to D/C WOLF line from Sabour GSS to Aliganj 7 10.8 75.60 Replacement of DOG with WOLF from Aliganj to Nath Nagar 7 5.95 41.65 13.Banka (2) Banka S/C DOG line from Banka GSS to Banka (2) S/S 5 15.92 79.60
14.Banka Banka Conversion of S/C WOLF to D/C WOLF from Banka GSS to Banka S/S 0.15 10.8 1.62 Replacement of DOG with WOLF from Banka S/S to Rajauna-Bousi tapping 6 5.95 35.70 15.Sanhoula Kahalgaon 16.Ghogha Kahalgaon S/C DOG line from Kahalgaon GSS to Ghogha 12 10.08 120.96 Conversion of S/C DOG to D/C WOLF from Kahalgaon GSS to 17.Kahalgaon Kahalgaon Kahalgaon S/S 9 10.8 97.20 791.40 1. Tarapur Sultanganj Conversion of S/C DOG to D/C WOLF from Sultanganj to Tarapur 20 10.8 216.00
2. Dakranala Jamalpur Replacement of DOG with WOLF from Jamalpur GSS to 3. Ramchandrapur Jamalpur Ramchandrapur 4 5.95 23.80 11. Munger 4. Safiabad Jamalpur Replacement of DOG with WOLF from Jamalpur GSS to Safiabad 0.2 5.95 1.19
5. ITC Jamalpur Conversion of S/C DOG to D/C WOLF from Jamalpur GSS to 6. Karnachaura Jamalpur Karnachaura 13 10.8 140.40 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 7. Nandlalpur Jamalpur 8. Bindwara Jamalpur 9. Balaji Lakhisarai S/C DOG line from Lakhisarai GSS to Balaji HTC 7.3 15.92 116.22 10.Purani Bazar Lakhisarai Conversion of S/C DOG to D/C WOLF from Lakhisarai GSS to Court Area 7 10.8 75.60 11.Kajra Lakhisarai S/C DOG line from Lakhisarai GSS to Kajra 20 10.08 201.60 S/C DOG line from Kajra to Piri Bazar 12 10.08 120.96 12.Haibatganj Lakhisarai Replacement of DOG with WOLF from Lakhisarai to Salempur 20 S/C DOG line from Lakhisarai - Kendy tapping to Mananpur 16 10.08 161.28
13.Jamui Mallehpur Conversion of S/C DOG to D/C WOLF from Mallehpur GSS to Jamui 8 10.8 86.40 Conversion of S/C DOG to D/C WOLF from Mallehpur GSS to Gidhour 11. Munger 14.Gidhour Mallehpur tapping 12 10.8 129.60 Replacement of DOG with WOLF from Gidhour tapping and Jhajha 2 5.95 11.90 15.Ghuskuri Sheikhpura S/C DOG line from Sheikhpura GSS to Ghuskuri 30 10.08 302.40 16.Ariari Sheikhpura S/C DOG line from Bhalua to Lohain 4 10.08 40.32
17.Onama Sheikhpura Replacement of DOG with WOLF ACSR from Sheikhpura to Mirzapur 12 5.95 71.40
S/C DOG line tapping from Sheikhpura - Mirzapur line to Toygarh 5 10.08 50.40 18.Hathiyama Sheikhpura
19.Sheikhpura Sheikhpura Replacement of DOG with WOLF from Sheikhpura GSS to Sheikhpura 8 5.95 47.60 1797.07 1. Pusa Mohanpur Conversion of S/C DOG line to D/C WOLF from Mohanpur GSS to 2. Mohanpur Mohanpur Mohanpur S/S 0.6 10.8 6.48 3. Jute Mill Mohanpur 4. Sarairanjan Mohanpur 12.Samastipur Conversion of S/C DOG line to D/C WOLF line from Mohanpur GSS to 5. Jitwarpur Mohanpur Jitwarpur 10 10.8 108.00 S/C WOLF line from Jitwarpur to Magardahi 6 16.74 100.44 6. Rly.Samastipur Mohanpur 7. Sirsia Mohanpur S/C DOG line from Sirsia to Kuboliram 8 10.08 80.64 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh)
S/C DOG line from Mohanpur - Sirsia line as tapping to Karpoorigram 3.5 10.08 35.28 8. Dalsingsarai Dalsingsarai S/C WOLF line from Dalsingsarai GSS to Dalsingsarai S/S 5 16.74 83.70
9. Pateri Dalsingsarai S/C DOG line from Dalsingsarai (New) GSS to Pateri 25 10.08 252.00 10.Bachhwara Dalsingsarai S/C DOG line from Dalsingsarai (New) GSS to Bachhwara 12 10.08 120.96 11.Bibhutipur Dalsingsarai S/C WOLF line from Dalsingsarai GSS to Bibhutipur 15 16.74 251.10 12.Samastipur 12.Deona BTPS 13.Bangrahdih (2) BTPS S/C WOLF line from BTPS to Bangradih (2) 20 16.74 334.80 14.IOC BTPS 15.Railways BTPS 16.Deona (2) Zero Mile S/C WOLF line from Zero Mile (Begusarai) GSS to Deona (2) 12 16.74 200.88 17.Kankaul Zero Mile S/C WOLF line from Zero Mile GSS to Kankaul 15 16.74 251.10 18.Begusarai Zero Mile D/C WOLF line from Zero Mile GSS to Begusarai 12 22.49 269.88 2095.26 1. Narpatganj Forbesganj 2. Raniganj Forbesganj S/C DOG line from Raniganj to Bahargaon 13 10.08 131.04 3. Forbesganj Forbesganj S/C DOG line from Araria to Kusgaon 7 10.08 70.56 S/C DOG line from Jokihat to Malgaon 10 10.08 100.80 4. Bahadurganj Kishan ganj 5. Sarai Kishanganj 6. Paschimpali Kishanganj 7. Purabpali Kishanganj 8. Thakurganj Kishanganj 13. Purnea Conversion of S/C DOG to D/C WOLF line from Purnea GSS to Group 9. Group Control Purnea Control 0.1 10.8 1.08
10.Banmankhi Purnea Replacement of RABBIT with WOLF from Purnea GSS to Banmankhi 40 5.95 238.00
11.Zero Mile Purnea Replacement of DOG with WOLF from Purnea GSS to Zero Mile 12 5.95 71.40 12.Belgachhi Purnea S/C DOG line from Dalkola to Vaisi 10 10.08 100.80 Conversion of S/C DOG to D/C WOLF line from Purnea GSS to 13.Naranga Purnea Naranga 1 10.8 10.80 14.Jalalgarh Purnea Replacement of DOG with WOLF from Purnea GSS to Jalalgarh 25 5.95 148.75 15.Beri Katihar Conversion of S/C DOG to D/C WOLF from Katihar GSS to Beri 4 10.8 43.20 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 16.Barsoi Katihar S/C DOG line from Katihar to Barsoi 50 10.08 504.00 17.Pranpur Katihar S/C DOG line from Katihar to Pranpur 30 10.08 302.40 18.Industrial Estate Katihar 13. Purnea 19.Binodpur Katihar 20.Kursaila Naugachhia 1722.83 1. Karmnasa Karmnasa Conversion of S/C DOG to D/C WOLF line from Karmnasa GSS to 0.9 10.8 9.72 Durgawati S/S tapping point Replacement of DOG with WOLF from Durgawati tapping to Chand 18 5.95 107.10 2. Larma Karmnasa 3. Kalyanpur Karmnasa Conversion of S/C WOLF to D/C WOLF from Karmnasa GSS to Ramgarh 30 10.8 324.00 4. Ramgarh (2) Karmnasa S/C WOLF line from Karmnasa GSS to Ramgarh (2) 30 16.74 502.20 5. Kakrait Karmnasa 6. Parsathua Mohania 7. Chainpur Mohania 8. Mohania (2) Mohania S/C WOLF line from Mohania GSS to Mohania (2) 5 16.74 83.70 9. Mohania Mohania
Replacement of DOG with WOLF from Mohania GSS to Bhabhua Old 15 5.95 89.25 10.Dinara Dinara S/C WOLF line from Dinara (New) GSS to Dinara 5 16.74 83.70 14. Sasaram 11.Sanjhouli Bikramganj 12.Surajpura Bikramganj Conversion of S/C DOG to D/C WOLF from Bikramganj GSS to 13.Bikramganj Bikramganj Bikramganj 6 10.8 64.80 Conversion of S/C DOG to D/C WOLF from Bikramganj GSS to 14.Bikramganj (2) Bikramganj Bikramganj (2) 6 10.8 64.80 15.Pusauli PGCIL Pusauli 16.Kudra Kudra D/C WOLF line from Kudra (New) GSS to Kudra 3 22.49 67.47 17.Karamchat Kudra Replacement of DOG with WOLF from Kudra to Karamchat 20 5.95 119.00 S/C DOG line from Cenari to Adhaura 38 10.08 383.04 18.Beda Sasaram Sasaram 19.Sasaram (2) Sasaram D/C WOLF line from Sasaram GSS to Sasaram (2) S/S 5 22.49 112.45 20.Sasaram (3) Sasaram S/C WOLF line from Sasaram GSS to Sasaram (3) S/S 10 16.74 167.40 21.Naigaon Sasaram 22.BMP Dehri (2) Dehri-On-Sone D/C WOLF line from Dehri-on-Sone GSS to BMP Dehri (2) 5 22.49 112.45 23.BMP Dehri I & II Dehri-On-Sone APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 24.JVLO&FL Pahleja Dehri-On-Sone 25.Nasariganj Dehri-On-Sone 26.Rajpur Dehri-On-Sone 27.Nauhatta Banjari 28.Samhauta Banjari Replacement of DOG with WOLF from Banjari GSS to Samhauta 0.1 5.95 0.60 14. Sasaram 29.Samhauta (2) Banjari S/C WOLF line from Banjari GSS to Samhauta (2) 3 16.74 50.22 30.Kirpabal (2) Barun S/C DOG line from Barun to Kirpabal (2) 30 10.08 302.40 Conversion of S/C DOG to D/C WOLF from Barun GSS to Kirpabal 30 10.8 324.00 31.Indrapuri Barun S/C WOLF line from Barun Sone Nagar GSS to Indra Puri to 15 16.74 251.10 32.Indrapuri (2) Barun Indrapuri (2) 3219.40 1. Shivhar Shivhar S/C DOG line from Shivhar (New) GSS to Shivhar S/S 3 15.92 47.76 2. Runi Saidpur Runi Saidpur S/C WOLF line from Runi Saidpur (New) GSS to Runi Saidpur S/S 3 16.74 50.22 3. Pupri Sitamarhi Replacement of DOG with WOLF from Sitamarhi GSS to Pupri 28 5.95 166.60 4. Dumra (2) Sitamarhi S/C WOLF line from Sitamarhi GSS to Dumra (2) 5 16.74 83.70 5. Dumra Sitamarhi Replacement of DOG with WOLF from Sitamarhi GSS to Dumra 5 5.95 29.75 6. Sursand Sonbarsa D/C WOLF line from Sonbarsa (New) GSS to Sursand 20 22.49 449.80 7. Sonbarsa Sonbarsa S/C DOG line from Sonbarsa (New) GSS to Sonbarsa S/S 3 15.92 47.76 8. Nepal Sonbarsa 9. Patepur Vaishali Replacement of DOG with WOLF from Vaishali GSS to Mehua 30 5.95 178.50 10.Prataptand Vaishali Replacement of RABBIT and DOG with WOLF from Vaishali GSS to 11.Lalganj Vaishali Lalganj 10 5.95 59.50 12.Sarai Vaishali Replacement of DOG with WOLF from Vaishali GSS to Sarai 20 5.95 119.00 15. Muzaffarpur 13.Railway (HTC) Hajipur 14.Bidupur Hajipur Replacement of DOG with WOLF from Hajipur GSS to Bidupur 10 5.95 59.50 15.EDIP Hajipur 16.Hajipur I E Hajipur Replacement of DOG with WOLF from Hajipur GSS to Hajipur I E 10 5.95 59.50 17.Konharaghat Hajipur 18.Konharaghat (2) Hajipur S/C WOLF line from Hajipur GSS to Konharaghat (2) 10 16.74 167.40 19.Manhar Hajipur 20.SKMCH (2) Mohanpur S/C WOLF line from SKMCH (New) GSS to SKMCH (2) S/S 5 16.74 83.70 21.MIT SKMCH S/C WOLF line from SKMCH (New) GSS to MIT 10 16.74 167.40 22.Sikandarpur (2) SKMCH S/C WOLF line from SKMCH (New) GSS to Sikandarpur (2) 10 16.74 167.40 23.SKMCH SKMCH D/C WOLF line from SKMCH (New) GSS to SKMCH S/S 5 22.49 112.45 24.Kurhani SKMCH S/C DOG line from SKMCH (New) GSS to Kurhani 15 10.08 151.20 25.Motipur SKMCH Replacement of DOG with WOLF from Bhikanpura GSS to Motipur 35 5.95 208.25 26.Motipur (2) Muzaffarpur S/C WOLF line from Bhikanpura GSS to Motipur (2) 20 16.74 334.80 APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 27.Maripur Muzaffarpur 28.Vaishali Muzaffarpur 29.Dholi Muzaffarpur Replacement of DOG with WOLF from Bhikanpura GSS to Dholi 28 5.95 166.60 30.IDPL (2) Muzaffarpur S/C WOLF line from Bhikanpura GSS to IDPL (2) 5 16.74 83.70 31.IDPL Muzaffarpur Conversion of S/C WOLF to D/C WOLF from Bhikanpura to IDPL 3.5 10.8 37.80 32.Khabra Muzaffarpur Replacement of DOG with WOLF from Bhikanpura GSS to Khabra 1.5 5.95 8.93 Replacement of DOG with WOLF from Bhikanpura GSS to Bhikanpura 15. Muzaffarpur 33.Bhikanpura Muzaffarpur S/S 0.1 5.95 0.60 34.Bhagwanpur Chowk Muzaffarpur S/C WOLF line from Bhikanpura GSS to Bhagwanpur Chowk 2.5 16.74 41.85 35.Railway (HTC) Muzaffarpur 36.Nayatola (2) Muzaffarpur S/C WOLF line from Bhikanpura GSS to Nayatola (2) 10 16.74 167.40 37.Nayatola Muzaffarpur 38.Hajipur I E (2) Muzaffarpur S/C WOLF line from Hajipur GSS to Hajipur I E (2) 10 16.74 167.40 3418.46 1. Basopatti Jay Nagar
2. Jay Nagar Jay Nagar Replacement of DOG with WOLF from Jay Nagar GSS to Jay Nagar 0.5 5.95 2.98 3. Benipatti Rahika Replacement of DOG with WOLF from Rahika GSS to Benipatti 32 5.95 190.40
4. Rahika Rahika Conversion of S/C DOG to D/C WOLF from Rahika GSS to Rahika S/S 0.1 10.8 1.08 Replacement of DOG with WOLF from Rahika S/S to Madhubani 5 5.95 29.75 5. Bela Gangwara D/C WOLF line from Gangwara (New) GSS to Gangwara for Bela 4 22.49 89.96 6. Gangwara Gangwara S/C WOLF line from Gangwara (New) GSS to Gangwara S/S 3 16.74 50.22 7. Donar Gangwara S/C WOLF line from Gangwara (New) GSS to Gangwara for Donar 3 16.74 50.22 8. Panda Sarai Ram Nagar D/C WOLF line from Gangwara (New) GSS to DMCH 8 22.49 179.92 16. Darbhanga 9. Pouriya Ram Nagar 10.Anar Kusheshwar S/C WOLF line from Kusheshwar (New) GSS to Baheri 30 16.74 502.20 11.Kusheshwar Kusheshwar 12.Biraul Kusheshwar S/C WOLF line from Kusheshwar (New) GSS to Biraul 20 16.74 334.80
13.Raj Nagar Pandaul Conversion of S/C DOG to D/C WOLF from Pandaul GSS to Raj Nagar 33 10.8 356.40 14.Raiyam Pandaul 15.Pandaul Pandaul Replacement of DOG with WOLF from Pandaul GSS to Pandaul 0.1 5.95 0.60 16.Manigachi Pandaul 17.Jhanjharpur Pandaul Replacement of DOG with WOLF fro Pandaul GSS to Jhanjharpur 39 5.95 232.05 18.Khatauna Phulparas APPENDIX B-1 Cost Estimation 33kV Lines Circle Total Source Length Cost per Total Cost Circle Feeder Work proposed Cost EHV S/S (km) km (Rs. Lakh) (Rs. Lakh) 19.Rudrapur Phulparas S/C WOLF line from Phulparas GSS to Rudrapur 30 16.74 502.20 Conversion of S/C DOG to D/C WOLF from Phulparas GSS to 16. Darbhanga 20.Phulparas Phulparas Phulparas S/S 2 10.8 21.60 2544.37 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 1. PESU(East) 2010 0 2. PESU(West) 2010 0 2010 Bihta AF Addition of 1*5 MVA Xmer 108.96 3. Patna 108.96 4. Nalanda 2010 0 2010 Sheetalpur Augmentation of 1*3.15 with 1*5 MVA Xmer 85.86 2010 Siwan Addition of 1*5 MVA Xmer 108.96 5. Chapra 194.82 2010 Valmiki Nagar Addition of 1*5 MVA Xmer 108.96 2010 Bettiah Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2010 Lauria Addition of 1*3.15 MVA Xmer 75.00 2010 Motihari Augmentation of 2*5 with 2*10 MVA Xmers 254.02 6. Motihari 692.00 7. Bhojpur 2010 0 2010 Kako Addition of 3.15 MVA Xmer 75.00 2010 Guraru Addition of 1*5 MVA Xmer 108.96 8. Gaya 2010 Panari 2*3.15 MVA Xmers to be charged 0 2010 Central Stores Addition of 1*5 MVA Xmer 108.96 292.92 9. Saharsa 2010 0 2010 Shahkund Addition of 1*5 MVA Xmer 108.96 10.Bhagalpur 108.96 2010 Ramchandrapur Addition of 1*5 MVA Xmer 108.96 2010 Onama Addition of 1*5 MVA Xmer 108.96 11.Munger 2010 Mirjapur Addition of 1*5 MVA Xmer 108.96 2010 Barkana Addition of 1*5 MVA Xmer 108.96 435.83 2010 Deona Addition of 1*5 MVA Xmer 108.96 2010 Pusa Addition of 1*5 MVA Xmer 108.96 12.Samastipur 2010 Jitwarpur Addition of 1*5 MVA Xmer 108.96 326.87 2010 Group Control Addition of 1*5 MVA Xmer 108.96 13.Purnea 108.96 2010 Kalyanpur Addition of 1*5 MVA Xmer 108.96 14.Sasaram 2010 Dinara Addition of 1*5 MVA Xmer 108.96 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2010 Bhabhua New Addition of 1*5 MVA Xmer 108.96 2010 Pusauli Addition of 1*5 MVA Xmer 108.96 2010 Takia Addition of 1*5 MVA Xmer 108.96 14.Sasaram 2010 Nokha Addition of 1*5 MVA Xmer 108.96 2010 Beda Addition of 1*5 MVA Xmer 108.96 2010 Nahatta Addition of 1*5 MVA Xmer 108.96 871.67 2010 Pupri Addition of 1*5 MVA Xmer 108.96 2010 Dumar Addition of 1*5 MVA Xmer 108.96 2010 Lalganj Addition of 1*5 MVA Xmer 108.96 2010 EDIP Addition of 1*5 MVA Xmer 108.96 2010 Hajipur IE Addition of 1*5 MVA Xmer 108.96 2010 Konharaghat Addition of 1*5 MVA Xmer 108.96 15.Muzaffarpur 2010 Motipur Addition of 1*5 MVA Xmer 108.96 2010 MIT Addition of 1*5 MVA Xmer 108.96 2010 Sikandarpur Addition of 1*5 MVA Xmer 108.96 2010 SKMCH Addition of 1*5 MVA Xmer 108.96 2010 Khabra Addition of 1*5 MVA Xmer 108.96 2010 Bhikanpura Addition of 1*5 MVA Xmer 108.96 1307.50 2010 Rajnagar Addition of 1*5 MVA Xmer 108.96 2010 Raiyam Addition of 1*5 MVA Xmer 108.96 16.Darbhanga 2010 Pandaul Addition of 1*5 MVA Xmer 108.96 326.87 4775.36 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Katra 2014 1. HTC 2014 2. HTC 2014 1. Karmali Chak 2014 2. Deedarganj New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. S.K.Memorial Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Kankar Bag (2) New S/S with 3*10 MVA Xmer Capacity 550.79 2014 1. Saidpur Augmentation of 4*5 with 4*10 MVA Xmers 508.04 2014 1. Bahadurpur Augmentation of 4*5 with 4*10 MVA Xmers 508.04 2014 1. R.Nagar Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 2. Machhuatoli Addition of 1*10 MVA Xmer 150.94 2014 1. Kankar Bag 2014 1. Ashok Nagar Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. R.K.Nagar Addition of 2*10 MVA Xmers 301.88 2014 1. Karbigahiya Augmentation of 1*3.15 and 1*5 with 254.02 1. PESU (East) 2014 2*10 MVA Xmers 2014 1. Gaighat Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. NMCH Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. Meena Bazar Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Katra (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Pahari Augmentation of 1*3.15 and 2*5 with 381.03 2014 3*10 MVA Xmers 2014 2. Sampatchak (Patna) 2014 3. HTC (Patna) 2014 1. Malsalami Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Mangal Talab Augmentation of 4*5 with 4*10 MVA Xmers 508.04 2014 2. Meena Bazar (2) New S/S with 3*10 MVA Xmer Capacity 550.79 2014 1. PMCH Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 6659.21 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. A.N.College Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 1. S.K.Puri Augmentation of 2*5 with 2*10 MVA Xmer 254.02 2014 1. Garikhana Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 2. Pataliputra Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 3. Rajapur Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Walmi Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 1. Danapur Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 1. Digha Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 2. Digha C/S Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 1. RBI Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 2. HTC (Group) 2014 1. Danapur (2) New S/S with 3*10 MVA Xmers capacity 550.79 2014 1. IGIMS Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 2. Excise Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 1. Vaterinery College Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 2. Board`s Colony Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Jakkanpur Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Maurya Lok Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2. PESU (West) 2014 2. Bandar Bagicha Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Karnawad Punpun Augmentation of 1*3 and 1*1.6 MVA Xmers 171.73 with 2*5 MVA Xmers (Patna Circle) 2014 1. Sinchai Bhawan Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 1. Anishabad Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Gardanibag Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Vidyut Bhawan Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 2. High Court Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Sahitya Sammelan Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Bandar Bagicha (2) New S/S with 2*10 MVA Xmers capacity 399.85 2014 1. Beur Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 2. Khagaul Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 3. HTC 2014 4. HTC 2014 5. Phulwari Augmentation of 1*5 with 1*10 MVA Xmer 127.01 1. Vikas Bhawan Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2. Bhusaula Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 7091.81 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. A.F.Bihta Augmentation of 1*1.6 with 1*5 MVA xmer 85.86 2014 1. Pareo Addition of 2*5 MVA Xmers 217.92 2014 2. Koilwar (Ara Circle) 2014 3. Giddha (Ara Circle) New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Bihta Augmentation of 3*3.15 with 2*5 and 1*10 298.74 2014 MVA Xmers 2014 2. Kanpa Augmentation of 1*1.6 with 1*5 MVA xmer 85.86 2014 3. Lalbhasara Augmentation of 1*3 with 1*5 MVA and 85.86 2014 addition of 1*5 MVA Xmers 108.96 2014 4. Paliganj Augmentation of 1*3 with 1*5 MVA and 85.86 2014 addition of 1*5 MVA Xmers 108.96 2014 HTC 2014 HTC group 2014 1. Maner Addition of 1*10 MVA Xmer 150.94 2014 1. Neora Augmentation of 2*3.15 with 2*5 MVA and 171.73 2014 addition of 1*5 MVA Xmers 108.96 2014 2. Naubatpur Addition of 2*5 MVA Xmers 217.92 2014 1. Fatuah (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Khusrupur Augmentation of 1*3.15 with 1*5 MVA 85.86 3. Patna 2014 and addition of 1*5 MVA Xmers 108.96 2014 2. Daniyaman Augmentattion of 1*1.6 and 1*3.15 MVA 171.73 2014 with 2*5 MVA Xmers 2014 1. Fatuah Augmentation of 1*3.15 with 1*5 MVA Xmer 85.86 2014 1. HTC 2014 2. HTC 2014 1. Masaurhi Old Augmentation of 2*3 with 1*5 and 1*10 MVA 212.87 2014 Xmers 2014 2. Dhanaura Addition of 1*5 MVA Xmer 108.96 2014 1. Masaurhi New Augmentation of 1*3 with 1*10 MVA Xmer 127.01 2014 HTC 2014 1. Barh 2014 2. Bakhtiyarpur 2014 1. Barh (2) New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Biharibigha Augmentation of 2*3.15 with 2*5 MVA Xmers 171.73 2014 1. Hathidah 2014 2. Mokama Addition of 1*10 MVA Xmer 150.94 2014 1. Hathidah (2) New S/S with 2*5 MVA Xmer capacity 314.84 2014 4295.86 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Hilsa 2014 2. Hilsa (2) 2014 1. Islampur Addition of 1*5 MVA Xmer 108.96 2014 2. Khudaganj Addition of 1*5 MVA Xmer 108.96 2014 1. Ekangersarai Addition of 2*5 MVA Xmers 217.92 2014 1. Chiksurabazar New S/S with 2*5 MVA Xmers 314.84 2014 1. Dhamauli Addition of 1*5 MVA Xmer 108.96 2014 2. Rahui 2014 1. Noorsarai 2014 2. Kalyanbigha New S/S with 2*5 MVA Xmers 314.84 2014 3. Chandi 2014 4. Chainpur New S/S with 2*5 MVA Xmers 314.84 2014 5. Thertheri Addition of 1*5 MVA Xmer 108.96 2014 1. Harnaut 2014 2. Cheral (Railways) New S/S with 2*5 MVA Xmers 314.84 2014 1. Silao 2014 2. Bhindidih New S/S with 2*5 MVA Xmers 314.84 2014 1. Andawas New S/S with 2*5 MVA Xmers 314.84 2014 1. Rajgir 4. Nalanda 2014 2. Ghosarwan New S/S with 2*5 MVA Xmers 314.84 2014 1. Tetrawan New S/S with 2*5 MVA Xmers 314.84 2014 2. Sarbahadi New S/S with 2*5 MVA Xmers 314.84 2014 3. Giriak 2014 4. Badi New S/S with 2*5 MVA Xmers 314.84 2014 5. Katrisarai New S/S with 2*5 MVA Xmers 314.84 2014 1. Parwalpur Augmenttation of 1*3.15 with 1*5 MVA Xmer 85.86 2014 and addition of 1*5 MVA Xmer 108.96 2014 1. Ramchandrapur (2) New S/S with 2*10 MVA Xmers capacity 399.85 2014 1. Ramchandrapur Augmentation of 4*5 + 2*3 MVA Xmers with 381.03 2014 3*10 MVA Xmers 2014 1. Bari Parhari Augmentation of 1*3 + 1*3.15 + 4*5 MVA 508.04 2014 with 4*10 MVA Xmers 2014 2014 1. Asthawan 2014 2. Malti New S/S with 2*5 MVA Xmers 314.84 2014 1. Sohasarai Augmentation of 4*5 + 1*3.15 with 381.03 2014 3*10 MVA Xmers 2014 6296.62 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Fulwaria Addition of 2*5 MVA Xmers 217.92 2014 2. Hathua Addition of 1*5 MVA Xmer 108.96 2014 1. Gopalganj Addition of 2*5 MVA Xmers 217.92 2014 2. Jhajhwa Addition of 1*5 MVA Xmer 108.96 2014 3. Kuchaikot Addition of 1*5 MVA Xmer 108.96 2014 1. Srinagar Addition of 1*5 MVA Xmer 108.96 2014 2. Mairwa Addition of 1*5 MVA Xmer 108.96 2014 1. Siwan 2014 1. Maharajganj Addition of 1*5 MVA Xmer 108.96 2014 2. Ekma Addition of 1*5 MVA Xmer 108.96 2014 1. Siwan (2) New S/S with 3*5 MVA Xmers 423.80 5. Chapra 2014 1. Mashrakh Addition of 1*5 MVA Xmer 108.96 2014 2. Baniapur Addition of 1*5 MVA Xmer 108.96 2014 1. Taraiya Addition of 1*5 MVA Xmer 108.96 2014 2. Marworah Addition of 1*5 MVA Xmer 108.96 2014 1. Baikunthpur 2014 2. Barouli 2014 1. Prabhunath Nagar Addition of 1*10 MVA Xmer 150.94 2014 2. Manjhi Addition of 1*5 MVA Xmer 108.96 2014 1. Telpa Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 1. Sheetalpur Addition of 2*5 MVA Xmers 217.92 2014 2917.02 2014 1. Valmiki Nagar Addition of 1*5 MVA Xmer 108.96 2014 1. Dhanha New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Ramnagar Addition of 2*5 MVA Xmers 217.92 Augmentation of 1*3.15 with 1*5 MVA 85.86 2014 2. Bagha 2014 1. Chautarwa New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Lauria Addition of 1*3.15 MVA Xmer 75.00 2014 1. Narkatiaganj Addition of 2*5 MVA Xmers 217.92 6. Motihari 2014 1. Raxaul Augmentation of 1*3.15 MVA with 1*5 MVA 85.86 2014 and addition of 1*5 MVA Xmer 108.96 2014 1. Adopur Addition of 1*5 MVA Xmer 108.96 2014 1. Dhaka Addition of 2*5 MVA Xmers 217.92 2014 1. Bettiah 2014 1. Bettiah (2) New S/S with 2*10 MVA Xmers capacity 399.85 2014 1. Madhopur Addition of 1*5 MVA Xmer 108.96 2014 2. Harsidhi Addition of 1*5 MVA Xmer 108.96 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Areraj Augmentation of 1*1.6 with 1*5 MVA Xmer 85.86 2014 and addition of 1*5 MVA Xmer 108.96 2014 1. Motihari (2) New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Motihari Augmentation of 1*5 with 1*10 MVA Xmer 127.01 6. Motihari 2014 1. Chakia Addition of 1*5 MVA Xmer 108.96 2014 2. Madhuban Addition of 1*5 MVA Xmer 108.96 2014 1. Chhitwani New S/S with 2*5 MVA Xmer capacity 314.84 2014 3644.23 2014 1. Chausa Augmentation of 1*1.6 wirh 1*5 MVA Xmer 85.86 2014 2. Itarhi Addition of 1*5 MVA Xmer 108.96 2014 3. Purushottampur Addition of 1*5 MVA Xmer 108.96 2014 1. Buxar Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 2. Industrial Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 1. Pandey Patti New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Dumraon 2014 1. Dumraon (2) New S/S with 3*5 MVA Xmer capacity 423.80 2014 1. Nawanagar Addition of 1*5 MVA Xmer 108.96 2014 2. Murar Addition of 1*5 MVA Xmer 108.96 2014 3. Akarsai Addition of 1*5 MVA Xmer 108.96 2014 1. Krishnapuram Addition of 1*5 MVA Xmer 108.96 2014 2. Bramhapur Addition of 1*5 MVA Xmer 108.96 2014 3. Sahpur 2014 4. Bihian 7. Bhojpur 2014 1. Simri 2014 2. Chhotka Dhakai New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Garhani Addition of 1*5 MVA Xmer 108.96 2014 2. Piro Addition of 1*5 MVA Xmer 108.96 2014 3. Agiaon Augmentation of 1*3.15 with 1*5 MVA Xmer 85.86 2014 4. Sandes 2014 1. Jagdishpur 2014 1. Japani Farm Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 and addition of 1*10 MVA Xmer 150.94 2014 2. Serai 2014 1. Powerganj Augmentation of 3*5 with 2*10 MVA Xmers 254.02 2014 2. Power House New S/S with 1*10 MVA capacity 248.91 2014 3. Barhara New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Zero Mile New S/S with 2*5 MVA Xmer capacity 314.84 2014 4251.45 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Karpi 2014 2. Ataullah 2014 3. Kurtha 2014 1. Arwal 2014 1. Goh 2014 1. Daudnagar 2014 2. Haspura 2014 1. Kako Addition of 1*5 MVA Xmer 108.96 2014 2. Charui Addition of 1*5 MVA Xmer 108.96 2014 1. Tehta Augmentation of 1*1.6 with 1*5 MVA Xmer 85.86 2014 2. Makpa Addition of 1* 3.15 MVA Xmer 75.00 2014 3. Makhdampur Addition of 1*5 MVA Xmer 108.96 2014 1. Ghosi Addition of 1*5 MVA Xmer 108.96 2014 2. Jehanabad Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 1. Irki Addition of 2*5 MVA Xmers 217.92 2014 2. Sakurabad 2014 3. Nowaman New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Rafiganj Addition of 2*5 MVA Xmers 217.92 2014 1. Uchauli Addition of 1*5 MVA Xmer 108.96 8. Gaya 2014 2. Madanpur Addition of 1*5 MVA Xmer 108.96 2014 1. Guraru Addition of 1*5 MVA Xmer 108.96 2014 2. Paraiya Addition of 1*5 MVA Xmer 108.96 2014 1.Tekari Addition of 1*5 MVA Xmer 108.96 2014 2. Koach Addition of 1*5 MVA Xmer 108.96 2014 1. Belaganj Addition of 2*5 MVA Xmers 217.92 2014 2. Panari Addition of 2*5 MVA Xmers 217.92 2014 3. Paibigha 2014 1. Chakand Addition of 2*5 MVA Xmers 217.92 2014 1. Dhongra New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Sonwa New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Hulasganj 2014 1. Nawagarh New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Aurangabad 2014 1. Obra 2014 2. Phesar 2014 3. Sokhea 2014 1. Deo 2014 2. Gangti APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Barun Addition of 1*5 MVA Xmer 108.96 2014 1. Barem 2014 1. Tengra Addition of 2*5 MVA Xmers 217.92 2014 HTC 2014 1. Nabinagar Addition of 1*5 MVA Xmer 108.96 2014 2. Amba Addition of 1*5 MVA Xmer 108.96 2014 1. Barun (2) New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Dihara New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Wazirganj 2014 2. Fatehpur 2014 3. Paimer 2014 1. Atari 2014 2. Khizr Sarai 2014 1. Gurua 2014 1. Amas 2014 1. Banke 2014 1. Sherghati 2014 2. Dobhi 2014 1. Imamganj 8. Gaya 2014 2. Dumaria 2014 1. Chandauti Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. Medical 2014 2. Cherki 2014 1. Central Stores Augmentation of 1*3.15 with 1*5 MVA Xmer 85.86 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. A.P.Coloy Addition of 1*5 MVA Xmer 108.96 2014 2. Railway Maidan Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Gandhi Maidan Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 and addition of 1*10 MVA Xmer 150.94 2014 2. Panchaiti Akhara Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 1. Dandibag Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. Shobh 2014 2. Charkbria 2014 1. Manpur Addition of 1*5 MVA Xmer 108.96 2014 2. Tankuppa Augmentation of 3.15 with 1*5 MVA Xmer 85.86 2014 3. Gere APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 4. Bhore Replacement of defective Xmer with 1*5 MVA 85.86 2014 1. Industrial Area 2014 1. M.U.Campus Augmentation of 1*3.15 + 1*5 MVA with 254.02 2014 2*10 MVA Xmers 2014 2. Buddhist Complex Addition of 1*10 MVA Xmer 150.94 2014 1. Hasua Augmentation of 1*3 with 1*5 MVA Xmer 85.86 2014 2. Nadirganj Augmentation of 1*3 with 1*5 MVA Xmer 85.86 2014 1. Nawada Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 2. Nawada New Addition of 1*5 MVA Xmer 108.96 8. Gaya 2014 3. Bhadhokhara Addition of 1*5 MVA Xmer 108.96 2014 1. Akbarpur Addition of 1*5 MVA Xmer 108.96 2014 2. Rajauli Addition of 1*5 MVA Xmer 108.96 2014 3. Sirdala Addition of 1*5 MVA Xmer 108.96 2014 1. Roh Addition of 1*3.15 MVA Xmer 75.00 2014 2. Warsaliganj Addition of 1*5 MVA Xmer 108.96 2014 3. Pakribarwan Addition of 1*5 MVA Xmer 108.96 2014 4. Kaukol Addition of 1*3.15 MVA Xmer 217.92 1. Barem Addition of 2*5 MVA Xmers 2014 9517.61 2014 1. Supaul Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 and addition of 1*10 MVA Xmer 150.94 2014 2. Parasrama New S/S with 2*5 MVA Xmer capacity 314.84 2014 3. Kishanpur 2014 4. Pipra 2014 5. Raghopur 2014 6. Larganj New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Sahrsa (2) New S/S with 3*10 MVA Xmer capacity 550.79 2014 9. Saharsa 2014 1. Sour Bazar New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Balwahat New S/S with 2*5 MVA Xmer capacity 314.84 2014 2. Salakhua New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Simri Bakhtiyarpur 2014 1. New Market Addition of 1*10 MVA Xmer 150.94 2014 1. Old Saharsa 2014 1. Madhepura Addition of 1*5 MVA Xmer 108.96 2014 2. Muraliganj 2014 3. Kumarkhand New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Singheswar APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 2. Ghailar New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Khagaria Addition of 2*10 MVA Xmers 301.88 2014 2. Mansi Addition of 1*5 MVA Xmer 108.96 2014 3. Maheshkunt Addition of 2*5 MVA Xmers 217.92 9. Saharsa 2014 1. Bihariganj New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Udakishanganj 2014 1. Puraini New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Alamnagar 2014 4550.98 2014 1. Bihpur Augmentation of 2*3.15 with 2*5 MVA Xmer 171.72 2014 1. Sanhauli New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Naugachhia 2014 1. Patwara 2014 1. Sultanganj Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 and addition of 1*5 MVA Xmer 108.96 2014 1. Shahkund 2014 1. Barari Addition of 1*10 MVA Xmer 150.94 2014 2. Central Jail Addition of 1*10 MVA Xmer 150.94 2014 3. Mayaganj Addition of 1*10 MVA Xmer 150.94 2014 1. C S Compound Addition of 1*10 MVA Xmer 150.94 2014 2. T T School Addition of 1*10 MVA Xmer 150.94 2014 1. Sabour Addition of 1*10 MVA Xmer 150.94 2014 1. Gouradih 10.Bhagalpur 2014 1. Aliganj Addition of 1*10 MVA Xmer 150.94 2014 2. Mojahidpur Addition of 1*5 MVA Xmer 108.96 2014 1. Aliganj Addition of 1*10 MVA Xmer 150.94 2014 2. Jagdishpur Addition of 1*5 MVA Xmer 108.96 2014 3. Nath Nagar Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 1. Banka (2) New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Banka Addition of 1*5 MVA Xmer 108.96 2014 2. Amarpur 2014 3. Rajouna Addition of 1*5 MVA Xmer 108.96 2014 4. Bousi Addition of 2*5 MVA Xmers 217.92 2014 1. Sanhoula Addition of 1*5 MVA Xmer 108.96 2014 1. Ghogha New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Kahalgaon Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 2. Pirpainti 2014 3576.48 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Tarapur Addition of 2*5 MVA Xmers 217.92 2014 2. Kharagpur Addition of 1*5 MVA Xmer 108.96 2014 1. Dakranala Addition of 1*5 MVA Xmer 108.96 2014 1. Ramchandrapur Addition of 1*5 MVA Xmer 108.96 2014 2. Railways (HTC) 2014 1. Safiabad Addition of 1*5 MVA Xmer 108.96 2014 2. Baniyarpur Addition of 1*5 MVA Xmer 108.96 2014 1. ITC (HTC) 2014 1. Karnchaura Augmentation of 1*5 with 1*10 MVA Xmer 127.01 2014 and addition of 1*10 MVA Xmer 150.94 2014 1. Nandlalpur Addition of 1*5 MVA Xmer 108.96 2014 1. Bindwara Addition of 2*5 MVA Xmers 217.92 2014 1. Balaji 2014 1. Purani Bazar Augmentattion of 3.15 with 1*10 MVA Xmer 127.01 2014 and addition of 1*10 MVA Xmer 150.94 2014 2. Court Area Addition of 1*10 MVA Xmer 150.94 2014 1. Kajra New S/S with 2*5 MVA Xmer capacity 314.84 2014 2. Piri Bazar New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Salempur 11. Munger 2014 2. Manpur New S/S with 2*5 MVA Xmer capacity 314.84 2014 3. Haibatganj 2014 1. Jamui Augmentation of 1*3.15 + 1*5 MVA with 254.02 2014 2*10 MVA Xmers 2014 2. Khaira Addition of 1*5 MVA Xmer 108.96 2014 3. Sikandara Addition of 1*5 MVA Xmer 108.96 2014 1. Gidhour Addition of 1*5 MVA Xmer 108.96 2014 2. Jhajha Addition of 1*5 MVA Xmer 108.96 2014 3. Sono Augmentation of 1*1.5 with 1*5 MVA Xmer 85.86 2014 1. Ghuskuri New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Ariari 2014 2. Bhalua 2014 3. Lohain New S/S with 2*5 MVA Xmer capacity 314.84 2014 4. Katari 2014 5. Barkna 2014 1. Onama 2014 2. Mirzapur 2014 3. Toygarh New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Hathiyama Addition of 1*3.15 MVA Xmer 75.00 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Sheikhpura Augmentattion of 1*1.6 + 1*3.15 MVA Xmers 254.02 11. Munger 2014 with 2*10 MVA Xmers 4790.22 2014 1. Pusa Addition of 1*5 MVA Xmer 108.96 2014 1. Mohanpur Augmentation of 3*5 + 1*3.15 MVA with 254.02 2014 2*10 MVA Xmers 2014 2. Warisnagar Addition of 1*5 MVA Xmer 108.96 2014 3. Kalyanpur Addition of 1*5 MVA Xmer 108.96 2014 HTC 2014 1. Sarairanjan Addition of 1*5 MVA Xmer 108.96 2014 1. Jitwarpur Augmentation of 2*5 + 1*3.15 MVA with 254.02 2014 2*10 MVA Xmers 2014 2. Magardahi New S/S with 2*10 MVA Xmer capacity 399.85 2014 HTC 2014 1. Sirsia 2014 2. Kuboliram New S/S with 2*5 MVA Xmer capacity 314.84 2014 3. Karpoorigram New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Dalsingsarai Addition of 1*5 MVA Xmer 108.96 2014 2. Mehuddinnagar Addition of 1*5 MVA Xmer 108.96 2014 1. Pateri Addition of 1*5 MVA Xmer 108.96 12.Samastipur 2014 1. Bachchwara Addition of 1*5 MVA Xmer 108.96 2014 1. Bibhutipur Addition of 1*5 MVA Xmer 108.96 2014 2. Rosera Addition of 1*5 MVA Xmer 108.96 2014 3. Hassanpur Addition of 1*5 MVA Xmer 108.96 2014 1. Deona 2014 2. Bangrahdih 2014 3. Jai Mangla (HTC) 2014 4. Jai Mata Di (HTC) 2014 1. Bangrahdih (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 HTC 2014 HTC 2014 1. Deona (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Kankaul New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Begusarai Augmentation of 5*5 with 3*10 MVA Xmers 381.03 2014 2. Manjhaul Addition of 2*5 MVA Xmers 217.92 2014 3. Ganga Dairy (HTC) 2014 4. Balia Addition of 1*5 MVA Xmer 108.96 2014 4643.56 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Narpatganj Addition of 1*5 MVA Xmer 108.96 2014 1. Raniganj 2014 2. Bahargaon New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Forbesganj 2014 2. Araria 2014 3. Kusgaon New S/S with 2*5 MVA Xmer capacity 314.84 2014 4. Jokihat 2014 5. Malgaon New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Bahadurganj 2014 2. Dighal Bank 2014 1. Sarai Addition of 1*5 MVA Xmer 108.96 2014 1. Paschimpali Addition of 1*10 MVA Xmer 150.94 2014 1. Purabpali Addition of 1*10 MVA Xmer 150.94 2014 1. Chhatargarh 2014 2. Thakurganj 2014 1. Group control Augmentation of 3*5 with 3*10 MVA Xmers 381.03 2014 1. Banmankhi 2014 2. Madhubani Addition of 1*5 MVA Xmer 108.96 13. Purnea 2014 1. Zero Mile Addition of 1*5 MVA Xmer 108.96 2014 2. City Addition of 1*5 MVA Xmer 108.96 2014 1. Belgachhi 2014 2. Dalkola 2014 3. Vaisi New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Naranga Addition of 1*5 MVA Xmer 108.96 2014 2. MLR Ganj Addition of 1*3.15 MVA Xmer 75.00 2014 3. Dargaha 2014 1. Jalalgarh Addition of 2*5 MVA Xmers 217.92 2014 1. Beri Addition of 1*5 MVA Xmer 108.96 2014 2. Gore Beri Addition of 1*3.15 MVA Xmer 75.00 2014 3. Falka Addition of 1*3.15 MVA Xmer 75.00 2014 4. Sonaily 2014 5. Barsoi 2014 6. Pranpur 2014 1. Industrial Estate Addition of 1*5 MVA Xmer 108.96 2014 1. Binodpur Addition of 1*5 MVA Xmer 108.96 2014 1. Kursaila 2014 3365.82 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Karmnasa Addition of 1*5 MVA Xmer 108.96 2014 2. Durgawati Addition of 1*5 MVA Xmer 108.96 2014 3. Chand Addition of 1*5 MVA Xmer 108.96 2014 1. Larma Addition of 1*5 MVA Xmer 108.96 2014 2. DVPL (HTC) 2014 1. Kalyanpur Addition of 3*5 MVA Xmers 326.87 2014 2. Ramgarh 2014 3. Chourasia Addition of 1*5 MVA Xmer 108.96 2014 4. Nuaon Addition of 1*5 MVA Xmer 108.96 2014 1. Ramgarh (2) 2014 1. Kakrait Addition of 1*5 MVA Xmer 108.96 2014 1. Parsathua Addition of 1*5 MVA Xmer 108.96 2014 1. Chainpur Addition of 1*5 MVA Xmer 108.96 2014 1. Mohania (2) New S/S with 2*10 MVA capacity 399.85 2014 1. Mohania 2014 2. Bhabhua Old Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 3. Bahuara Addition of 1*5 MVA Xmer 108.96 2014 1. Dinara Addition of 1*5 MVA Xmer 108.96 2014 2. Kochas Addition of 1*5 MVA Xmer 108.96 14. Sasaram 2014 3. Dawath 2014 1. Sanjhouli Addition of 1*5 MVA Xmer 108.96 2014 1. Surajpura Addition of 1*5 MVA Xmer 108.96 2014 1. Bikramganj 2014 2. Kararkat Addition of 1*5 MVA Xmer 108.96 2014 1. Bikramganj (2) New S/S with 2*10 MVA capacity 399.85 2014 1. Pusauli Augmentation of 1*1.0 with 1*10 MVA Xmer 85.86 2014 1. Kudra Addition of 1*5 MVA Xmer 108.96 2014 2. Bhabhua New Addition of 2*10 MVA Xmers 301.88 2014 1. Karamchat Addition of 1*3.15 MVA Xmer 75.00 2014 2. Cenari Addition of 1*5 MVA Xmer 108.96 2014 3. Adhaura Addition of 1*5 MVA Xmer 108.96 2014 1. Beda Sasaram 2014 2. Takia Sasaram Addition of 1*10 MVA Xmer 150.94 2014 3. Nokha Addition of 1*5 MVA Xmer 108.96 2014 1. Sasaram (2) New S/S with 2*10 MVA capacity 399.85 2014 1. Sasaram (3) New S/S with 2*10 MVA capacity 399.85 2014 1. Naigaon Addition of 2*5 MVA Xmers 217.92 2014 2. Sheosagar Addition of 2*5 MVA Xmers 217.92 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. BMP Dehri (2) New S/S with 3*10 MVA Xmers 550.79 2014 1. BMP Dehri 2014 2. Basa Karwandia Addition of 1*5 MVA Xmer 108.96 2014 3. PHED (HTC) 2014 1. HTC 2014 1. Akorigola Addition of 2*5 MVA Xmers 217.92 2014 1. Nasariganj Addition of 2*5 MVA Xmers 217.92 2014 1. Rajpur Addition of 1*5 MVA Xmer 108.96 14. Sasaram 2014 1. Nauhatta Addition of 2*5 MVA Xmers 217.92 2014 1. Samhauta Addition of 1*5 MVA Xmer 108.96 2014 1. Samhauta (2) New S/S with 1*10 + 1*5 MVA Xmer capacity 357.86 2014 1. Kirpabal (2) New S/S with 2*5 MVA Xmer capacity 314.84 2014 2. Kirpabal 2014 1. Indrapuri 2014 1. Indrapuri (2) New S/S with 2*10 MVA capacity 399.85 2014 7776.98 2014 1. Shivhar Addition of 2*5 MVA Xmers 217.92 2014 1. Runi Saidpur Addition of 2*5 MVA Xmers 217.92 2014 1. Pupri Addition of 1*5 MVA Xmer 108.96 2014 1. Dumra (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Dumra 2014 1. Sursand Addition of 2*5 MVA Xmers 217.92 2014 1. Sonbarsa Addition of 2*5 MVA Xmers 217.92 2014 1. Nepal 2014 1. Mehua 2014 2. Patepur 2014 1. Prataptand 15. Muzaffarpur 2014 1. Lalganj Addition of 2*5 MVA Xmers 217.92 2014 1. Sarai Addition of 2*5 MVA Xmers 217.92 2014 HTC 2014 1. Bidupur Addition of 1*10 MVA Xmer 150.94 2014 1. EDIP Addition of 1*5 MVA Xmer 108.96 2014 1. Hajipur 2014 1. Konharaghat Augmentation of 3*5 with 2*10 MVA Xmers 254.02 2014 1. Konharaghat(2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Manhar @ 2014 1. SKMCH (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. MIT Augmentation of 2*5 with 2*10 MVA Xmers 254.02 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 1. Sikandarpur (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. SKMCH 2014 1. Kurhani Addition of 1*5 MVA Xmer 108.96 2014 1. Motipur 2014 1. Motipur (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Maripur Addition of 1*10 MVA Xmer 150.94 2014 1. Vaishali Addition of 1*5 MVA Xmer 108.96 2014 1. Dholi Addition of 1*5 MVA Xmer 108.96 2014 1. IDPL (2) New S/S with 2*10 MVA Xmer capacity 399.85 15. Muzaffarpur 2014 1. IDPL Augmentation of 3*5 with 2*10 MVA Xmers 254.02 2014 1. Khabra Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Bhikanpura 2014 1. Bhagwanpur chowk New S/S with 2*5 MVA Xmer capacity 314.84 2014 HTC 2014 1. Nayatola (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 1. Nayatola 1. Hajipur I E (2) New S/S with 2*10 MVA Xmer capacity 399.85 2014 6683.88 2014 1. Basopatti 2014 1. Jay Nagar Addition of 1*5 MVA Xmer 108.96 2014 2. Khajauli Addition of 1*5 MVA Xmer 108.96 2014 3. Ladania Addition of 1*5 MVA Xmer 108.96 2014 1. Benipatti Addition of 1*5 MVA Xmer 108.96 2014 2. Ahilyasthan 2014 1. Rahika Addition of 1*10 MVA Xmer 150.94 2014 2. Madhubani Augmentation of 2*5 with 2*10 MVA Xmers 254.02 2014 1. Bela Addition of 1*5 MVA Xmer 108.96 2014 1. Gangwara Augmentation of 1*1.6 with 1*10 MVA Xmer 127.01 16. Darbhanga 2014 1. Donar Addition of 1*5 MVA Xmer 108.96 2014 1. Panda Sarai Addition of 1*5 MVA Xmer 108.96 2014 2. Laheria Sarai (Jail) 2014 3. DMCH Addition of 1*5 MVA Xmer 108.96 2014 4. Urban Addition of 1*5 MVA Xmer 108.96 2014 1. Pouriya Addition of 1*3.15 MVA Xmer 75.00 2014 1. Baheri Addition of 1*5 MVA Xmer 108.96 2014 2. Anar Addition of 1*5 MVA Xmer 108.96 2014 1. Kusheshwar New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Biraul Addition of 1*5 MVA Xmer 108.96 APPENDIX B-2 Cost Estimate for Addition / Augmentation or 33/11 kV Transformers and Erection of New 33/11 kV S/Ss Circle Total Total Cost Circle Year Sub Station Work Cost (Rs. Lakh) (Rs. Lakh) 2014 2. Benipur Addition of 1*5 MVA Xmer 108.96 2014 1. Raj Nagar Addition of 1*5 MVA Xmer 108.96 2014 2. Babu Barhi Addition of 1*5 MVA Xmer 108.96 2014 1. Raiyam 2014 1. Pandaul Augmentation of 1*3.15 with 1*10 MVA Xmer 127.01 2014 1. Manigachi Addition of 1*5 MVA Xmer 108.96 2014 1. Jhanjharpur Addition of 1*5 MVA Xmer 108.96 16. Darbhanga 2014 2. Madhepur Addition of 1*3.15 MVA Xmer 75.00 2014 1. Khatauna 2014 1. Rudrapur New S/S with 2*5 MVA Xmer capacity 314.84 2014 1. Phulparas Addition of 1*5 MVA Xmer 108.96 2014 2. Nirmali Addition of 1*5 MVA Xmer 108.96 2014 3. Talpatganj Addition of 1*5 MVA Xmer 108.96 3617.83 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 1. Katra Fatuah 2. Dina Iron Fatuah 3. Karmali Chak Fatuah S/C WOLF line from Fatuah GSS to Karmali Chak 1 25.37 S/C DOG line from Karmali Chak to Deedarganj 1 25.37 4. S.K. Memorial Jakkanpur Conversion of S/C to D/C WOLF line from Jakkanpur GSS to S K Memorial 0 0 Laying second length cable 5. Kankar Bag (2) Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to Kankar Bag (2) 1 25.37 6. Saidpur Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to Saidpur 1 25.37 7. Bahadurpur Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to Bahadurpur 1 25.37 8. R. Nagar Mithapur (2) D/C WOLF line from Mithapur (2) (New) GSS to R Nagar 1 25.37 9. Kankar Bag Mithapur 10.Ashok Nagar Mithapur D/C WOLF line from Mithapur GSS to Ashok Nagar 1 25.37 1. PESU (East) 11.R.K.Nagar Mithapur Laying of 2nd ckt. Cable from Mithapur GSS to R K Nagar 0 0 12.Karbigahiya Mithapur 13.Gaighat Gaighat Conversion of S/C WOLF to D/C WOLF from Gaighat GSS to Gaighat 0 0 14.NMCH Gaighat Conversion of S/C WOLF to D/C WOLF from Gaighat GSS to NMCH 0 0 15.Meena Bazar Gaighat 16.Katra (2) Katra S/C WOLF line from Katra GSS to new S/S Katra (2) 1 25.37 17.Pahari Katra Conversion of S/C WOLF to D/C WOLF from Katra GSS to Pahari 0 0 18.Malsalami Katra S/C WOLF line from Katra GSS to Malsalami 1 25.37 19.Mangal Talab Katra D/C WOLF line from Katra GSS to Mangal Talab 1 25.37 20.Meena Bazar (2) Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Mina Bazar (2) 1 25.37 21.PMCH Mithapur (2) S/C WOLF line from Mithapur (2) (New) GSS to PMCH 1 25.37 304.44 1. A.N.College Khagaul (2) D/C WOLF line from Khagaul (2) (New) GSS to A N College 1 25.37 2. S.K.Puri Khagaul (2) D/C WOLF line from Khagaul (2) (New) GSS to S K Puri 1 25.37 3. Garikhana I & II Khagaul Conversion of S/C WOLF to D/C WOLF line from Khagaul GSS to 0 0 Garikhana (both lines) and upto Pataliputra (one line) 4. Walmi Khagaul 5. Danapur Digha S/C WOLF line from Digha (New) GSS to Digha-Danapur tapping 1 25.37 6. Digha Digha D/C WOLF line from Digha (New) GSS to Digha 1 25.37 7. R.B.I. Digha S/C WOLF line from Digha (New) GSS to Digha-RBI tapping 1 25.37 8. Danapur (2) Digha D/C WOLF line from Digha (New) GSS to Danapur (2) 1 25.37 2. PESU (West) 9. IGIMS Sipara D/C WOLF line from Sipara (New) GSS to IGIMS 1 25.37 10.Veterinary College Sipara D/C WOLF line from Sipara (New) GSS to Veterinary College 1 25.37 Conversion of S/C WOLF to D/C WOLF line from Veterinary to Board's Colony 0 0 Conversion of S/C DOG to D/C WOLF line from Vikas Bhawan to Board's Colony 0 0 11.Jakkanpur Jakkanpur 12.Maurya Lok Jakkanpur Conversion of S/C DOG to D/C WOLF line from Sahitya Sammelan to Maurya Lok 0 0 D/C WOLF line from Jakkanpur (2) (New) GSS to Bandar Bagicha 1 25.37 13.Karnawad Punpun Jakkanpur 14.Sinchai Bhawan Jakkanpur Laying 2nd cable length from Jakkanpur GSS to Sinchai Bhawan 0 0 Laying 2nd cable length from Sinchai Bhawan to Vikas Bhawan 0 0 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 15.Anishabad Jakkanpur Conversion of S/C DOG to D/C WOLF from Jakkanpur GSS to Gardanibag 0 0 16.Gardanibag Jakkanpur Replacement of DOG with WOLF ACSR from Anishabad to Gardanibag 0 0 17.Vidyut Bhawan Jakkanpur Laying 2nd Cable length from Jakkanpur GSS to Vidyut Bhawan 0 0 18.Sahitya Sammelan Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Sahitya Sammelan 1 25.37 2. PESU (West) 19.Bandar Bagicha (2) Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Bandar Bagicha (2) 1 25.37 20.Beur Jakkanpur (2) D/C WOLF line from Jakkanpur (2) (New) GSS to Beur 1 25.37 Replacement of DOG with WOLF ACSR from Beur to Khagaul S/S 0 0 304.44 1. A.F. Bihta Bihta S/C WOLF line from Khagaul (2) (New) GSS to A/F Bihta for HTC Group 1 25.37 2. Pareo Bihta D/C WOLF line from Bihta GSS to Bihta S/S for separate line to Pareo 1 25.37 Replacement of DOG with WOLF from Pareo to Koilwar (Bhojpur circle) 0 0 S/C DOG line from Koilwar (Bhojpur) to Giddha New S/S (Bhojpur) 1 25.37 3. Bihta I & II Bihta 4. GISCO Khagaul (2) S/C DOG line from Khagaul (2) (New) GSS to GISCO HTC 1 25.37 5. Balmukund Khagaul (2) 6. Maner Khagaul (2) S/C WOLF line from Khagaul (2) (New) GSS to A/F Bihta for Maner 1 25.37 7. Neora Khagaul Replacement of DOG with WOLF from Neora to Naubatpur 0 0 8. Fatuah (2) Fatuah (2) S/C WOLF line from Fatuah (2) (New) GSS to Fatuah (2) 1 25.37 9. Khusrupur Fatuah (2) S/C WOLF line from Fatuah (2) (New) GSS to Fatuah for 1 25.37 Daniyaman + Khusrupur feeders 3. Patna 10.Fatuah Fatuah 11.Dina Iron Fatuah 12.Masaurhi Old Masaurhi Replacement of DOG with WOLF from Masaurhi GSS to Masaurhi Old 0 0 13.Masarhi New Masaurhi Replacement of DOG with WOLF from Masaurhi GSS to Masaurhi New 0 0 14.NTPC I & II Barh 15.Barh Barh Conversion of S/C DOG to D/C WOLF from Barh GSS to Barh 0 0 16.Barh (2) Barh S/C DOG line from Barh GSS to Barh (2) 17.Biharibigha Barh 18.Hathidah Hathidah Replacement of DOG with WOLF from Hathidah GSS to Mokama 0 0 19.Hathidah (2) Hathidah S/C WOLF line from Hathidah GSS to Hathidah (2) 1 25.37 202.96 1. Hilsa Ekangersarai Replacement of DOG with WOLF from Ekangersarai to Hilsa 0 0
2. Islampur Ekangersarai Replacement of DOG with WOLF from Ekangersarai to Islampur 0 0 3. Ekangersarai Ekangersarai S/C WOLF lines ( 3 nos.) from Ekangersarai New GSS to Ekangersarai 3 76.11 for Ekangersarai, Islampur and Hilsa 4. Nalanda 4. Chiksurabazar Masaurhi S/C DOG line from Masaurhi-Paver tapping to Chiksurabazar 0 0 5. Dhamauli Harnaut S/C WOLF line from Harnaut (New) GSS to Dhamauli 1 25.37 S/C DOG line from Rahui to Dhamauli 1 25.37 6. Noorsarai Harnaut S/C WOLF line from Harnaut (New) GSS to Noorsarai 1 25.37 S/C DOG line from Bari Pahari - Harnaut tapping to Kalyanbigha 0 0 S/C DOG line from Chandi S/S to Chainpur 1 25.37 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 7. Harnaut Harnaut S/C DOG line from Bari Pahari - Harnaut tapping to Cheral 0 0 8. Silao Rajgir S/C DOG line from Silao S/S to Bhindidih 1 25.37 9. Andawas Rajgir S/C DOG line from Rajgir GSS to Andawas 1 25.37 10.Rajgir Rajgir Replacement of DOG with WOLF from Rajgir GSS to Rajgir S/S 0 0 S/C DOG line from Rajgir GSS - Rajgir S/S tapping to Ghosarwan 0 0 11.Giriak Rajgir S/C DOG line from Rajgir - Giriak tapping to Tetrawan 0 0 S/C DOG line from Tetrawan S/S to Sarbahadi 1 25.37 4. Nalanda S/C DOG line from Rajgir-Giriak tapping to Badi 0 0 S/C DOG line from Badi S/S to Katrisarai 1 25.37 12.Parwalpur Bari Pahari 13.Ramchandrapur (2) Bari Pahari S/C WOLF line from Bari Pahari to Ramchandrapur (2) 1 25.37 14.Ramchandrapur Bari Pahari Conversion of S/C WOLF to D/C WOLF from Bari Pahari to Ramchandrapur 0 0 15.Bari Pahari Bari Pahari 16.Asthawan Bari Pahari S/C DOG line from Asthawan S/S to Malti 1 25.37 17.Sohasarai Bari Pahari Conversion of S/C DOG to D/C WOLF from Bari Pahari GSS to Sohasarai 0 0 329.81 1. Fulwaria Gopalganj Conversion of S/C DOG line to D/C WOLF from Gopalganj GSS to Hathua tapping 0 0 2. Gopalganj Gopalganj Conversion of S/C DOG line to D/C WOLF from Gopalganj GSS to Gopalganj S/S 0 0 3. Srinagar Siwan Replacement of DOG with WOLF from Siwan GSS to Srinagar 0 0 4. Siwan Siwan 5. Maharajganj Siwan Replacement of DOG with WOLF from Siwan GSS to Maharajganj 0 0 6. Siwan (2) Siwan D/C WOLF line from Siwan GSS to Siwan (2) S/S 1 25.37 5. Chapra 7. Mashrakh Mashrakh S/C WOLF line from Mashrakh (New) GSS to Mashrakh 1 25.37 8. Taraiya Mashrakh S/C WOLF line from Mashrakh (New) GSS to Taraiya 1 25.37 9. Baikunthpur Mashrakh S/C DOG line from Mashrakh (New) GSS to Baikunthpur 1 25.37 10.Prabhunath Nagar Chapra Conversion of S/C DOG line with D/C WOLF from Telpa GSS to Prabhunath Nagar 0 0 11.Telpa Chapra Conversion of S/C DOG line with D/C WOLF from Telpa GSS to Telpa 0 0 12.Sheetalpur Sheetalpur Replacement of DOG with WOLF from Sheetalpur GSS to Sheetalpur 0 0 101.48 1. Valmiki Nagar Nepal 2. Dhanha Dhanha 3. Ramnagar Ramnagar Replacement of DOG with WOLF from Ramnagar GSS to Ramnagar S/S 0 0 4. Chautarwa Ramnagar S/C DOG line from Ramnagar GSS to Chautarwa 1 25.37 5. Lauria Ramnagar 6. Motihari 6. Narkatiaganj Ramnagar 7. Raxaul Raxaul S/C WOLF line from Raxaul (New) GSS to Raxaul 1 25.37 8. Adopur Raxaul S/C DOG line from Raxaul (New) GSS to Raxaul for Adopur 1 25.37 9. Dhaka Dhaka 10.Bettiah Bettiah Conversion of S/C WOLF to D/C WOLF from Bettiah GSS to Bettiah S/S 0 0 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 11.Bettiah (2) Bettiah S/C WOLF line from Bettiah GSS to Bettiah (2) 1 25.37 12.Madhopur Motihari 13.Areraj Motihari 14.Motihari (2) Motihari 6. Motihari 15.Motihari Motihari 16.Chakia Motihari Replacement of DOG with WOLF from Motihari GSS to Chakia 0 0 17.Chhitwani Motihari S/C DOG line from Motihari GSS to Chhitwani 1 25.37 126.85 1. Chausa Buxar S/C WOLF line from Buxar (New) GSS to Itarhi - Chausa tapping 1 25.37 2. Buxar Buxar D/C WOLF line from Buxar (New) GSS to Buxar 1 25.37 3. Pandy Patti Buxar S/C DOG line from Buxar (New) GSS to Pandey Patti 1 25.37 4. Dumraon Dumraon 5. Dumraon (2) Dumraon S/C DOG line from Dumraon GSS to Dumraon (2) 1 25.37 6. Nawanagar Dumraon Replacement of S/C DOG with D/C WOLF from Dumrao GSS to Nawanagar 0 0 7. Bramhapur Dumraon Conversion of S/C DOG to D/C WOLF from Dumraon GSS to Bramhapur 0 0 8. Simri Dumraon 7. Bhojpur S/C DOG line from Simri to Chhotka Dhakai Chak 1 25.37 9. Garhani Jagdishpur D/C WOLF line from Jagdishpur (New) GSS to Garhani 1 25.37 S/C WOLF line from Garhani to Agiaon 1 25.37 10.Jagdishpur Jagdishpur S/C DOG line from Jagdishpur (New) GSS to Jagdishpur 1 25.37 11.Japani Farm Ara Conversion of S/C WOLF to D/C WOLF from Ara GSS to Japani Farm 0 0 12.Powerganj Ara Conversion of S/C WOLF to D/C WOLF from Ara GSS to Powerganj 0 0 Laying of cable from Powerganj SS to Power House 0 0 S/C DOG line from Serai to Barhara 1 25.37 13.Zero Mile Ara S/C DOG line from Ara GSS to Zero Mile 1 25.37 253.7 1. Karpi Karpi S/C DOG line from Karpi (New) GSS and Karpi S/S 1 25.37 2. Arwal Karpi 3. Goh Goh S/C DOG line from Goh (New) GSS to Goh S/S 1 25.37 4. Daudnagar Goh S/C DOG line from Goh (New) GSS to Daudnagar 1 25.37 5. Kako Irki Replacement of DOG with WOLF between Irki GSS and Kako 0 0 6. Tehta Irki Replacement of DOG with WOLF between Irki GSS and Tehta 0 0 7. Ghosi Irki Conversion of S/C WOLF to D/C WOLF from Irki GSS to Jehanabad 0 0 8. Gaya 8. Irki Irki Conversion of S/C WOLF to D/C WOLF from Irki GSS to Irki 0 0 S/C DOG line from Shakurabad to Nowaman 1 25.37 9. Rafiganj I & II Rafiganj 10.Uchauli Rafiganj 11.Guraru Rafiganj Replacement of DOG with WOLF from Rafiganj GSS to Guraru 0 0 12.Tekari Tekari 13.Belaganj Belaganj Conversion of S/C DOG with D/C WOLF from Belaganj GSS to Belaganj S/S 0 0 S/C DOG line from Belaganj GSS to Belaganj S/S for Panari 1 25.37 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 14.Chakand Belaganj 15.Dhongra Hulasganj S/C DOG line from Hulasganj (New) GSS to Dhongra 1 25.37 16.Sonwa Hulasganj S/C DOG line from Hulasganj (New) GSS to Sonwa 1 25.37 17.Hulasganj Hulasganj S/C DOG line from Hulasganj (New) GSS to Hulasganj S/S 1 25.37 18.Nawagarh Hulasganj S/C DOG line from Hulasganj (New) GSS to Nawagarh 1 25.37 19.Aurangabad Aurangabad S/C WOLF line from Aurangabad (New) GSS to Aurangabad 1 25.37 20.Obra Aurangabad S/C WOLF line from Aurangabad (New) GSS to Aurangabad for Obra feeder 1 25.37 21.Deo Aurangabad S/C WOLF line from Aurangabad (New) GSS to Aurangabad for Deo-Gangti feeders 1 25.37 22.Barun Barun 23.Barem Barun 24.Tengra Barun 25.Sone Hydel Barun 26.Nabinagar Barun 27.Barun (2) Barun S/C DOG line from Barun GSS to Barun (2) 1 25.37 28.Dihara Barun S/C DOG line from Sone Nagar GSS to Dihara 1 25.37 29.Wazirganj Wazirganj S/C WOLF line from Wazirganj (New) GSS to Wazirganj S/S 1 25.37 30.Atari Wazirganj S/C DOG Line from Wazirganj (New) GSS to Atari 1 25.37 31.Gurua Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Gurua 1 25.37 32.Amas Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Amas 1 25.37 33.Banke Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Banke Bazar 1 25.37 8. Gaya 34.Shergahti Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati 1 25.37 35.Imamganj Sherghati S/C DOG line from Sherghati (New) GSS to Sherghati for Imamganj 1 25.37 36.Chandauti Chandauti 37.Medical Chandauti 38.Central Stores Chandauti Replacement of DOG with WOLF from Chandauti to Central Stores 0 0 39.A.P.Colony Chandauti Conversion of S/C DOG to D/C WOLF from Chandauti to A P Colony - Railway Maidan 0 0 40.Gandhi Maidan Chandauti Conversion of S/C DOG to D/C WOLF from Chandauti to Gandhi Maidan 0 0 Conversion of S/C DOG to D/C WOLF from Gandhi Maidan to Panchaiti Akhara 0 0 41.Dandibag Chandauti Conversion of S/C DOG to D/C WOLF from Chandauti to Dandibag 0 0 42.Shobh Bodh Gaya 43.Manpur Bodh Gaya Conversion of S/C WOLF to D/C WOLF from Bodh Gaya to Manpur 0 0 44.Industrial Area Bodh Gaya 45.M.U. Campus Bodh Gaya Conversion of S/C WOLF to D/C WOLF from Bodh Gaya to M U Campus 0 0 Replacement of DOG with WOLF from MU Campus to Buddhist Complex 0 0 46.Hasua Nawada 47.Nawada Nawada Conversion of S/C WOLF to D/C WOLF from Nawada GSS to Nawada 0 0 48.Akbarpur Nawada Conversion of S/C WOLF to D/C WOLF from Nawada GSS to Akbarpur 0 0 Replacement of DOG with WOLF from Akbarpur to Rajauli 0 0 49.Roh Nawada 532.77 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 1. Supaul Supaul Conversion of S/C WOLF to D/C WOLF from Supaul GSS to Supaul 0 0 S/C DOG line from Supaul GSS to Parasrama 1 25.37 S/C DOG line tapping from Pipra - Raghopur to Larganj 1 25.37 2. Saharsa (2) Saharsa D/C WOLF line from Saharsa GSS to Saharsa (2) 1 25.37 3. Sour Bazar Saharsa S/C DOG line from Saharsa GSS to Sour Bazar 1 25.37 4. Balwahat Saharsa S/C DOG line from Saharsa GSS to Balwahat 1 25.37 S/C DOG line from Balwahat to Salakhua 1 25.37 5. Simri Bakhtiyarpur Saharsa 6. New Market Saharsa 7. Old Saharsa Saharsa Conversion of S/C DOG line to D/C WOLF from Saharsa GSS to Saharsa 0 0 8. Madhepura Madhepura S/C WOLF line from Madhepura (New) GSS to Madhepura 1 25.37 9. Saharsa S/C DOG line from Muraliganj to Kumarkhand 1 25.37 9. Singheswar Madhepura S/C DOG line from Singheshwar to Ghailar 1 25.37 10.Khagaria Khagaria Replacement of conductor with PANTHER ACSR 0 0 Conversion of S/C DOG line to D/C WOLF from Khagaria GSS to Mansi 0 0 Replacement of DOG with WOLF ACSR from Mansi to Maheshkunt 0 0 11.Bihariganj Udakishanganj S/C DOG line from Udakishanganj GSS to Bihariganj 1 25.37 12.Udakishanganj Udakishanganj 13.Puraini Udakishanganj S/C DOG line from Udakishanganj GSS to Puraini 1 25.37 14.Alamnagar Udakishanganj 279.07 1. Bihpur Naugachhia 2. Sanhauli Naugachhia S/C DOG line from Naugachhia GSS to Sanhauli 1 25.37 3. Naugachhia Naugachhia Replacement of DOG with WOLF from Naugachhia GSS to Naugachhia S/S 0 0 4. Patwara Sultanganj 5. Sultanganj Sultanganj 6. Shahkund Sultanganj 7. Barari Sabour Conversion of S/C DOG to D/C WOLF from Sabour GSS to Central Jail 0 0 8. CS Compound Sabour Conversion of S/C DOG to D/C WOLF from Sabour GSS to C S Compound 0 0 Replacement of DOG with WOLF ACSR from CS Compund to TT School 0 0 9. Sabour Sabour 10.Bhagalpur 10.Gouradih Sabour 11.Aliganj I Sabour Conversion of S/C DOG to D/C WOLF line from Sabour GSS to Aliganj 0 0 12.Aliganj II Sabour Conversion of S/C DOG to D/C WOLF line from Sabour GSS to Aliganj 0 0 Replacement of DOG with WOLF from Aliganj to Nath Nagar 0 0 13.Banka (2) Banka S/C DOG line from Banka GSS to Banka (2) S/S 1 25.37 14.Banka Banka Conversion of S/C WOLF to D/C WOLF from Banka GSS to Banka S/S 0 0 Replacement of DOG with WOLF from Banka S/S to Rajauna-Bousi tapping 0 0 15.Sanhoula Kahalgaon 16.Ghogha Kahalgaon S/C DOG line from Kahalgaon GSS to Ghogha 1 25.37 17.Kahalgaon Kahalgaon Conversion of S/C DOG to D/C WOLF from Kahalgaon GSS to Kahalgaon S/S 0 0 76.11 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 1. Tarapur Sultanganj Conversion of S/C DOG to D/C WOLF from Sultanganj to Tarapur 0 0 2. Dakranala Jamalpur 3. Ramchandrapur Jamalpur Replacement of DOG with WOLF from Jamalpur GSS to Ramchandrapur 0 0 4. Safiabad Jamalpur Replacement of DOG with WOLF from Jamalpur GSS to Safiabad 0 0 5. ITC Jamalpur 6. Karnachaura Jamalpur Conversion of S/C DOG to D/C WOLF from Jamalpur GSS to Karnachaura 0 0 7. Nandlalpur Jamalpur 8. Bindwara Jamalpur 9. Balaji Lakhisarai S/C DOG line from Lakhisarai GSS to Balaji HTC 1 25.37 10.Purani Bazar Lakhisarai Conversion of S/C DOG to D/C WOLF from Lakhisarai GSS to Court Area 0 0 11.Kajra Lakhisarai S/C DOG line from Lakhisarai GSS to Kajra 1 25.37 S/C DOG line from Kajra to Piri Bazar 1 25.37 11. Munger 12.Haibatganj Lakhisarai Replacement of DOG with WOLF from Lakhisarai to Salempur 0 0 S/C DOG line from Lakhisarai - Kendy tapping to Mananpur 1 25.37 13.Jamui Mallehpur Conversion of S/C DOG to D/C WOLF from Mallehpur GSS to Jamui 0 0 14.Gidhour Mallehpur Conversion of S/C DOG to D/C WOLF from Mallehpur GSS to Gidhour tapping 0 0 Replacement of DOG with WOLF from Gidhour tapping and Jhajha 0 0 15.Ghuskuri Sheikhpura S/C DOG line from Sheikhpura GSS to Ghuskuri 1 25.37 16.Ariari Sheikhpura S/C DOG line from Bhalua to Lohain 1 25.37 17.Onama Sheikhpura Replacement of DOG with WOLF ACSR from Sheikhpura to Mirzapur 0 0 S/C DOG line tapping from Sheikhpura - Mirzapur line to Toygarh 1 25.37 18.Hathiyama Sheikhpura 19.Sheikhpura Sheikhpura Replacement of DOG with WOLF from Sheikhpura GSS to Sheikhpura 0 0 177.59 1. Pusa Mohanpur 2. Mohanpur Mohanpur Conversion of S/C DOG line to D/C WOLF from Mohanpur GSS to Mohanpur S/S 0 0 3. Jute Mill Mohanpur 4. Sarairanjan Mohanpur 5. Jitwarpur Mohanpur Conversion of S/C DOG line to D/C WOLF line from Mohanpur GSS to Jitwarpur 0 0 S/C WOLF line from Jitwarpur to Magardahi 1 25.37 6. Rly.Samastipur Mohanpur 7. Sirsia Mohanpur S/C DOG line from Sirsia to Kuboliram 1 25.37 12.Samastipur S/C DOG line from Mohanpur - Sirsia line as tapping to Karpoorigram 1 25.37 8. Dalsingsarai Dalsingsarai S/C WOLF line from Dalsingsarai GSS to Dalsingsarai S/S 1 25.37 9. Pateri Dalsingsarai S/C DOG line from Dalsingsarai (New) GSS to Pateri 1 25.37 10.Bachhwara Dalsingsarai S/C DOG line from Dalsingsarai (New) GSS to Bachhwara 1 25.37 11.Bibhutipur Dalsingsarai S/C WOLF line from Dalsingsarai GSS to Bibhutipur 1 25.37 12.Deona BTPS 13.Bangrahdih (2) BTPS S/C WOLF line from BTPS to Bangradih (2) 1 25.37 14.IOC BTPS 15.Railways BTPS APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 16.Deona (2) Zero Mile S/C WOLF line from Zero Mile (Begusarai) GSS to Deona (2) 1 25.37 17.Kankaul Zero Mile S/C WOLF line from Zero Mile GSS to Kankaul 1 25.37 12.Samastipur 18.Begusarai Zero Mile D/C WOLF line from Zero Mile GSS to Begusarai 1 25.37 279.07 1. Narpatganj Forbesganj 2. Raniganj Forbesganj S/C DOG line from Raniganj to Bahargaon 1 25.37 3. Forbesganj Forbesganj S/C DOG line from Araria to Kusgaon 1 25.37 S/C DOG line from Jokihat to Malgaon 1 25.37 4. Bahadurganj Kishan ganj 5. Sarai Kishanganj 6. Paschimpali Kishanganj 7. Purabpali Kishanganj 8. Thakurganj Kishanganj 9. Group Control Purnea Conversion of S/C DOG to D/C WOLF line from Purnea GSS to Group Control 0 0 13. Purnea 10.Banmankhi Purnea Replacement of RABBIT with WOLF from Purnea GSS to Banmankhi 0 0 11.Zero Mile Purnea Replacement of DOG with WOLF from Purnea GSS to Zero Mile 0 0 12.Belgachhi Purnea S/C DOG line from Dalkola to Vaisi 1 25.37 13.Naranga Purnea Conversion of S/C DOG to D/C WOLF line from Purnea GSS to Naranga 0 0 14.Jalalgarh Purnea Replacement of DOG with WOLF from Purnea GSS to Jalalgarh 0 0 15.Beri Katihar Conversion of S/C DOG to D/C WOLF from Katihar GSS to Beri 0 0 16.Barsoi Katihar S/C DOG line from Katihar to Barsoi 1 25.37 17.Pranpur Katihar S/C DOG line from Katihar to Pranpur 1 25.37 18.Industrial Estate Katihar 19.Binodpur Katihar 20.Kursaila Naugachhia 152.22 1. Karmnasa Karmnasa Conversion of S/C DOG to D/C WOLF line from Karmnasa GSS to 0 0 Durgawati S/S tapping point Replacement of DOG with WOLF from Durgawati tapping to Chand 0 0 2. Larma Karmnasa 3. Kalyanpur Karmnasa Conversion of S/C WOLF to D/C WOLF from Karmnasa GSS to Ramgarh 0 0 4. Ramgarh (2) Karmnasa S/C WOLF line from Karmnasa GSS to Ramgarh (2) 1 25.37 14. Sasaram 5. Kakrait Karmnasa 6. Parsathua Mohania 7. Chainpur Mohania 8. Mohania (2) Mohania S/C WOLF line from Mohania GSS to Mohania (2) 1 25.37 9. Mohania Mohania Replacement of DOG with WOLF from Mohania GSS to Bhabhua Old 0 0 10.Dinara Dinara S/C WOLF line from Dinara (New) GSS to Dinara 1 25.37 11.Sanjhouli Bikramganj APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 12.Surajpura Bikramganj 13.Bikramganj Bikramganj Conversion of S/C DOG to D/C WOLF from Bikramganj GSS to Bikramganj 0 0 14.Bikramganj (2) Bikramganj Conversion of S/C DOG to D/C WOLF from Bikramganj GSS to Bikramganj (2) 0 0 15.Pusauli PGCIL Pusauli 16.Kudra Kudra D/C WOLF line from Kudra (New) GSS to Kudra 1 25.37 17.Karamchat Kudra Replacement of DOG with WOLF from Kudra to Karamchat 0 0 S/C DOG line from Cenari to Adhaura 1 25.37 18.Beda Sasaram Sasaram 19.Sasaram (2) Sasaram D/C WOLF line from Sasaram GSS to Sasaram (2) S/S 1 25.37 20.Sasaram (3) Sasaram S/C WOLF line from Sasaram GSS to Sasaram (3) S/S 1 25.37 21.Naigaon Sasaram 22.BMP Dehri (2) Dehri-On-Sone D/C WOLF line from Dehri-on-Sone GSS to BMP Dehri (2) 1 25.37 14. Sasaram 23.BMP Dehri I & II Dehri-On-Sone 24.JVLO&FL Pahleja Dehri-On-Sone 25.Nasariganj Dehri-On-Sone 26.Rajpur Dehri-On-Sone 27.Nauhatta Banjari 28.Samhauta Banjari Replacement of DOG with WOLF from Banjari GSS to Samhauta 0 0 29.Samhauta (2) Banjari S/C WOLF line from Banjari GSS to Samhauta (2) 1 25.37 30.Kirpabal (2) Barun S/C DOG line from Barun to Kirpabal (2) 1 25.37 Conversion of S/C DOG to D/C WOLF from Barun GSS to Kirpabal 0 0 31.Indrapuri Barun S/C WOLF line from Barun Sone Nagar GSS to Indra Puri to 1 25.37 32.Indrapuri (2) Barun Indrapuri (2) 279.07 1. Shivhar Shivhar S/C DOG line from Shivhar (New) GSS to Shivhar S/S 1 25.37 2. Runi Saidpur Runi Saidpur S/C WOLF line from Runi Saidpur (New) GSS to Runi Saidpur S/S 1 25.37 3. Pupri Sitamarhi Replacement of DOG with WOLF from Sitamarhi GSS to Pupri 0 0 4. Dumra (2) Sitamarhi S/C WOLF line from Sitamarhi GSS to Dumra (2) 1 25.37 5. Dumra Sitamarhi Replacement of DOG with WOLF from Sitamarhi GSS to Dumra 0 0 6. Sursand Sonbarsa D/C WOLF line from Sonbarsa (New) GSS to Sursand 1 25.37 7. Sonbarsa Sonbarsa S/C DOG line from Sonbarsa (New) GSS to Sonbarsa S/S 1 25.37 8. Nepal Sonbarsa 9. Patepur Vaishali Replacement of DOG with WOLF from Vaishali GSS to Mehua 0 0 10.Prataptand Vaishali 15. Muzaffarpur 11.Lalganj Vaishali Replacement of RABBIT and DOG with WOLF from Vaishali GSS to Lalganj 0 0 12.Sarai Vaishali Replacement of DOG with WOLF from Vaishali GSS to Sarai 0 0 13.Railway (HTC) Hajipur 14.Bidupur Hajipur Replacement of DOG with WOLF from Hajipur GSS to Bidupur 0 0 15.EDIP Hajipur 16.Hajipur I E Hajipur Replacement of DOG with WOLF from Hajipur GSS to Hajipur I E 0 0 17.Konharaghat Hajipur 18.Konharaghat (2) Hajipur S/C WOLF line from Hajipur GSS to Konharaghat (2) 1 25.37 19.Manhar Hajipur 20.SKMCH (2) Mohanpur S/C WOLF line from SKMCH (New) GSS to SKMCH (2) S/S 1 25.37 APPENDIX B-3 Cost Estimate of Additional 33 kV Bays for 33 kV Feeders Source 33 kV Bay Total Cost Circle Name of 33 kV Work proposed EHV S/S (No.) (Rs. Lakh) 21.MIT SKMCH S/C WOLF line from SKMCH (New) GSS to MIT 1 25.37 22.Sikandarpur (2) SKMCH S/C WOLF line from SKMCH (New) GSS to Sikandarpur (2) 1 25.37 23.SKMCH SKMCH D/C WOLF line from SKMCH (New) GSS to SKMCH S/S 1 25.37 24.Kurhani SKMCH S/C DOG line from SKMCH (New) GSS to Kurhani 1 25.37 25.Motipur SKMCH Replacement of DOG with WOLF from Bhikanpura GSS to Motipur 0 0 26.Motipur (2) Muzaffarpur S/C WOLF line from Bhikanpura GSS to Motipur (2) 1 25.37 27.Maripur Muzaffarpur 28.Vaishali Muzaffarpur 29.Dholi Muzaffarpur Replacement of DOG with WOLF from Bhikanpura GSS to Dholi 0 0 15. Muzaffarpur 30.IDPL (2) Muzaffarpur S/C WOLF line from Bhikanpura GSS to IDPL (2) 1 25.37 31.IDPL Muzaffarpur Conversion of S/C WOLF to D/C WOLF from Bhikanpura to IDPL 0 0 32.Khabra Muzaffarpur Replacement of DOG with WOLF from Bhikanpura GSS to Khabra 0 0 33.Bhikanpura Muzaffarpur Replacement of DOG with WOLF from Bhikanpura GSS to Bhikanpura S/S 0 0 34.Bhagwanpur Chowk Muzaffarpur S/C WOLF line from Bhikanpura GSS to Bhagwanpur Chowk 1 25.37 35.Railway (HTC) Muzaffarpur 36.Nayatola (2) Muzaffarpur S/C WOLF line from Bhikanpura GSS to Nayatola (2) 1 25.37 37.Nayatola Muzaffarpur 38.Hajipur I E (2) Muzaffarpur S/C WOLF line from Hajipur GSS to Hajipur I E (2) 1 25.37 405.92 1. Basopatti Jay Nagar 2. Jay Nagar Jay Nagar Replacement of DOG with WOLF from Jay Nagar GSS to Jay Nagar 0 0 3. Benipatti Rahika Replacement of DOG with WOLF from Rahika GSS to Benipatti 0 0 4. Rahika Rahika Conversion of S/C DOG to D/C WOLF from Rahika GSS to Rahika S/S 0 0 Replacement of DOG with WOLF from Rahika S/S to Madhubani 0 0 5. Bela Gangwara D/C WOLF line from Gangwara (New) GSS to Gangwara for Bela 1 25.37 6. Gangwara Gangwara S/C WOLF line from Gangwara (New) GSS to Gangwara S/S 1 25.37 7. Donar Gangwara S/C WOLF line from Gangwara (New) GSS to Gangwara for Donar 1 25.37 8. Panda Sarai Ram Nagar D/C WOLF line from Gangwara (New) GSS to DMCH 1 25.37 9. Pouriya Ram Nagar 10.Anar Kusheshwar S/C WOLF line from Kusheshwar (New) GSS to Baheri 1 25.37 11.Kusheshwar Kusheshwar 16. Darbhanga 12.Biraul Kusheshwar S/C WOLF line from Kusheshwar (New) GSS to Biraul 1 25.37
13.Raj Nagar Pandaul Conversion of S/C DOG to D/C WOLF from Pandaul GSS to Raj Nagar 0 0
14.Raiyam Pandaul 15.Pandaul Pandaul Replacement of DOG with WOLF from Pandaul GSS to Pandaul 0 0 16.Manigachi Pandaul 17.Jhanjharpur Pandaul Replacement of DOG with WOLF fro Pandaul GSS to Jhanjharpur 0 0
18.Khatauna Phulparas 19.Rudrapur Phulparas S/C WOLF line from Phulparas GSS to Rudrapur 1 25.37 20.Phulparas Phulparas Conversion of S/C DOG to D/C WOLF from Phulparas GSS to Phulparas S/S 0 0 3983.09 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 2010 1. PESU(East)
2. PESU(West) 1. Bihta AF Bihta AF 1 10 71.81 1 13.70 3. Patna 71.81 13.70 4. Nalanda 0.00 0.00 1. Sheetalpur Sheetalpur 1 10 71.81 1 13.70 5. Chapra 2. Siwan Siwan 1 5 35.91 1 13.70 107.72 27.40 1. Valmiki Nagar Valmiki Nagar 1 10 71.81 1 13.70 2. Bettiah Bettiah 1 10 71.81 1 13.70 6. Motihari 3. Lauria Lauria 1 5 35.91 1 13.70 4. Motihari Motihari 1 10 71.81 1 13.70 251.35 54.80 7. Bhojpur 0.00 0.00 1. Kako-Charui Kako 1 5 35.91 1 13.70 2. Guraru-Paraiya Guraru 1 10 71.81 1 13.70 8. Gaya 3. Belaganj Panari 4. Central Stores Central Stores 1 5 35.91 1 13.70 143.63 41.10 9. Saharsa 0.00 0.00 1. Shahkund Shahkund 1 10 71.81 1 13.70 10.Bhagalpur 71.81 13.70 1. Railway W/S Ramchandrapur 1 5 35.91 1 13.70 2. Onama Onama 1 10 71.81 1 13.70 11.Munger Mirjapur 1 10 71.81 1 13.70 3. Ariari Barkana 1 10 71.81 1 13.70 251.35 54.80 1. Bangardih Deona 1 10 71.81 1 13.70 2. Pusa Pusa 1 10 71.81 1 13.70 12.Samastipur 3. Jitwarpur Jitwarpur 1 5 35.91 1 13.70 179.54 41.10 1. Group Control Group Control 1 5 35.91 1 13.70 13.Purnea 35.91 13.70 1. Kalyanpur Kalyanpur 1 10 71.81 1 13.70 2. Dinara Dinara 1 10 71.81 1 13.70 3. Kudra Bhabhua New 1 10 71.81 1 13.70 4. Pusauli Pusauli 1 10 71.81 1 13.70 14.Sasaram 5. Beda-Takia Takia 1 5 35.91 1 13.70 Nokha 1 10 71.81 1 13.70 Beda 1 5 35.91 1 13.70 6. Nauhatta Nauhatta 1 10 71.81 1 13.70 502.70 109.60 1. Pupri Pupri 1 10 71.81 1 13.70 2. Dumra Dumra 1 5 35.91 1 13.70 3. Lalganj Lalganj 1 5 35.91 1 13.70 4. EDIP EDIP 1 5 35.91 1 13.70 5. Hajipur IE Hajipur IE 1 5 35.91 1 13.70 6. Konharaghat Konharaghat 1 10 71.81 1 13.70 15.Muzaffarpur 7. Motipur Motipur 1 10 71.81 1 13.70 8. SKMCH MIT 1 5 35.91 1 13.70 Sikandarpur 1 10 71.81 1 13.70 SKMCH 1 5 35.91 1 13.70 9. Khabra Khabra 1 10 71.81 1 13.70 1.Bhikanpura Bhikanpura 1 5 35.91 1 13.70 610.42 164.40 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 1. Rajnagar Rajnagar 1 10 71.81 1 13.70 2. Raiyam Raiyam 1 10 71.81 1 13.70 16.Darbhanga 3. Pandaul Pandaul 1 10 71.81 1 13.70 215.44 41.10 2441.70 575.40 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 2011-2014 1. Katra 1. Katra 2. Dina Iron 1. HTC 2. HTC 3. Karmali Chak 1. Karmali Chak 2. Deedarganj 3 15 107.72 3 41.10 4. S.K. Memorial 1. S.K.Memorial 2 10 71.81 2 27.40 5. Kankar Bag (2) 1. Kankar Bag (2) 9 45 323.17 9 123.30 6. Saidpur 1. Saidpur 4 20 143.63 4 54.80 7. Bahadurpur 1. Bahadurpur 4 20 143.63 4 54.80 8. R. Nagar 1. R.Nagar 2 10 71.81 2 27.40 2. Machhuatoli 2 10 71.81 2 27.40 9. Kankar Bag 1. Kankar Bag 1.Ashok Nagar 1. Ashok Nagar 5 25 179.54 5 68.50 11.R.K.Nagar 1. R.K.Nagar 4 20 143.63 4 54.80 1. PESU (East) 12.Karbigahiya 1. Karbigahiya 2 10 71.81 2 27.40 13.Gaighat 1. Gaighat 3 15 107.72 3 41.10
14.NMCH 1. NMCH 3 15 107.72 3 41.10
15.Meena Bazar 1. Meena Bazar 2 10 71.81 2 27.40 16.Katra (2) 1. Katra (2) 6 30 215.44 6 82.20 17.Pahari 1. Pahari 4 20 143.63 4 54.80 2. Sampatchak (Patna) 3. HTC (Patna) 18.Malsalami 1. Malsalami 2 10 71.81 2 27.40 19.Mangal Talab 1. Mangal Talab 4 20 143.63 4 54.80 2.Meena Bazar (2) 2. Meena Bazar (2) 9 45 323.17 9 123.30 21.PMCH 1. PMCH 2 10 71.81 2 27.40 2585.33 986.40 1. A.N.College 1. A.N.College 1 5 35.91 1 13.70 2. S.K.Puri 1. S.K.Puri 1 5 35.91 1 13.70 3. Garikhana I & II 1. Garikhana 3 15 107.72 3 41.10 2. Pataliputra 3 15 107.72 3 41.10 3. Rajapur 2 10 71.81 2 27.40 4. Walmi 1. Walmi 1 5 35.91 1 13.70 5. Danapur 1. Danapur 1 5 35.91 1 13.70 6. Digha 1. Digha 1 5 35.91 1 13.70 2. Digha Central Stores 1 5 35.91 1 13.70 7. R.B.I. 1. RBI 1 5 35.91 1 13.70 2. HTC (Group) 8. Danapur (2) 1. Danapur (2) 9 45 323.17 9 123.30 9. IGIMS 1. IGIMS 2 10 71.81 2 27.40 2. Excise 1 5 35.91 1 13.70 1.Vaterinery College 1. Vaterinery College 1 5 35.91 1 13.70 2. Board`s Colony 2 10 71.81 2 27.40 2. PESU (West) 11.Jakkanpur 1. Jakkanpur 2 10 71.81 2 27.40 12.Maurya Lok 1. Maurya Lok 3 15 107.72 3 41.10 2. Bandar Bagicha 2 10 71.81 2 27.40 13.Karnawad Punpun 1. Karnawad Punpun 1 5 35.91 1 13.70 14.Sinchai Bhawan 1. Sinchai Bhawan 1 5 35.91 1 13.70 15.Anishabad 1. Anishabad 2 10 71.81 2 27.40 16.Gardanibag 1. Gardanibag 2 10 71.81 2 27.40 17.Vidyut Bhawan 1. Vidyut Bhawan 2 10 71.81 2 27.40 2. High Court 2 10 71.81 2 27.40 18.Sahitya Sammelan 1. Sahitya Sammelan 2 10 71.81 2 27.40 19.Bandar Bagicha (2)1. Bandar Bagicha (2) 6 30 215.44 6 82.20 2.Beur 1. Beur 2 10 71.81 2 27.40 2. Khagaul 2 10 71.81 2 27.40 3. HTC 4. HTC 5. Phulwari 1 5 35.91 1 13.70 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 21.Vikas Bhawan 1. Bhusaula 1 5 35.91 1 13.70 2. PESU (West) 2. Vikas Bhawan 1 5 35.91 1 13.70 2226.25 849.40 1. A.F. Bihta 1. A.F.Bihta 1 5 35.91 1 13.70 2. Pareo 1. Pareo 2 10 71.81 2 27.40 2. Koilwar (Ara Circle) 3. Giddha (Ara Circle) 6 60 430.89 6 82.20 3. Bihta I & II 1. Bihta 2. Kanpa 1 10 71.81 1 13.70 3. Lalbhasara 1 10 71.81 1 13.70 4. Paliganj 1 10 71.81 1 13.70 4. GISCO HTC 5. Balmukund HTC group 6. Maner 1. Maner 2 20 143.63 2 27.40 7. Neora 1. Neora 2 20 143.63 2 27.40 2. Naubatpur 2 20 143.63 2 27.40 8. Fatuah (2) 1. Fatuah (2) 6 30 215.44 6 82.20 9. Khusrupur 1. Khusrupur 1 10 71.81 1 13.70 3. Patna 2. Daniyaman 1 10 71.81 1 13.70 1.Fatuah 1. Fatuah 11.Dina Iron 1. HTC 2. HTC 12.Masaurhi Old 1. Masaurhi Old 2 20 143.63 2 27.40 2. Dhanaura 1 10 71.81 1 13.70 13.Masarhi New 1. Masaurhi New 1 10 71.81 1 13.70 14.NTPC I & II HTC 15.Barh 1. Barh 2. Bakhtiyarpur 16.Barh (2) 1. Barh (2) 6 60 430.89 6 82.20 17.Biharibigha 1. Biharibigha 1 10 71.81 1 13.70 18.Hathidah 1. Hathidah 2. Mokama 2 20 143.63 2 27.40 19.Hathidah (2) 1. Hathidah (2) 6 60 430.89 6 82.20 2908.49 616.50 1. Hilsa 1. Hilsa 2. Hilsa (2) 2. Islampur 1. Islampur 1 10 71.81 1 13.70 2. Khudaganj 1 10 71.81 1 13.70 3. Ekangersarai 1. Ekangersarai 2 20 143.63 2 27.40 4. Chiksurabazar 1. Chiksurabazar 6 60 430.89 6 82.20 5. Dhamauli 1. Dhamauli 1 10 71.81 1 13.70 2. Rahui 6. Noorsarai 1. Noorsarai 2. Kalyanbigha 6 60 430.89 6 82.20 3. Chandi 4. Chainpur 6 60 430.89 6 82.20 5. Thertheri 1 10 71.81 1 13.70 7. Harnaut 1. Harnaut 4. Nalanda 2. Cheral (Railways) 6 60 430.89 6 82.20 8. Silao 1. Silao 2. Bhindidih 6 60 430.89 6 82.20 9. Andawas 1. Andawas 6 60 430.89 6 82.20 1.Rajgir 1. Rajgir 2. Ghosarwan 6 60 430.89 6 82.20 11.Giriak 1. Tetrawan 6 60 430.89 6 82.20 2. Sarbahadi 6 60 430.89 6 82.20 3. Giriak 4. Badi 6 60 430.89 6 82.20 5. Katrisarai 6 60 430.89 6 82.20 12.Parwalpur 1. Parwalpur 1 10 71.81 1 13.70 13.Ramchandrapur (2)1. Ramchandrapur (2) 6 30 215.44 6 82.20 14.Ramchandrapur 1. Ramchandrapur 1 5 35.91 1 13.70 15.Bari Pahari 1. Bari Parhari 2 10 71.81 2 27.40 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 16.Asthawan 1. Asthawan 2. Malti 6 60 430.89 6 82.20 4. Nalanda 17.Sohasarai 1. Sohasarai 1 5 35.91 1 13.70 6032.43 1219.30 1. Fulwaria 1. Fulwaria 2 20 143.63 2 27.40 2. Hathua 1 10 71.81 1 13.70 2. Gopalganj 1. Gopalganj 2 10 71.81 2 27.40 2. Jhajhwa 1 10 71.81 1 13.70 3. Kuchaikot 1 10 71.81 1 13.70 3. Srinagar 1. Srinagar 1 10 71.81 1 13.70 2. Mairwa 1 10 71.81 1 13.70 4. Siwan 1. Siwan 5. Maharajganj 1. Maharajganj 1 10 71.81 1 13.70 2. Ekma 1 10 71.81 1 13.70 6. Siwan (2) 1. Siwan (2) 5 30 215.44 5 68.50 5. Chapra 7. Mashrakh 1. Mashrakh 1 10 71.81 1 13.70 2. Baniapur 1 10 71.81 1 13.70 8. Taraiya 1. Taraiya 1 10 71.81 1 13.70 2. Marworah 1 10 71.81 1 13.70 9. Baikunthpur 1. Baikunthpur 2. Barouli 1.Prabhunath Nagar 1. Prabhunath Nagar 2 20 143.63 2 27.40 2. Manjhi 1 10 71.81 1 13.70 11.Telpa 1. Telpa 3 15 107.72 3 41.10 12.Sheetalpur 1. Sheetalpur 2 10 71.81 2 27.40 1615.83 383.60 1. Valmiki Nagar 1. Valmiki Nagar 1 10 71.81 1 13.70 2. Dhanha 1. Dhanha 6 60 430.89 6 82.20 3. Ramnagar 1. Ramnagar 2 20 143.63 2 27.40 2. Bagha 4. Chautarwa 1. Chautarwa 6 60 430.89 6 82.20 5. Lauria 1. Lauria 1 10 71.81 1 13.70 6. Narkatiaganj 1. Narkatiaganj 2 20 143.63 2 27.40 7. Raxaul 1. Raxaul 1 5 35.91 1 13.70 8. Adopur 1. Adopur 1 10 71.81 1 13.70 9. Dhaka 1. Dhaka 2 20 143.63 2 27.40 6. Motihari 1.Bettiah 1. Bettiah 11.Bettiah (2) 1. Bettiah (2) 6 30 215.44 6 82.20 12.Madhopur 1. Madhopur 1 10 71.81 1 13.70 2. Harsidhi 1 10 71.81 1 13.70 13.Areraj 1. Areraj 2 20 143.63 2 27.40 14.Motihari (2) 1. Motihari (2) 3 30 215.44 3 41.10 15.Motihari 1. Motihari 1 5 35.91 1 13.70 16.Chakia 1. Chakia 1 10 71.81 1 13.70 2. Madhuban 1 10 71.81 1 13.70 17.Chhitwani 1. Chhitwani 6 60 430.89 6 82.20 2872.58 602.80 1. Chausa 1. Chausa 2 20 143.63 2 27.40 2. Itarhi 1 10 71.81 1 13.70 3. Purushottampur 1 10 71.81 1 13.70 2. Buxar 1. Buxar 2 10 71.81 2 27.40 2. Industrial 1 5 35.91 1 13.70 3. Pandy Patti 1. Pandey Patti 3 15 107.72 3 41.10 4. Dumraon 1. Dumraon 5. Dumraon (2) 1. Dumraon (2) 5 30 215.44 5 68.50 7. Bhojpur 6. Nawanagar 1. Nawanagar 1 10 71.81 1 13.70 2. Murar 1 10 71.81 1 13.70 3. Akarsai 1 10 71.81 1 13.70 7. Bramhpur 1. Krishnapuram 1 10 71.81 1 13.70 2. Bramhapur 1 10 71.81 1 13.70 3. Sahpur 4. Bihian 8. Simri 1. Simri APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 2. Chhotka Dhakai 6 60 430.89 6 82.20 9. Garhani 1. Garhani 1 10 71.81 1 13.70 2. Piro 1 10 71.81 1 13.70 3. Agiaon 4. Sandes 1.Jagdishpur 1. Jagdishpur 7. Bhojpur 11.Japani Farm 1. Japani Farm 5 25 179.54 5 68.50 2. Serai 12.Powerganj 1. Powerganj 1 5 35.91 1 13.70 2. Power House 3 15 107.72 3 41.10 3. Barhara 6 60 430.89 6 82.20 13.Zero Mile 1. Zero Mile 3 15 107.72 3 41.10 2513.51 630.20 1. Karpi 1. Karpi 2. Ataullah 3. Kurtha 2. Arwal 1. Arwal 3. Goh 1. Goh 4. Daudnagar 1. Daudnagar 2. Haspura 5. Kako 1. Kako 1 10 71.81 1 13.70 2. Charui 1 10 71.81 1 13.70 6. Tehta 1. Tehta 1 10 71.81 1 13.70 2. Makpa 1 10 71.81 1 13.70 3. Makhdampur 1 10 71.81 1 13.70 7. Ghosi 1. Ghosi 1 10 71.81 1 13.70 2. Jehanabad 3 15 107.72 3 41.10 8. Irki 1. Irki 2 10 71.81 2 27.40 2. Sakurabad 3. Nowaman 6 60 430.89 6 82.20 9. Rafiganj I & II 1. Rafiganj 2 10 71.81 2 27.40 1.Uchauli 1. Uchauli 1 10 71.81 1 13.70 2. Madanpur 1 10 71.81 1 13.70 11.Guraru 1. Guraru 1 10 71.81 1 13.70 2. Paraiya 1 10 71.81 1 13.70 12.Tekari 1.Tekari 1 10 71.81 1 13.70 2. Koach 1 10 71.81 1 13.70 13.Belaganj 1. Belaganj 2 20 143.63 2 27.40 8. Gaya 2. Panari 2 20 143.63 2 27.40 3. Paibigha 14.Chakand 1. Chakand 2 20 143.63 2 27.40 15.Dhongra 1. Dhongra 6 60 430.89 6 82.20 16.Sonwa 1. Sonwa 6 60 430.89 6 82.20 17.Hulasganj 1. Hulasganj 18.Nawagarh 1. Nawagarh 6 60 430.89 6 82.20 19.Aurangabad 1. Aurangabad 2.Obra 1. Obra 2. Phesar 3. Sokhea 21.Deo 1. Deo 2. Gangti 22.Barun 1. Barun 1 5 35.91 1 13.70 23.Barem 1. Barem 24.Tengra 1. Tengra 2 20 143.63 2 27.40 25.Sone Hydel HTC 26.Nabinagar 1. Nabinagar 1 10 71.81 1 13.70 2. Amba 1 10 71.81 1 13.70 27.Barun (2) 1. Barun (2) 3 15 107.72 3 41.10 28.Dihara 1. Dihara 6 60 430.89 6 82.20 29.Wazirganj 1. Wazirganj 2. Fatehpur 1 0.00 1 13.70 3. Paimer 30.Atari 1. Atari APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 2. Khizr Sarai 31.Gurua 1. Gurua 32.Amas 1. Amas 33.Banke 1. Banke 34.Shergahti 1. Sherghati 2. Dobhi 35.Imamganj 1. Imamganj 2. Dumaria 1 0.00 1 13.70 36.Chandauti 1. Chandauti 4 20 143.63 4 54.80
37.Medical 1. Medical 2. Cherki 38.Central Stores 1. Central Stores 2 10 71.81 2 32.47 0 39.A.P.Colony 1. A.P.Coloy 1 5 35.91 1 13.70 2. Railway Maidan 2 10 71.81 2 27.40 4.Gandhi Maidan 1. Gandhi Maidan 3 15 107.72 3 41.10 2. Panchaiti Akhara 3 15 107.72 3 41.10 41.Dandibag 1. Dandibag 4 20 143.63 4 54.80 42.Shobh 1. Shobh 2. Charkbria 8. Gaya 43.Manpur 1. Manpur 1 10 71.81 1 13.70 2. Tankuppa 3. Gere 4. Bhore 1 10 71.81 1 13.70 44.Industrial Area 1. Industrial Area 45.M.U. Campus 1. M.U.Campus 2 10 71.81 2 32.47 2. Buddhist Complex 2 10 71.81 2 27.40 46.Hasua 1. Hasua 4 40 287.26 4 54.80 2. Nadirganj 4 40 287.26 4 54.80 47.Nawada 1. Nawada 3 30 215.44 3 41.10 2. Nawada New 1 5 35.91 1 13.70 3. Bhadhokhara 1 10 71.81 1 13.70 48.Akbarpur 1. Akbarpur 1 10 71.81 1 13.70 2. Rajauli 1 10 71.81 1 13.70 3. Sirdala 1 10 71.81 1 13.70 49.Roh 1. Roh 1 10 71.81 1 8.63 2. Warsaliganj 1 10 71.81 1 13.70 3. Pakribarwan 1 10 71.81 1 13.70 4. Kaukol 1 10 71.81 1 8.63 2 20 143.63 2 27.40 6642.85 1534.40 1. Supaul 1. Supaul 2. Parasrama 3 30 215.44 3 41.10 3. Kishanpur 4. Pipra 6 60 430.89 6 82.20 5. Raghopur 6. Larganj 6 60 430.89 6 82.20 2. Saharsa (2) 1. Sahrsa (2) 9 45 323.17 9 123.30 3. Sour Bazar 1. Sour Bazar 6 60 430.89 6 82.20 4. Balwahat 1. Balwahat 6 60 430.89 6 82.20 2. Salakhua 6 60 430.89 6 82.20 9. Saharsa 5. Simri Bakhtiyarpur 1. Simri Bakhtiyarpur 6. New Market 1. New Market 2 10 71.81 2 27.40 7. Old Saharsa 1. Old Saharsa 8. Madhepura 1. Madhepura 1 5 35.91 1 13.70 2. Muraliganj 3. Kumarkhand 6 60 430.89 6 82.20 9. Singheswar 1. Singheswar 2. Ghailar 6 60 430.89 6 82.20 1.Khagaria 1. Khagaria 2 10 71.81 2 27.40 2. Mansi 1 10 71.81 1 13.70 3. Maheshkunt 2 20 143.63 2 27.40 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 11.Bihariganj 1. Bihariganj 6 60 430.89 6 82.20 12.Udakishanganj 1. Udakishanganj 9. Saharsa 13.Puraini 1. Puraini 6 60 430.89 6 82.20 14.Alamnagar 1. Alamnagar 4811.58 1013.80 1. Bihpur 1. Bihpur 1 10 71.81 1 10.14 2. Sanhauli 1. Sanhauli 6 60 430.89 6 82.20 3. Naugachhia 1. Naugachhia 4. Patwara 1. Patwara 5. Sultanganj 1. Sultanganj 2 10 71.81 2 32.47 6. Shahkund 1. Shahkund 7. Barari 1. Barari 2 10 71.81 2 27.40 2. Central Jail 2 10 71.81 2 27.40 3. Mayaganj 2 10 71.81 2 27.40 8. CS Compound 1. C S Compound 2 10 71.81 2 27.40 2. T T School 2 10 71.81 2 27.40 9. Sabour 1. Sabour 2 10 71.81 2 27.40 1.Gouradih 1. Gouradih 11.Aliganj I 1. Aliganj 2 10 71.81 2 27.40 1.Bhagalpur 2. Mojahidpur 1 10 71.81 1 13.70 12.Aliganj II 1. Aliganj 2 10 71.81 2 27.40 2. Jagdishpur 1 10 71.81 1 13.70 3. Nath Nagar 1 10 71.81 1 18.77 13.Banka (2) 1. Banka (2) 3 15 107.72 3 41.10 14.Banka 1. Banka 1 5 35.91 1 13.70 2. Amarpur 3. Rajouna 1 10 71.81 1 13.70 4. Bousi 2 20 143.63 2 27.40 15.Sanhoula 1. Sanhoula 1 10 71.81 1 13.70 16.Ghogha 1. Ghogha 6 60 430.89 6 82.20 17.Kahalgaon 1. Kahalgaon 1 10 71.81 1 18.77 2. Pirpainti 2298.07 600.75 1. Tarapur 1. Tarapur 2 20 143.63 2 27.40 2. Kharagpur 1 10 71.81 1 13.70 2. Dakranala 1. Dakranala 1 10 71.81 1 13.70 3. Ramchandrapur 1. Ramchandrapur 1 10 71.81 1 13.70 2. Railways (HTC) 4. Safiabad 1. Safiabad 1 10 71.81 1 13.70 2. Baniyarpur 1 10 71.81 1 13.70 5. ITC 1. ITC (HTC) 6. Karnachaura 1. Karnchaura 3 30 215.44 3 41.10 7. Nandlalpur 1. Nandlalpur 1 10 71.81 1 13.70 8. Bindwara 1. Bindwara 2 20 143.63 2 27.40 9. Balaji 1. Balaji 1.Purani Bazar 1. Purani Bazar 3 15 107.72 3 46.17 2. Court Area 2 10 71.81 2 27.40 11.Kajra 1. Kajra 6 60 430.89 6 82.20 11. Munger 2. Piri Bazar 6 60 430.89 6 82.20 12.Haibatganj 1. Salempur 2. Manpur 6 60 430.89 6 82.20 3. Haibatganj 13.Jamui 1. Jamui 2 10 71.81 2 32.47 2. Khaira 1 10 71.81 1 13.70 3. Sikandara 1 10 71.81 1 13.70 14.Gidhour 1. Gidhour 1 10 71.81 1 13.70 2. Jhajha 1 5 35.91 1 13.70 3. Sono 1 10 71.81 1 9.59 15.Ghuskuri 1. Ghuskuri 6 60 430.89 6 82.20 16.Ariari 1. Ariari 2. Bhalua 3. Lohain 6 60 430.89 6 82.20 4. Katari APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 5. Barkna 17.Onama 1. Onama 2. Mirzapur 11. Munger 3. Toygarh 6 60 430.89 6 82.20 18.Hathiyama 1. Hathiyama 19.Sheikhpura 1. Sheikhpura 3 15 107.72 3 41.79 4201.15 883.51 1. Pusa 1. Pusa 1 10 71.81 1 13.70 2. Mohanpur 1. Mohanpur 2 10 71.81 2 27.40 2. Warisnagar 1 10 71.81 1 13.70 3. Kalyanpur 1 10 71.81 1 13.70 3. Jute Mill HTC 4. Sarairanjan 1. Sarairanjan 1 10 71.81 1 13.70 5. Jitwarpur 1. Jitwarpur 1 10 71.81 1 18.77 2. Magardahi 6 30 215.44 6 82.20 6. Rly.Samastipur HTC 7. Sirsia 1. Sirsia 2. Kuboliram 6 60 430.89 6 82.20 3. Karpoorigram 6 60 430.89 6 82.20 8. Dalsingsarai 1. Dalsingsarai 1 10 71.81 1 13.70 2. Mehuddinnagar 1 10 71.81 1 13.70 9. Pateri 1. Pateri 1 10 71.81 1 13.70 1.Bachchwara 1. Bachchwara 1 10 71.81 1 13.70 12.Samastipur 11.Bibhutipur 1. Bibhutipur 1 10 71.81 1 13.70 2. Rosera 1 10 71.81 1 13.70 3. Hassanpur 1 10 71.81 1 13.70 12.Deona 1. Deona 2. Bangrahdih 3. Jai Mangla (HTC) 4. Jai Mata Di (HTC) 13.Bangrahdih (2) 1. Bangrahdih (2) 6 30 215.44 6 82.20 14.IOC HTC 15.Railways HTC 16.Deona (2) 1. Deona (2) 6 30 215.44 6 82.20 17.Kankaul 1. Kankaul 6 30 215.44 6 82.20 18.Begusarai 1. Begusarai 1 5 35.91 1 13.70 2. Manjhaul 2 20 143.63 2 27.40 3. Ganga Dairy (HTC) 4. Balia 1 10 71.81 1 13.70 2908.49 744.87 1. Narpatganj 1. Narpatganj 1 10 71.81 1 13.70 2. Raniganj 1. Raniganj 2. Bahargaon 6 60 430.89 6 82.20 3. Forbesganj 1. Forbesganj 2. Araria 3. Kusgaon 6 60 430.89 6 82.20 4. Jokihat 5. Malgaon 6 60 430.89 6 82.20 4. Bahadurganj 1. Bahadurganj 2. Dighal Bank 5. Sarai 1. Sarai 1 10 71.81 1 13.70 13. Purnea 6. Paschimpali 1. Paschimpali 2 10 71.81 2 27.40 7. Purabpali 1. Purabpali 2 10 71.81 2 27.40 8. Thakurganj 1. Chhatargarh 2. Thakurganj 9. Group Control 1. Group control 3 15 107.72 3 41.10 1.Banmankhi 1. Banmankhi 2. Madhubani 1 10 71.81 1 13.70 11.Zero Mile 1. Zero Mile 1 5 35.91 1 13.70 2. City 1 5 35.91 1 13.70 12.Belgachhi 1. Belgachhi 2. Dalkola 3. Vaisi 6 60 430.89 6 82.20 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 13.Naranga 1. Naranga 1 10 71.81 1 13.70 2. MLR Ganj 1 10 71.81 1 8.63 3. Dargaha 14.Jalalgarh 1. Jalalgarh 2 20 143.63 2 27.40 15.Beri 1. Beri 1 10 71.81 1 13.70 2. Gore Beri 1 10 71.81 1 8.63 3. Falka 1 10 71.81 1 8.63 13. Purnea 4. Sonaily 5. Barsoi 6. Pranpur 16.Industrial Estate 1. Industrial Estate 1 5 35.91 1 13.70 17.Binodpur 1. Binodpur 1 10 71.81 1 13.70 18.Kursaila 1. Kursaila 2872.58 601.29 1. Karmnasa 1. Karmnasa 1 10 71.81 1 13.70 2. Durgawati 1 10 71.81 1 13.70 3. Chand 1 10 71.81 1 13.70 2. Larma 1. Larma 1 10 71.81 1 13.70 2. DVPL (HTC) 3. Kalyanpur 1. Kalyanpur 3 30 215.44 3 41.10 2. Ramgarh 3. Chourasia 1 10 71.81 1 13.70 4. Nuaon 1 10 71.81 1 13.70 4. Ramgarh (2) 1. Ramgarh (2) 5. Kakrait 1. Kakrait 1 10 71.81 1 13.70 6. Parsathua 1. Parsathua 1 10 71.81 1 13.70 7. Chainpur 1. Chainpur 1 10 71.81 1 13.70 8. Mohania (2) 1. Mohania (2) 6 30 215.44 6 82.20 9. Mohania 1. Mohania 2. Bhabhua Old 1 5 35.91 1 18.77 3. Bahuara 1 10 71.81 1 13.70 1.Dinara 1. Dinara 1 10 71.81 1 13.70 2. Kochas 1 10 71.81 1 13.70 3. Dawath 11.Sanjhouli 1. Sanjhouli 1 10 71.81 1 13.70 12.Surajpura 1. Surajpura 1 10 71.81 1 13.70 13.Bikramganj 1. Bikramganj 2. Kararkat 1 10 71.81 1 13.70 14. Sasaram 14.Bikramganj (2) 1. Bikramganj (2) 6 30 215.44 6 82.20 15.Pusauli 1. Pusauli 2 10 71.81 2 24.66 16.Kudra 1. Kudra 1 5 35.91 1 13.70 2. Bhabhua New 4 20 143.63 4 54.80 17.Karamchat 1. Karamchat 1 10 71.81 1 8.63 2. Cenari 1 10 71.81 1 13.70 3. Adhaura 18.Beda Sasaram 1. Beda Sasaram 2. Takia Sasaram 2 10 71.81 2 27.40 3. Nokha 1 10 71.81 1 13.70 19.Sasaram (2) 1. Sasaram (2) 6 30 215.44 6 82.20 2.Sasaram (3) 1. Sasaram (3) 6 30 215.44 6 82.20 21.Naigaon 1. Naigaon 2 20 143.63 2 27.40 2. Sheosagar 2 20 143.63 2 27.40 22.BMP Dehri (2) 1. BMP Dehri (2) 9 45 323.17 9 123.30 23.BMP Dehri I & II 1. BMP Dehri 2. Basa Karwandia 1 10 71.81 1 13.70 3. PHED (HTC) 24.JVLO&FL Pahleja 1. HTC 1. Akorigola 2 20 143.63 2 27.40 25.Nasariganj 1. Nasariganj 2 20 143.63 2 27.40 26.Rajpur 1. Rajpur 1 10 71.81 1 13.70 27.Nauhatta 1. Nauhatta 2 10 71.81 2 27.40 28.Samhauta 1. Samhauta 1 10 71.81 1 13.70 29.Samhauta (2) 1. Samhauta (2) 5 22 157.99 5 68.50 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 30.Kirpabal (2) 1. Kirpabal (2) 6 60 430.89 6 82.20 2. Kirpabal 14. Sasaram 31.Indrapuri 1. Indrapuri 32.Indrapuri (2) 1. Indrapuri (2) 6 30 215.44 6 82.20 4718.22 1285.06 1. Shivhar 1. Shivhar 2 10 71.81 2 27.40 2. Runi Saidpur 1. Runi Saidpur 2 10 71.81 2 27.40 3. Pupri 1. Pupri 1 10 71.81 1 13.70 4. Dumra (2) 1. Dumra (2) 6 30 215.44 6 82.20 5. Dumra 1. Dumra 6. Sursand 1. Sursand 2 20 143.63 2 27.40 7. Sonbarsa 1. Sonbarsa 2 20 143.63 2 27.40 8. Nepal 1. Nepal 9. Patepur 1. Mehua 2. Patepur 1.Prataptand 1. Prataptand 11.Lalganj 1. Lalganj 2 20 143.63 2 27.40 12.Sarai 1. Sarai 2 20 143.63 2 27.40 13.Railway (HTC) HTC 14.Bidupur 1. Bidupur 2 20 143.63 2 27.40 15.EDIP 1. EDIP 1 5 35.91 1 13.70 16.Hajipur I E 1. Hajipur I E 17.Konharaghat 1. Konharaghat 1 5 35.91 1 13.70 18.Konharaghat (2) 1. Konharaghat(2) 6 30 215.44 6 82.20 19.Manhar 1. Manhar @ 15. Muzaffarpur 2.SKMCH (2) 1. SKMCH (2) 6 30 215.44 6 82.20 21.MIT 1. MIT 2 10 71.81 2 27.40 22.Sikandarpur (2) 1. Sikandarpur (2) 6 30 215.44 6 82.20 23.SKMCH 1. SKMCH 24.Kurhani 1. Kurhani 1 5 35.91 1 13.70 25.Motipur 1. Motipur 26.Motipur (2) 1. Motipur (2) 6 30 215.44 6 82.20 27.Maripur 1. Maripur 2 20 143.63 2 27.40 28.Vaishali 1. Vaishali 1 5 35.91 1 13.70 29.Dholi 1. Dholi 1 10 71.81 1 13.70 3.IDPL (2) 1. IDPL (2) 6 30 215.44 6 82.20 31.IDPL 1. IDPL 1 5 35.91 1 13.70 32.Khabra 1. Khabra 2 20 143.63 2 27.40 33.Bhikanpura 1. Bhikanpura 34.Bhagwanpur Chowk1. Bhagwanpur chowk 6 60 430.89 6 82.20 35.Railway (HTC) HTC 36.Nayatola (2) 1. Nayatola (2) 6 30 215.44 6 82.20 37.Nayatola 1. Nayatola 38.Hajipur I E (2) 1. Hajipur I E (2) 6 30 215.44 6 82.20 3698.45 1109.70 1. Basopatti 1. Basopatti 2. Jay Nagar 1. Jay Nagar 1 10 71.81 1 13.70 2. Khajauli 1 10 71.81 1 13.70 3. Ladania 1 10 71.81 1 13.70 3. Benipatti 1. Benipatti 1 10 71.81 1 13.70 2. Ahilyasthan 4. Rahika 1. Rahika 2 10 71.81 2 27.40 2. Madhubani 2 10 71.81 2 27.40 5. Bela 1. Bela 1 10 71.81 1 13.70 16. Darbhanga 6. Gangwara 1. Gangwara 2 20 143.63 2 23.02 7. Donar 1. Donar 1 10 71.81 1 13.70 8. Panda Sarai 1. Panda Sarai 1 10 71.81 1 13.70 2. Laheria Sarai (Jail) 3. DMCH 1 5 35.91 1 13.70 4. Urban 1 5 35.91 1 13.70 9. Pouriya 1. Pouriya 1 10 71.81 1 8.63 1.Anar 1. Baheri 1 10 71.81 1 13.70 2. Anar 1 10 71.81 1 13.70 APPENDIX B-4 11 kV Lines and feeder bays
11 kV Line 11 kV bays Circle 33 kV feeder 33/11 kV Sub Station Cost Cost No. km No. (Rs.Lakh) (Rs.Lakh) 11.Kusheshwar 1. Kusheshwar 6 60 430.89 6 82.20 12.Biraul 1. Biraul 1 10 71.81 1 13.70 2. Benipur 1 10 71.81 1 13.70 13.Raj Nagar 1. Raj Nagar 1 10 71.81 1 13.70 2. Babu Barhi 1 10 71.81 1 13.70 14.Raiyam 1. Raiyam 15.Pandaul 1. Pandaul 1 10 71.81 1 18.77 16.Manigachi 1. Manigachi 1 10 71.81 1 13.70 16. Darbhanga 17.Jhanjharpur 1. Jhanjharpur 1 10 71.81 1 13.70 2. Madhepur 1 10 71.81 1 8.63 18.Khatauna 1. Khatauna 19.Rudrapur 1. Rudrapur 6 60 430.89 6 82.20 2.Phulparas 1. Phulparas 1 10 71.81 1 13.70 2. Nirmali 1 10 71.81 1 13.70 3. Talpatganj 1 10 71.81 1 13.70 2728.95 552.25 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 2010 0 0 0 0 0 1. PESU(East) 0 0 0 0 0 0 2. PESU(West) 0 1. Bihta AF Bihta AF 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 3. Patna 97.23 0.00 0.00 0.00 0.00 0.00 4. Nalanda 0.00 1. Sheetalpur Sheetalpur 20 0.00 2 14.96 10 53.08 8 29.19 97.23 5. Chapra 2. Siwan Siwan 20 0.00 2 14.96 10 53.08 8 29.19 97.23 194.45 1. Valmiki Nagar Valmiki Nagar 20 0.00 0.00 5 26.54 15 54.73 81.27 2. Bettiah Bettiah 20 0.00 2 14.96 10 53.08 8 29.19 97.23 6. Motihari 3. Lauria Lauria 20 0.00 0.00 5 26.54 15 54.73 81.27 4. Motihari Motihari 20 0.00 2 14.96 10 53.08 8 29.19 97.23 356.99 0.00 0.00 0.00 0.00 0.00 7. Bhojpur 0.00 1. Kako-Charui Kako 20 0.00 0.00 5 26.54 15 54.73 81.27 2. Guraru-Paraiya Guraru 20 0.00 0.00 5 26.54 15 54.73 81.27 8. Gaya 3. Belaganj Panari 0.00 0.00 0.00 0.00 0.00 4. Central Stores Central Stores 20 0.00 2 14.96 10 53.08 8 29.19 97.23 259.76 0.00 0.00 0.00 0.00 0.00 9. Saharsa 0.00 1. Shahkund Shahkund 20 0.00 0.00 5 26.54 15 54.73 81.27 10.Bhagalpur 81.27 1. Railway W/S Ramchandrapur 20 0.00 2 14.96 10 53.08 8 29.19 97.23 2. Onama Onama 20 0.00 0.00 5 26.54 15 54.73 81.27 11.Munger Mirjapur 20 0.00 0.00 5 26.54 15 54.73 81.27 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 3. Ariari Barkana 20 0.00 0.00 5 26.54 15 54.73 81.27 11.Munger 341.03 1. Bangardih Deona 20 0.00 0.00 5 26.54 15 54.73 81.27 2. Pusa Pusa 20 0.00 0.00 5 26.54 15 54.73 81.27 12.Samastipur 3. Jitwarpur Jitwarpur 20 0.00 2 14.96 10 53.08 8 29.19 97.23 259.76 1. Group Control Group Control 20 0.00 2 14.96 10 53.08 8 29.19 97.23 13.Purnea 97.23 1. Kalyanpur from Kalyanpur 20 0.00 0.00 5 26.54 15 54.73 81.27 2. Dinara Dinara 20 0.00 0.00 5 26.54 15 54.73 81.27 3. Kudra Bhabhua New 20 0.00 0.00 5 26.54 15 54.73 81.27 4. Pusauli Pusauli 20 0.00 0.00 5 26.54 15 54.73 81.27 14.Sasaram 5. Beda-Takia Takia 20 0.00 2 14.96 10 53.08 8 29.19 97.23 Nokha 20 0.00 0.00 5 26.54 15 54.73 81.27 Beda 20 0.00 2 14.96 10 53.08 8 29.19 97.23 6. Nauhatta Nahatta 20 0.00 0.00 5 26.54 15 54.73 81.27 682.07 1. Pupri Pupri 20 0.00 0.00 5 26.54 15 54.73 81.27 2. Dumra Dumar 20 0.00 0.00 5 26.54 15 54.73 81.27 3. Lalganj Lalganj 20 0.00 0.00 5 26.54 15 54.73 81.27 4. EDIP EDIP 20 0.00 2 14.96 10 53.08 8 29.19 97.23 5. Hajipur IE Hajipur IE 20 0.00 2 14.96 10 53.08 8 29.19 97.23 6. Konharaghat Konharaghat 20 0.00 0.00 5 26.54 15 54.73 81.27 15.Muzaffarpur 7. Motipur Motipur 20 0.00 0.00 5 26.54 15 54.73 81.27 8. SKMCH MIT 20 0.00 2 14.96 10 53.08 8 29.19 97.23 Sikandarpur 20 0.00 0.00 5 26.54 15 54.73 81.27 SKMCH 20 0.00 2 14.96 10 53.08 8 29.19 97.23 9. Khabra Khabra 20 0.00 0.00 5 26.54 15 54.73 81.27 10.Bhikanpura Bhikanpura 20 0.00 2 14.96 10 53.08 8 29.19 97.23 1055.01 1. Rajnagar Rajnagar 20 0.00 0.00 5 26.54 15 54.73 81.27 2. Raiyam Raiyam 20 0.00 0.00 5 26.54 15 54.73 81.27 16.Darbhanga 3. Pandaul Pandaul 20 0.00 0.00 5 26.54 15 54.73 81.27 0.00 0.00 0.00 0.00 243.81 3668.61 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 2011-2014 1. Katra 1. Katra 0 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Dina Iron 1. HTC 0 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. HTC 0 0 0.00 0 0.00 0 0.00 0 0.00 0.00 3. Karmali Chak 1. Karmali Chak 0 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Deedarganj 60 6 67.26 24 179.49 30 159.24 0 0.00 405.99 4. S.K. Memorial 1. S.K.Memorial 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 5. Kankar Bag (2) 1. Kankar Bag (2) 180 18 201.78 72 538.48 90 477.71 0 0.00 1217.96 6. Saidpur 1. Saidpur 80 8 89.68 32 239.32 40 212.31 0 0.00 541.32 7. Bahadurpur 1. Bahadurpur 80 8 89.68 32 239.32 40 212.31 0 0.00 541.32 8. R. Nagar 1. R.Nagar 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 2. Machhuatoli 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 9. Kankar Bag 1. Kankar Bag 0 0.00 0 0.00 0 0.00 0 0.00 0.00 10.Ashok Nagar 1. Ashok Nagar 100 10 112.10 40 299.15 50 265.39 0 0.00 676.64 0 0.00 0 0.00 0 0.00 0 0.00 0.00 11.R.K.Nagar 1. R.K.Nagar 80 8 89.68 32 239.32 40 212.31 0 0.00 541.32 12.Karbigahiya 1. Karbigahiya 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 1. PESU (East) 0 0.00 0 0.00 0 0.00 0 0.00 0.00 13.Gaighat 1. Gaighat 60 6 67.26 24 179.49 30 159.24 0 0.00 405.99 0 0.00 0 0.00 0 0.00 0 0.00 0.00 14.NMCH 1. NMCH 60 6 67.26 24 179.49 30 159.24 0 0.00 405.99 0 0.00 0 0.00 0 0.00 0 0.00 0.00 15.Meena Bazar 1. Meena Bazar 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 16.Katra (2) 1. Katra (2) 120 12 134.52 48 358.98 60 318.47 0 0.00 811.97 17.Pahari 1. Pahari 80 8 89.68 32 239.32 40 212.31 0 0.00 541.32 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Sampatchak (Patna) 0 0.00 0 0.00 0 0.00 0 0.00 0.00 3. HTC (Patna) 0 0.00 0 0.00 0 0.00 0 0.00 0.00 18.Malsalami 1. Malsalami 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 19.Mangal Talab 1. Mangal Talab 80 8 89.68 32 239.32 40 212.31 0 0.00 541.32 20.Meena Bazar (2) 2. Meena Bazar (2) 180 18 201.78 72 538.48 90 477.71 0 0.00 1217.96 21.PMCH 1. PMCH 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 9743.68 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. A.N.College 1. A.N.College 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 2. S.K.Puri 1. S.K.Puri 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 3. Garikhana I & II 1. Garikhana 60 6 67.26 24 179.49 30 159.24 0 0.00 405.99 2. Pataliputra 60 6 67.26 24 179.49 30 159.24 0 0.00 405.99 3. Rajapur 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 4. Walmi 1. Walmi 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 5. Danapur 1. Danapur 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 6. Digha 1. Digha 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 2. Digha Central Stores20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 7. R.B.I. 1. RBI 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 2. HTC (Group) 0 0.00 0 0.00 0 0.00 0 0.00 0.00 8. Danapur (2) 1. Danapur (2) 180 18 201.78 72 538.48 90 477.71 0 0.00 1217.96 9. IGIMS 1. IGIMS 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 2. Excise 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 10.Vaterinery College1. Vaterinery College 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 2. Board`s Colony 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 11.Jakkanpur 1. Jakkanpur 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 12.Maurya Lok 1. Maurya Lok 60 6 67.26 24 179.49 30 159.24 0 0.00 405.99 2. PESU (West) 2. Bandar Bagicha 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 13.Karnawad Punpun1. Karnawad Punpun20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 0 0.00 0 0.00 0 0.00 0 0.00 0.00 14.Sinchai Bhawan 1. Sinchai Bhawan 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 15.Anishabad 1. Anishabad 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 16.Gardanibag 1. Gardanibag 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 17.Vidyut Bhawan 1. Vidyut Bhawan 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 2. High Court 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 18.Sahitya Sammelan1. Sahitya Sammelan40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 19.Bandar Bagicha (2)1. Bandar Bagicha (2)120 12 134.52 48 358.98 60 318.47 0 0.00 811.97 20.Beur 1. Beur 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 2. Khagaul 40 4 44.84 16 119.66 20 106.16 0 0.00 270.66 3. HTC 0 0.00 0 0.00 0 0.00 0 0.00 0.00 4. HTC 0 0.00 0 0.00 0 0.00 0 0.00 0.00 5. Phulwari 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 21.Vikas Bhawan 1. Bhusaula 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 2. Vikas Bhawan 20 2 22.42 8 59.83 10 53.08 0 0.00 135.33 8390.39 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. A.F. Bihta 1. A.F.Bihta 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 2. Pareo 1. Pareo 40 0 0.00 0 0.00 10 53.08 30 109.46 162.54 2. Koilwar (Ara Circle) 0 0.00 0 0.00 0 0.00 0 0.00 0.00 3. Giddha (Ara Circle)120 0 0.00 0 0.00 30 159.24 90 328.38 487.62 3. Bihta I & II 1. Bihta 0 0.00 0 0.00 0 0.00 0 0.00 0.00 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Kanpa 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 3. Lalbhasara 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 0 0.00 0 0.00 0 0.00 0 0.00 0.00 4. Paliganj 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 0 0.00 0 0.00 0 0.00 0 0.00 0.00 4. GISCO HTC 0 0.00 0 0.00 0 0.00 0 0.00 0.00 5. Balmukund HTC group 0 0.00 0 0.00 0 0.00 0 0.00 0.00 6. Maner 1. Maner 40 0 0.00 0 0.00 10 53.08 30 109.46 162.54 7. Neora 1. Neora 40 0 0.00 0 0.00 10 53.08 30 109.46 162.54 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Naubatpur 40 0 0.00 0 0.00 10 53.08 30 109.46 162.54 8. Fatuah (2) 1. Fatuah (2) 120 0 0.00 0 0.00 30 159.24 90 328.38 487.62 9. Khusrupur 1. Khusrupur 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 3. Patna 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Daniyaman 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 0 0.00 0 0.00 0 0.00 0 0.00 0.00 10.Fatuah 1. Fatuah 0 0.00 0 0.00 0 0.00 0 0.00 0.00 11.Dina Iron 1. HTC 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. HTC 0 0.00 0 0.00 0 0.00 0 0.00 0.00 12.Masaurhi Old 1. Masaurhi Old 40 0 0.00 0 0.00 10 53.08 30 109.46 162.54 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Dhanaura 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 13.Masarhi New 1. Masaurhi New 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 14.NTPC I & II HTC 0 0.00 0 0.00 0 0.00 0 0.00 0.00 15.Barh 1. Barh 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Bakhtiyarpur 0 0.00 0 0.00 0 0.00 0 0.00 0.00 16.Barh (2) 1. Barh (2) 120 0 0.00 0 0.00 30 159.24 90 328.38 487.62 17.Biharibigha 1. Biharibigha 20 0 0.00 0 0.00 5 26.54 15 54.73 81.27 18.Hathidah 1. Hathidah 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Mokama 40 0 0.00 0 0.00 10 53.08 30 109.46 162.54 19.Hathidah (2) 1. Hathidah (2) 120 0 0.00 0 0.00 30 159.24 90 328.38 487.62 3657.11 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. Hilsa 1. Hilsa 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Hilsa (2) 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Islampur 1. Islampur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Khudaganj 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Ekangersarai 1. Ekangersarai 40 0 0.00 0.00 10 53.08 30 109.46 162.54 4. Chiksurabazar 1. Chiksurabazar 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Dhamauli 1. Dhamauli 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Rahui 0 0.00 0.00 0 0.00 0 0.00 0.00 6. Noorsarai 1. Noorsarai 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Kalyanbigha 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Chandi 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Chainpur 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Thertheri 20 0 0.00 0.00 5 26.54 15 54.73 81.27 7. Harnaut 1. Harnaut 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Cheral (Railways) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 8. Silao 1. Silao 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Bhindidih 120 0 0.00 0.00 30 159.24 90 328.38 487.62 9. Andawas 1. Andawas 120 0 0.00 0.00 30 159.24 90 328.38 487.62 10.Rajgir 1. Rajgir 0 0.00 0 0.00 0 0.00 0 0.00 0.00 4. Nalanda 2. Ghosarwan 120 0 0.00 0.00 30 159.24 90 328.38 487.62 11.Giriak 1. Tetrawan 120 0 0.00 0.00 30 159.24 90 328.38 487.62 2. Sarbahadi 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Giriak 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Badi 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Katrisarai 120 0 0.00 0.00 30 159.24 90 328.38 487.62 12.Parwalpur 1. Parwalpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 0 0.00 0.00 0 0.00 0 0.00 0.00 13.Ramchandrapur (2)1. Ramchandrapur (2)120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 14.Ramchandrapur 1. Ramchandrapur 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 0 0.00 0.00 0 0.00 0 0.00 0.00 15.Bari Pahari 1. Bari Parhari 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 0 0.00 0.00 0 0.00 0 0.00 0.00 0 0.00 0.00 0 0.00 0 0.00 0.00 16.Asthawan 1. Asthawan 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Malti 120 0 0.00 0.00 30 159.24 90 328.38 487.62 17.Sohasarai 1. Sohasarai 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 0 0.00 0.00 0 0.00 0 0.00 0.00 7392.52 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. Fulwaria 1. Fulwaria 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Hathua 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Gopalganj 1. Gopalganj 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Jhajhwa 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Kuchaikot 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Srinagar 1. Srinagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Mairwa 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Siwan 1. Siwan 0 0.00 0 0.00 0 0.00 0 0.00 0.00 5. Maharajganj 1. Maharajganj 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Ekma 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Siwan (2) 1. Siwan (2) 100 0 0.00 10 74.79 50 265.39 40 145.95 486.13 5. Chapra 7. Mashrakh 1. Mashrakh 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Baniapur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 8. Taraiya 1. Taraiya 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Marworah 20 0 0.00 0.00 5 26.54 15 54.73 81.27 9. Baikunthpur 1. Baikunthpur 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Barouli 0 0.00 0.00 0 0.00 0 0.00 0.00 10.Prabhunath Nagar1. Prabhunath Nagar 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Manjhi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 11.Telpa 1. Telpa 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 12.Sheetalpur 1. Sheetalpur 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2467.01 1. Valmiki Nagar 1. Valmiki Nagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Dhanha 1. Dhanha 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Ramnagar 1. Ramnagar 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Bagha 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Chautarwa 1. Chautarwa 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Lauria 1. Lauria 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Narkatiaganj 1. Narkatiaganj 40 0 0.00 0.00 10 53.08 30 109.46 162.54 7. Raxaul 1. Raxaul 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Motihari 0 0.00 0.00 0 0.00 0 0.00 0.00 8. Adopur 1. Adopur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 9. Dhaka 1. Dhaka 40 0 0.00 0.00 10 53.08 30 109.46 162.54 10.Bettiah 1. Bettiah 0 0.00 0 0.00 0 0.00 0 0.00 0.00 11.Bettiah (2) 1. Bettiah (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 12.Madhopur 1. Madhopur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Harsidhi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 13.Areraj 1. Areraj 40 0 0.00 0.00 10 53.08 30 109.46 162.54 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 0 0.00 0.00 0 0.00 0 0.00 0.00 14.Motihari (2) 1. Motihari (2) 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 15.Motihari 1. Motihari 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 6. Motihari 16.Chakia 1. Chakia 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Madhuban 20 0 0.00 0.00 5 26.54 15 54.73 81.27 17.Chhitwani 1. Chhitwani 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3735.41 1. Chausa 1. Chausa 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Itarhi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Purushottampur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Buxar 1. Buxar 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Industrial 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 3. Pandy Patti 1. Pandey Patti 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 4. Dumraon 1. Dumraon 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Dumraon (2) 1. Dumraon (2) 100 0 0.00 0.00 25 132.70 75 273.65 406.35 6. Nawanagar 1. Nawanagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Murar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Akarsai 20 0 0.00 0.00 5 26.54 15 54.73 81.27 7. Bramhpur 1. Krishnapuram 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Bramhapur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Sahpur 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Bihian 0 0.00 0.00 0 0.00 0 0.00 0.00 7. Bhojpur 8. Simri 1. Simri 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Chhotka Dhakai 120 0 0.00 0.00 30 159.24 90 328.38 487.62 9. Garhani 1. Garhani 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Piro 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Agiaon 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Sandes 0 0.00 0.00 0 0.00 0 0.00 0.00 10.Jagdishpur 1. Jagdishpur 0 0.00 0.00 0 0.00 0 0.00 0.00 11.Japani Farm 1. Japani Farm 100 0 0.00 10 74.79 50 265.39 40 145.95 486.13 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Serai 0 0.00 0.00 0 0.00 0 0.00 0.00 12.Powerganj 1. Powerganj 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 2. Power House 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 3. Barhara 120 0 0.00 0.00 30 159.24 90 328.38 487.62 13.Zero Mile 1. Zero Mile 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 4025.59 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. Karpi 1. Karpi 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Ataullah 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Kurtha 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Arwal 1. Arwal 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Goh 1. Goh 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Daudnagar 1. Daudnagar 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Haspura 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Kako 1. Kako 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Charui 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Tehta 1. Tehta 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Makpa 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Makhdampur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 7. Ghosi 1. Ghosi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Jehanabad 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 8. Irki 1. Irki 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Sakurabad 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Nowaman 120 0 0.00 0.00 30 159.24 90 328.38 487.62 9. Rafiganj I & II 1. Rafiganj 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 10.Uchauli 1. Uchauli 20 0 0.00 0.00 5 26.54 15 54.73 81.27 8. Gaya 2. Madanpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 11.Guraru 1. Guraru 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Paraiya 20 0 0.00 0.00 5 26.54 15 54.73 81.27 12.Tekari 1.Tekari 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Koach 20 0 0.00 0.00 5 26.54 15 54.73 81.27 13.Belaganj 1. Belaganj 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Panari 40 0 0.00 0.00 10 53.08 30 109.46 162.54 3. Paibigha 0 0.00 0.00 0 0.00 0 0.00 0.00 14.Chakand 1. Chakand 40 0 0.00 0.00 10 53.08 30 109.46 162.54 15.Dhongra 1. Dhongra 120 0 0.00 0.00 30 159.24 90 328.38 487.62 16.Sonwa 1. Sonwa 120 0 0.00 0.00 30 159.24 90 328.38 487.62 17.Hulasganj 1. Hulasganj 0 0.00 0.00 0 0.00 0 0.00 0.00 18.Nawagarh 1. Nawagarh 120 0 0.00 0.00 30 159.24 90 328.38 487.62 19.Aurangabad 1. Aurangabad 0 0.00 0 0.00 0 0.00 0 0.00 0.00 20.Obra 1. Obra 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Phesar 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Sokhea 0 0.00 0.00 0 0.00 0 0.00 0.00 21.Deo 1. Deo 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Gangti 0 0.00 0.00 0 0.00 0 0.00 0.00 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 22.Barun 1. Barun 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 23.Barem 1. Barem 0 0.00 0.00 0 0.00 0 0.00 0.00 24.Tengra 1. Tengra 40 0 0.00 0.00 10 53.08 30 109.46 162.54 25.Sone Hydel HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 26.Nabinagar 1. Nabinagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Amba 20 0 0.00 0.00 5 26.54 15 54.73 81.27 27.Barun (2) 1. Barun (2) 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 28.Dihara 1. Dihara 120 0 0.00 0.00 30 159.24 90 328.38 487.62 29.Wazirganj 1. Wazirganj 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Fatehpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Paimer 0 0.00 0.00 0 0.00 0 0.00 0.00 30.Atari 1. Atari 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Khizr Sarai 0 0.00 0.00 0 0.00 0 0.00 0.00 31.Gurua 1. Gurua 0 0.00 0.00 0 0.00 0 0.00 0.00 32.Amas 1. Amas 0 0.00 0.00 0 0.00 0 0.00 0.00 33.Banke 1. Banke 0 0.00 0.00 0 0.00 0 0.00 0.00 34.Shergahti 1. Sherghati 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Dobhi 0 0.00 0.00 0 0.00 0 0.00 0.00 35.Imamganj 1. Imamganj 0 0.00 0.00 0 0.00 0 0.00 0.00 8. Gaya 2. Dumaria 20 0 0.00 0.00 5 26.54 15 54.73 81.27 36.Chandauti 1. Chandauti 80 0 0.00 8 59.83 40 212.31 32 116.76 388.90 0 0.00 0.00 0.00 0.00 0.00 37.Medical 1. Medical 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Cherki 0 0.00 0 0.00 0 0.00 0 0.00 0.00 38.Central Stores 1. Central Stores 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 0 0.00 0.00 0 0.00 0 0.00 0.00 39.A.P.Colony 1. A.P.Coloy 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 2. Railway Maidan 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 40.Gandhi Maidan 1. Gandhi Maidan 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Panchaiti Akhara 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 41.Dandibag 1. Dandibag 80 0 0.00 8 59.83 40 212.31 32 116.76 388.90 0 0.00 0.00 0 0.00 0 0.00 0.00 42.Shobh 1. Shobh 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Charkbria 0 0.00 0.00 0 0.00 0 0.00 0.00 43.Manpur 1. Manpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Tankuppa 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Gere 0 0.00 0.00 0 0.00 0 0.00 0.00 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 4. Bhore 20 0 0.00 0.00 5 26.54 15 54.73 81.27 44.Industrial Area 1. Industrial Area 0 0.00 0 0.00 0 0.00 0 0.00 0.00 45.M.U. Campus 1. M.U.Campus 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Buddhist Complex 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 46.Hasua 1. Hasua 80 0 0.00 0.00 20 106.16 60 218.92 325.08 2. Nadirganj 80 0 0.00 0.00 20 106.16 60 218.92 325.08 47.Nawada 1. Nawada 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 2. Nawada New 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 8. Gaya 3. Bhadhokhara 20 0 0.00 0.00 5 26.54 15 54.73 81.27 48.Akbarpur 1. Akbarpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Rajauli 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Sirdala 20 0 0.00 0.00 5 26.54 15 54.73 81.27 49.Roh 1. Roh 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Warsaliganj 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Pakribarwan 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Kaukol 20 0 0.00 0.00 5 26.54 15 54.73 81.27 40 0 0.00 0.00 10 53.08 30 109.46 162.54 9708.49 1. Supaul 1. Supaul 0 0.00 0 0.00 0 0.00 0 0.00 0.00 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Parasrama 60 0 0.00 0.00 15 79.62 45 164.19 243.81 3. Kishanpur 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Pipra 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Raghopur 0 0.00 0.00 0 0.00 0 0.00 0.00 6. Larganj 120 0 0.00 0.00 30 159.24 90 328.38 487.62 2. Saharsa (2) 1. Sahrsa (2) 180 0 0.00 18 134.62 90 477.71 72 262.70 875.03 0 0.00 0.00 0 0.00 0 0.00 0.00 9. Saharsa 3. Sour Bazar 1. Sour Bazar 120 0 0.00 0.00 30 159.24 90 328.38 487.62 4. Balwahat 1. Balwahat 120 0 0.00 0.00 30 159.24 90 328.38 487.62 2. Salakhua 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Simri Bakhtiyarpur1. Simri Bakhtiyarpur 0 0.00 0.00 0 0.00 0 0.00 0.00 6. New Market 1. New Market 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 7. Old Saharsa 1. Old Saharsa 0 0.00 0 0.00 0 0.00 0 0.00 0.00 8. Madhepura 1. Madhepura 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 2. Muraliganj 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Kumarkhand 120 0 0.00 0.00 30 159.24 90 328.38 487.62 9. Singheswar 1. Singheswar 0 0.00 0.00 0 0.00 0 0.00 0.00 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 2. Ghailar 120 0 0.00 0.00 30 159.24 90 328.38 487.62 10.Khagaria 1. Khagaria 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Mansi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Maheshkunt 40 0 0.00 0.00 10 53.08 30 109.46 162.54 9. Saharsa 11.Bihariganj 1. Bihariganj 120 0 0.00 0.00 30 159.24 90 328.38 487.62 12.Udakishanganj 1. Udakishanganj 0 0.00 0.00 0 0.00 0 0.00 0.00 13.Puraini 1. Puraini 120 0 0.00 0.00 30 159.24 90 328.38 487.62 14.Alamnagar 1. Alamnagar 0 0.00 0.00 0 0.00 0 0.00 0.00 6205.40 1. Bihpur 1. Bihpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Sanhauli 1. Sanhauli 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Naugachhia 1. Naugachhia 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Patwara 1. Patwara 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Sultanganj 1. Sultanganj 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 0 0.00 0.00 0 0.00 0 0.00 0.00 6. Shahkund 1. Shahkund 0 0.00 0.00 0 0.00 0 0.00 0.00 7. Barari 1. Barari 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Central Jail 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 3. Mayaganj 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 8. CS Compound 1. C S Compound 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. T T School 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 9. Sabour 1. Sabour 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 10.Gouradih 1. Gouradih 0 0.00 0.00 0 0.00 0 0.00 0.00 10.Bhagalpur 11.Aliganj I 1. Aliganj 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Mojahidpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 12.Aliganj II 1. Aliganj 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Jagdishpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Nath Nagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 13.Banka (2) 1. Banka (2) 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 14.Banka 1. Banka 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 2. Amarpur 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Rajouna 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Bousi 40 0 0.00 0.00 10 53.08 30 109.46 162.54 15.Sanhoula 1. Sanhoula 20 0 0.00 0.00 5 26.54 15 54.73 81.27 16.Ghogha 1. Ghogha 120 0 0.00 0.00 30 159.24 90 328.38 487.62 17.Kahalgaon 1. Kahalgaon 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Pirpainti 0 0.00 0.00 0 0.00 0 0.00 0.00 3813.70 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. Tarapur 1. Tarapur 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Kharagpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Dakranala 1. Dakranala 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Ramchandrapur 1. Ramchandrapur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Railways (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Safiabad 1. Safiabad 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Baniyarpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 5. ITC 1. ITC (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 6. Karnachaura 1. Karnchaura 60 0 0.00 0.00 15 79.62 45 164.19 243.81 0 0.00 0.00 0 0.00 0 0.00 0.00 7. Nandlalpur 1. Nandlalpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 8. Bindwara 1. Bindwara 40 0 0.00 0.00 10 53.08 30 109.46 162.54 9. Balaji 1. Balaji 0 0.00 0.00 0 0.00 0 0.00 0.00 10.Purani Bazar 1. Purani Bazar 60 0 0.00 0.00 15 79.62 45 164.19 243.81 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Court Area 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 11.Kajra 1. Kajra 120 0 0.00 0.00 30 159.24 90 328.38 487.62 2. Piri Bazar 120 0 0.00 0.00 30 159.24 90 328.38 487.62 12.Haibatganj 1. Salempur 0 0.00 0.00 0 0.00 0 0.00 0.00 11. Munger 2. Manpur 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Haibatganj 0 0.00 0.00 0 0.00 0 0.00 0.00 13.Jamui 1. Jamui 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Khaira 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Sikandara 20 0 0.00 0.00 5 26.54 15 54.73 81.27 14.Gidhour 1. Gidhour 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Jhajha 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 3. Sono 20 0 0.00 0.00 5 26.54 15 54.73 81.27 15.Ghuskuri 1. Ghuskuri 120 0 0.00 0.00 30 159.24 90 328.38 487.62 16.Ariari 1. Ariari 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Bhalua 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Lohain 120 0 0.00 0.00 30 159.24 90 328.38 487.62 4. Katari 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Barkna 0 0.00 0.00 0 0.00 0 0.00 0.00 17.Onama 1. Onama 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Mirzapur 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Toygarh 120 0 0.00 0.00 30 159.24 90 328.38 487.62 18.Hathiyama 1. Hathiyama 0 0.00 0.00 0 0.00 0 0.00 0.00 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 19.Sheikhpura 1. Sheikhpura 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 11. Munger 0 0.00 0.00 0 0.00 0 0.00 0.00 5328.88 1. Pusa 1. Pusa 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Mohanpur 1. Mohanpur 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Warisnagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Kalyanpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Jute Mill HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Sarairanjan 1. Sarairanjan 20 0 0.00 0.00 5 26.54 15 54.73 81.27 5. Jitwarpur 1. Jitwarpur 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Magardahi 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 6. Rly.Samastipur HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 7. Sirsia 1. Sirsia 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Kuboliram 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Karpoorigram 120 0 0.00 0.00 30 159.24 90 328.38 487.62 8. Dalsingsarai 1. Dalsingsarai 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Mehuddinnagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 9. Pateri 1. Pateri 20 0 0.00 0.00 5 26.54 15 54.73 81.27 12.Samastipur 10.Bachchwara 1. Bachchwara 20 0 0.00 0.00 5 26.54 15 54.73 81.27 11.Bibhutipur 1. Bibhutipur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Rosera 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Hassanpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 12.Deona 1. Deona 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Bangrahdih 0 0.00 0 0.00 0 0.00 0 0.00 0.00 3. Jai Mangla (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Jai Mata Di (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 13.Bangrahdih (2) 1. Bangrahdih (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 14.IOC HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 15.Railways HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 16.Deona (2) 1. Deona (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 17.Kankaul 1. Kankaul 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 18.Begusarai 1. Begusarai 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 2. Manjhaul 40 0 0.00 0.00 10 53.08 30 109.46 162.54 3. Ganga Dairy (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Balia 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4739.57 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. Narpatganj 1. Narpatganj 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Raniganj 1. Raniganj 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Bahargaon 120 0 0.00 0.00 30 159.24 90 328.38 487.62 3. Forbesganj 1. Forbesganj 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Araria 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Kusgaon 120 0 0.00 0.00 30 159.24 90 328.38 487.62 4. Jokihat 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Malgaon 120 0 0.00 0.00 30 159.24 90 328.38 487.62 4. Bahadurganj 1. Bahadurganj 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Dighal Bank 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Sarai 1. Sarai 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Paschimpali 1. Paschimpali 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 7. Purabpali 1. Purabpali 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 8. Thakurganj 1. Chhatargarh 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Thakurganj 0 0.00 0.00 0 0.00 0 0.00 0.00 9. Group Control 1. Group control 60 0 0.00 6 44.87 30 159.24 24 87.57 291.68 10.Banmankhi 1. Banmankhi 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Madhubani 20 0 0.00 0.00 5 26.54 15 54.73 81.27 13. Purnea 11.Zero Mile 1. Zero Mile 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 2. City 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 12.Belgachhi 1. Belgachhi 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Dalkola 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Vaisi 120 0 0.00 0.00 30 159.24 90 328.38 487.62 13.Naranga 1. Naranga 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. MLR Ganj 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Dargaha 0 0.00 0.00 0 0.00 0 0.00 0.00 14.Jalalgarh 1. Jalalgarh 40 0 0.00 0.00 10 53.08 30 109.46 162.54 15.Beri 1. Beri 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Gore Beri 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Falka 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Sonaily 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Barsoi 0 0.00 0.00 0 0.00 0 0.00 0.00 6. Pranpur 0 0.00 0.00 0 0.00 0 0.00 0.00 16.Industrial Estate 1. Industrial Estate 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 17.Binodpur 1. Binodpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 18.Kursaila 1. Kursaila 0 0.00 0.00 0 0.00 0 0.00 0.00 3816.68 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 1. Karmnasa 1. Karmnasa 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Durgawati 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Chand 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Larma 1. Larma 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. DVPL (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Kalyanpur 1. Kalyanpur 60 0 0.00 0.00 15 79.62 45 164.19 243.81 2. Ramgarh 0 0.00 0.00 0 0.00 0 0.00 0.00 3. Chourasia 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Nuaon 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Ramgarh (2) 1. Ramgarh (2) 0 0.00 0.00 0 0.00 0 0.00 0.00 5. Kakrait 1. Kakrait 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Parsathua 1. Parsathua 20 0 0.00 0.00 5 26.54 15 54.73 81.27 7. Chainpur 1. Chainpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 8. Mohania (2) 1. Mohania (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 9. Mohania 1. Mohania 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Bhabhua Old 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 3. Bahuara 20 0 0.00 0.00 5 26.54 15 54.73 81.27 10.Dinara 1. Dinara 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Kochas 20 0 0.00 0.00 5 26.54 15 54.73 81.27 14. Sasaram 3. Dawath 0 0.00 0.00 0 0.00 0 0.00 0.00 11.Sanjhouli 1. Sanjhouli 20 0 0.00 0.00 5 26.54 15 54.73 81.27 12.Surajpura 1. Surajpura 20 0 0.00 0.00 5 26.54 15 54.73 81.27 13.Bikramganj 1. Bikramganj 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Kararkat 20 0 0.00 0.00 5 26.54 15 54.73 81.27 14.Bikramganj (2) 1. Bikramganj (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 15.Pusauli 1. Pusauli 36 0 0.00 0.00 9 47.77 27 98.51 146.28 16.Kudra 1. Kudra 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Bhabhua New 80 0 0.00 8 59.83 40 212.31 32 116.76 388.90 17.Karamchat 1. Karamchat 12.6 0 0.00 0.00 3.15 16.72 9.45 34.48 51.20 2. Cenari 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Adhaura 0 0.00 0.00 0 0.00 0 0.00 0.00 18.Beda Sasaram 1. Beda Sasaram 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Takia Sasaram 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 3. Nokha 20 0 0.00 0.00 5 26.54 15 54.73 81.27 19.Sasaram (2) 1. Sasaram (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 20.Sasaram (3) 1. Sasaram (3) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 21.Naigaon 1. Naigaon 40 0 0.00 0.00 10 53.08 30 109.46 162.54 2. Sheosagar 40 0 0.00 0.00 10 53.08 30 109.46 162.54 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 22.BMP Dehri (2) 1. BMP Dehri (2) 180 0 0.00 18 134.62 90 477.71 72 262.70 875.03 23.BMP Dehri I & II 1. BMP Dehri 0 0.00 0 0.00 0 0.00 0 0.00 0.00 2. Basa Karwandia 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. PHED (HTC) 0 0.00 0.00 0 0.00 0 0.00 0.00 24.JVLO&FL Pahleja1. HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 1. Akorigola 40 0 0.00 0.00 10 53.08 30 109.46 162.54 25.Nasariganj 1. Nasariganj 40 0 0.00 0.00 10 53.08 30 109.46 162.54 26.Rajpur 1. Rajpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 14. Sasaram 27.Nauhatta 1. Nauhatta 40 0 0.00 0.00 10 53.08 30 109.46 162.54 28.Samhauta 1. Samhauta 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 29.Samhauta (2) 1. Samhauta (2) 100 0 0.00 10 74.79 50 265.39 40 145.95 486.13 30.Kirpabal (2) 1. Kirpabal (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 2. Kirpabal 0 0.00 0.00 0 0.00 0 0.00 0.00 31.Indrapuri 1. Indrapuri 0 0.00 0.00 0 0.00 0 0.00 0.00 32.Indrapuri (2) 1. Indrapuri (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 8231.23 1. Shivhar 1. Shivhar 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Runi Saidpur 1. Runi Saidpur 40 0 0.00 0.00 10 53.08 30 109.46 162.54 3. Pupri 1. Pupri 20 0 0.00 0.00 5 26.54 15 54.73 81.27 4. Dumra (2) 1. Dumra (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 5. Dumra 1. Dumra 0 0.00 0.00 0 0.00 0 0.00 0.00 6. Sursand 1. Sursand 40 0 0.00 0.00 10 53.08 30 109.46 162.54 7. Sonbarsa 1. Sonbarsa 40 0 0.00 0.00 10 53.08 30 109.46 162.54 8. Nepal 1. Nepal 0 0.00 0.00 0 0.00 0 0.00 0.00 9. Patepur 1. Mehua 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Patepur 0 0.00 0.00 0 0.00 0 0.00 0.00 10.Prataptand 1. Prataptand 0 0.00 0.00 0 0.00 0 0.00 0.00 15. Muzaffarpur 11.Lalganj 1. Lalganj 40 0 0.00 0.00 10 53.08 30 109.46 162.54 12.Sarai 1. Sarai 40 0 0.00 0.00 10 53.08 30 109.46 162.54 13.Railway (HTC) HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 14.Bidupur 1. Bidupur 40 0 0.00 0.00 10 53.08 30 109.46 162.54 15.EDIP 1. EDIP 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 16.Hajipur I E 1. Hajipur I E 0 0.00 0 0.00 0 0.00 0 0.00 0.00 17.Konharaghat 1. Konharaghat 20 0 0.00 0.00 5 26.54 15 54.73 81.27 18.Konharaghat (2) 1. Konharaghat(2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 19.Manhar 1. Manhar @ 0 0.00 0.00 0 0.00 0 0.00 0.00 20.SKMCH (2) 1. SKMCH (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 21.MIT 1. MIT 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 22.Sikandarpur (2) 1. Sikandarpur (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 23.SKMCH 1. SKMCH 0 0.00 0 0.00 0 0.00 0 0.00 0.00 24.Kurhani 1. Kurhani 20 0 0.00 0.00 5 26.54 15 54.73 81.27 25.Motipur 1. Motipur 0 0.00 0.00 0 0.00 0 0.00 0.00 26.Motipur (2) 1. Motipur (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 27.Maripur 1. Maripur 40 0 0.00 0.00 10 53.08 30 109.46 162.54 28.Vaishali 1. Vaishali 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 29.Dholi 1. Dholi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 30.IDPL (2) 1. IDPL (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 15. Muzaffarpur 31.IDPL 1. IDPL 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 32.Khabra 1. Khabra 40 0 0.00 0.00 10 53.08 30 109.46 162.54 33.Bhikanpura 1. Bhikanpura 0 0.00 0 0.00 0 0.00 0 0.00 0.00 34.Bhagwanpur Chowk1. Bhagwanpur chowk120 0 0.00 0.00 30 159.24 90 328.38 487.62 35.Railway (HTC) HTC 0 0.00 0.00 0 0.00 0 0.00 0.00 36.Nayatola (2) 1. Nayatola (2) 120 0 0.00 0.00 30 159.24 90 328.38 487.62 37.Nayatola 1. Nayatola 0 0.00 0.00 0 0.00 0 0.00 0.00 38.Hajipur I E (2) 1. Hajipur I E (2) 120 0 0.00 12 89.75 60 318.47 48 175.14 583.35 6981.71 1. Basopatti 1. Basopatti 0 0.00 0.00 0 0.00 0 0.00 0.00 2. Jay Nagar 1. Jay Nagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Khajauli 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Ladania 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Benipatti 1. Benipatti 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Ahilyasthan 0 0.00 0.00 0 0.00 0 0.00 0.00 4. Rahika 1. Rahika 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 2. Madhubani 40 0 0.00 4 29.92 20 106.16 16 58.38 194.45 5. Bela 1. Bela 20 0 0.00 0.00 5 26.54 15 54.73 81.27 6. Gangwara 1. Gangwara 40 0 0.00 0.00 10 53.08 30 109.46 162.54 16. Darbhanga 7. Donar 1. Donar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 8. Panda Sarai 1. Panda Sarai 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Laheria Sarai (Jail) 0 0.00 0.00 0 0.00 0 0.00 0.00 3. DMCH 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 4. Urban 20 0 0.00 2 14.96 10 53.08 8 29.19 97.23 9. Pouriya 1. Pouriya 20 0 0.00 0.00 5 26.54 15 54.73 81.27 10.Anar 1. Baheri 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Anar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 11.Kusheshwar 1. Kusheshwar 120 0 0.00 0.00 30 159.24 90 328.38 487.62 12.Biraul 1. Biraul 20 0 0.00 0.00 5 26.54 15 54.73 81.27 APPENDIX B-5 Estimated Cost for Distribution Transformers
DTRs Distribution Transformers (DTR) with Installation 33/11 kV Sub Cirlcle 33 kV feeder Station 630 kVA Cost 315 kVA Cost 200 kVA Cost 100 kVA Cost Total Cost Nos. (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Nos.) (Rs.Lakh) (Rs.Lakh) 2. Benipur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 13.Raj Nagar 1. Raj Nagar 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Babu Barhi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 14.Raiyam 1. Raiyam 0 0.00 0.00 0 0.00 0 0.00 0.00 15.Pandaul 1. Pandaul 20 0 0.00 0.00 5 26.54 15 54.73 81.27 16.Manigachi 1. Manigachi 20 0 0.00 0.00 5 26.54 15 54.73 81.27 17.Jhanjharpur 1. Jhanjharpur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 16. Darbhanga 2. Madhepur 20 0 0.00 0.00 5 26.54 15 54.73 81.27 18.Khatauna 1. Khatauna 0 0.00 0.00 0 0.00 0 0.00 0.00 19.Rudrapur 1. Rudrapur 120 0 0.00 0.00 30 159.24 90 328.38 487.62 20.Phulparas 1. Phulparas 20 0 0.00 0.00 5 26.54 15 54.73 81.27 2. Nirmali 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3. Talpatganj 20 0 0.00 0.00 5 26.54 15 54.73 81.27 3427.77 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 2010 0 1. PESU(East) 0 0 2. PESU(West) 0 1. Bihta AF Bihta AF 20 81.40 3. Patna 81.40 0.00 4. Nalanda 0.00 1. Sheetalpur Sheetalpur 10 40.70 5. Chapra 2. Siwan Siwan 10 40.70 81.40 1. Valmiki Nagar Valmiki Nagar 20 81.40 2. Bettiah Bettiah 10 40.70 6. Motihari 3. Lauria Lauria 20 81.40 4. Motihari Motihari 10 40.70 244.19 7. Bhojpur 0.00 1. Kako-Charui Kako 20 81.40 2. Guraru-Paraiya Guraru 20 81.40 8. Gaya 3. Belaganj Panari 4. Central Stores Central Stores 10 40.70 203.49 9. Saharsa 0.00 1. Shahkund Shahkund 20 81.40 10.Bhagalpur 81.40 1. Railway W/S Ramchandrapur 10 40.70 2. Onama Onama 20 81.40 11.Munger Mirjapur 20 81.40 3. Ariari Barkana 20 81.40 284.89 1. Bangardih Deona 20 81.40 2. Pusa Pusa 20 81.40 12.Samastipur 3. Jitwarpur Jitwarpur 10 40.70 203.49 1. Group Control Group Control 10 40.70 13.Purnea 40.70 1. Kalyanpur from Kalyanpur 20 81.40 2. Dinara Dinara 20 81.40 3. Kudra Bhabhua New 10 40.70 4. Pusauli Pusauli 10 40.70 14.Sasaram 5. Beda-Takia Takia 10 40.70 Nokha 20 81.40 Beda 10 40.70 6. Nauhatta Nahatta 20 81.40 488.38 1. Pupri Pupri 20 81.40 2. Dumra Dumar 20 81.40 3. Lalganj Lalganj 20 81.40 15.Muzaffarpur 4. EDIP EDIP 10 40.70 5. Hajipur IE Hajipur IE 10 40.70 6. Konharaghat Konharaghat 20 81.40 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 7. Motipur Motipur 20 81.40 8. SKMCH MIT 10 40.70 Sikandarpur 20 81.40 15.Muzaffarpur SKMCH 10 40.70 9. Khabra Khabra 20 81.40 10.Bhikanpura Bhikanpura 10 40.70 773.26 1. Rajnagar Rajnagar 20 81.40 2. Raiyam Raiyam 20 81.40 16.Darbhanga 3. Pandaul Pandaul 20 81.40 244.19 2726.77 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 2011-2014 1. Katra 1. Katra 2. Dina Iron 1. HTC 2. HTC 3. Karmali Chak 1. Karmali Chak 2. Deedarganj 30 122.09 4. S.K. Memorial 1. S.K.Memorial 20 81.40 5. Kankar Bag (2) 1. Kankar Bag (2) 90 366.28 6. Saidpur 1. Saidpur 40 162.79 7. Bahadurpur 1. Bahadurpur 40 162.79 8. R. Nagar 1. R.Nagar 20 81.40 2. Machhuatoli 20 81.40 9. Kankar Bag 1. Kankar Bag 10.Ashok Nagar 1. Ashok Nagar 50 203.49
11.R.K.Nagar 1. R.K.Nagar 40 162.79 12.Karbigahiya 1. Karbigahiya 20 81.40 1. PESU (East) 13.Gaighat 1. Gaighat 30 122.09
14.NMCH 1. NMCH 30 122.09
15.Meena Bazar 1. Meena Bazar 20 81.40 16.Katra (2) 1. Katra (2) 60 244.19 17.Pahari 1. Pahari 40 162.79
2. Sampatchak (Patna) 3. HTC (Patna) 18.Malsalami 1. Malsalami 20 81.40 19.Mangal Talab 1. Mangal Talab 40 162.79 20.Meena Bazar (2) 2. Meena Bazar (2) 90 366.28 21.PMCH 1. PMCH 20 81.40 2930.26 1. A.N.College 1. A.N.College 10 40.70 2. S.K.Puri 1. S.K.Puri 10 40.70 3. Garikhana I & II 1. Garikhana 30 122.09 2. Pataliputra 30 122.09 3. Rajapur 20 81.40 4. Walmi 1. Walmi 10 40.70 5. Danapur 1. Danapur 10 40.70 6. Digha 1. Digha 10 40.70 2. Digha Central Stores 10 40.70 7. R.B.I. 1. RBI 10 40.70 2. HTC (Group) 8. Danapur (2) 1. Danapur (2) 90 366.28 9. IGIMS 1. IGIMS 20 81.40 2. PESU (West) 2. Excise 10 40.70 10.Vaterinery College 1. Vaterinery College 10 40.70 2. Board`s Colony 20 81.40 11.Jakkanpur 1. Jakkanpur 20 81.40 12.Maurya Lok 1. Maurya Lok 30 122.09 2. Bandar Bagicha 20 81.40 13.Karnawad Punpun 1. Karnawad Punpun 10 40.70
14.Sinchai Bhawan 1. Sinchai Bhawan 10 40.70 15.Anishabad 1. Anishabad 20 81.40 16.Gardanibag 1. Gardanibag 20 81.40 17.Vidyut Bhawan 1. Vidyut Bhawan 20 81.40 2. High Court 20 81.40 18.Sahitya Sammelan 1. Sahitya Sammelan 20 81.40 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 19.Bandar Bagicha (2) 1. Bandar Bagicha (2) 60 244.19 20.Beur 1. Beur 20 81.40 2. Khagaul 20 81.40 3. HTC 2. PESU (West) 4. HTC 5. Phulwari 10 40.70 21.Vikas Bhawan 1. Bhusaula 10 40.70 2. Vikas Bhawan 10 40.70 2523.28 1. A.F. Bihta 1. A.F.Bihta 20 81.40 2. Pareo 1. Pareo 40 162.79 2. Koilwar (Ara Circle) 3. Giddha (Ara Circle) 120 488.38 3. Bihta I & II 1. Bihta
2. Kanpa 20 81.40 3. Lalbhasara 20 81.40
4. Paliganj 20 81.40
4. GISCO HTC 5. Balmukund HTC group 6. Maner 1. Maner 40 162.79 7. Neora 1. Neora 40 162.79 2. Naubatpur 40 162.79 8. Fatuah (2) 1. Fatuah (2) 120 488.38 9. Khusrupur 1. Khusrupur 20 81.40 3. Patna 2. Daniyaman 20 81.40
10.Fatuah 1. Fatuah 11.Dina Iron 1. HTC 2. HTC 12.Masaurhi Old 1. Masaurhi Old 40 162.79
2. Dhanaura 20 81.40 13.Masarhi New 1. Masaurhi New 20 81.40 14.NTPC I & II HTC 15.Barh 1. Barh 2. Bakhtiyarpur 16.Barh (2) 1. Barh (2) 120 488.38 17.Biharibigha 1. Biharibigha 20 81.40 18.Hathidah 1. Hathidah 2. Mokama 40 162.79 19.Hathidah (2) 1. Hathidah (2) 120 488.38 3662.82 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 1. Hilsa 1. Hilsa 2. Hilsa (2) 2. Islampur 1. Islampur 20 81.40 2. Khudaganj 20 81.40 3. Ekangersarai 1. Ekangersarai 40 162.79 4. Chiksurabazar 1. Chiksurabazar 120 488.38 5. Dhamauli 1. Dhamauli 20 81.40 2. Rahui 6. Noorsarai 1. Noorsarai 2. Kalyanbigha 120 488.38 3. Chandi 4. Chainpur 120 488.38 5. Thertheri 20 81.40 7. Harnaut 1. Harnaut 2. Cheral (Railways) 120 488.38 8. Silao 1. Silao 2. Bhindidih 120 488.38 9. Andawas 1. Andawas 120 488.38 4. Nalanda 10.Rajgir 1. Rajgir 2. Ghosarwan 120 488.38 11.Giriak 1. Tetrawan 120 488.38 2. Sarbahadi 120 488.38 3. Giriak 4. Badi 120 488.38 5. Katrisarai 120 488.38 12.Parwalpur 1. Parwalpur 20 81.40
13.Ramchandrapur (2) 1. Ramchandrapur (2) 60 244.19 14.Ramchandrapur 1. Ramchandrapur 10 40.70
15.Bari Pahari 1. Bari Parhari 20 81.40 16.Asthawan 1. Asthawan 2. Malti 120 488.38 17.Sohasarai 1. Sohasarai 10 40.70
6837.27 1. Fulwaria 1. Fulwaria 40 162.79 2. Hathua 20 81.40 2. Gopalganj 1. Gopalganj 20 81.40 2. Jhajhwa 20 81.40 3. Kuchaikot 20 81.40 3. Srinagar 1. Srinagar 20 81.40 2. Mairwa 20 81.40 4. Siwan 1. Siwan 5. Maharajganj 1. Maharajganj 20 81.40 2. Ekma 20 81.40 6. Siwan (2) 1. Siwan (2) 50 203.49 5. Chapra 7. Mashrakh 1. Mashrakh 20 81.40 2. Baniapur 20 81.40 8. Taraiya 1. Taraiya 20 81.40 2. Marworah 20 81.40 9. Baikunthpur 1. Baikunthpur 2. Barouli 10.Prabhunath Nagar 1. Prabhunath Nagar 40 162.79 2. Manjhi 20 81.40 11.Telpa 1. Telpa 30 122.09 12.Sheetalpur 1. Sheetalpur 20 81.40 1790.71 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 1. Valmiki Nagar 1. Valmiki Nagar 20 81.40 2. Dhanha 1. Dhanha 120 488.38 3. Ramnagar 1. Ramnagar 40 162.79 2. Bagha 4. Chautarwa 1. Chautarwa 120 488.38 5. Lauria 1. Lauria 20 81.40 6. Narkatiaganj 1. Narkatiaganj 40 162.79 7. Raxaul 1. Raxaul 20 81.40
8. Adopur 1. Adopur 20 81.40 9. Dhaka 1. Dhaka 40 162.79 6. Motihari 10.Bettiah 1. Bettiah 11.Bettiah (2) 1. Bettiah (2) 60 244.19 12.Madhopur 1. Madhopur 20 81.40 2. Harsidhi 20 81.40 13.Areraj 1. Areraj 40 162.79 14.Motihari (2) 1. Motihari (2) 30 122.09 15.Motihari 1. Motihari 10 40.70 16.Chakia 1. Chakia 20 81.40 2. Madhuban 20 81.40 17.Chhitwani 1. Chhitwani 120 488.38 3174.45 1. Chausa 1. Chausa 40 162.79 2. Itarhi 20 81.40 3. Purushottampur 20 81.40 2. Buxar 1. Buxar 20 81.40 2. Industrial 10 40.70 3. Pandy Patti 1. Pandey Patti 30 122.09 4. Dumraon 1. Dumraon 5. Dumraon (2) 1. Dumraon (2) 100 406.98 6. Nawanagar 1. Nawanagar 20 81.40 2. Murar 20 81.40 3. Akarsai 20 81.40 7. Bramhpur 1. Krishnapuram 20 81.40 2. Bramhapur 20 81.40 3. Sahpur 4. Bihian 7. Bhojpur 8. Simri 1. Simri 2. Chhotka Dhakai 120 488.38 9. Garhani 1. Garhani 20 81.40 2. Piro 20 81.40 3. Agiaon 4. Sandes 10.Jagdishpur 1. Jagdishpur 11.Japani Farm 1. Japani Farm 50 203.49
2. Serai 12.Powerganj 1. Powerganj 10 40.70 2. Power House 30 122.09 3. Barhara 120 488.38 13.Zero Mile 1. Zero Mile 30 122.09 3011.65 1. Karpi 1. Karpi 2. Ataullah 3. Kurtha 2. Arwal 1. Arwal 8. Gaya 3. Goh 1. Goh 4. Daudnagar 1. Daudnagar 2. Haspura 5. Kako 1. Kako 20 81.40 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 2. Charui 20 81.40 6. Tehta 1. Tehta 20 81.40 2. Makpa 20 81.40 3. Makhdampur 20 81.40 7. Ghosi 1. Ghosi 20 81.40 2. Jehanabad 30 122.09 8. Irki 1. Irki 20 81.40 2. Sakurabad 3. Nowaman 120 488.38 9. Rafiganj I & II 1. Rafiganj 20 81.40 10.Uchauli 1. Uchauli 20 81.40 2. Madanpur 20 81.40 11.Guraru 1. Guraru 20 81.40 2. Paraiya 20 81.40 12.Tekari 1.Tekari 20 81.40 2. Koach 20 81.40 13.Belaganj 1. Belaganj 40 162.79 2. Panari 40 162.79 3. Paibigha 14.Chakand 1. Chakand 40 162.79 15.Dhongra 1. Dhongra 120 488.38 16.Sonwa 1. Sonwa 120 488.38 17.Hulasganj 1. Hulasganj 18.Nawagarh 1. Nawagarh 120 488.38 19.Aurangabad 1. Aurangabad 20.Obra 1. Obra 2. Phesar 3. Sokhea 21.Deo 1. Deo 2. Gangti 8. Gaya 22.Barun 1. Barun 10 40.70 23.Barem 1. Barem 24.Tengra 1. Tengra 40 162.79 25.Sone Hydel HTC 26.Nabinagar 1. Nabinagar 20 81.40 2. Amba 20 81.40 27.Barun (2) 1. Barun (2) 30 122.09 28.Dihara 1. Dihara 120 488.38 29.Wazirganj 1. Wazirganj 2. Fatehpur 20 81.40 3. Paimer 30.Atari 1. Atari 2. Khizr Sarai 31.Gurua 1. Gurua 32.Amas 1. Amas 33.Banke 1. Banke 34.Shergahti 1. Sherghati 2. Dobhi 35.Imamganj 1. Imamganj 2. Dumaria 20 81.40 36.Chandauti 1. Chandauti 40 162.79
37.Medical 1. Medical 2. Cherki 38.Central Stores 1. Central Stores 20 81.40
39.A.P.Colony 1. A.P.Coloy 10 40.70 2. Railway Maidan 20 81.40 40.Gandhi Maidan 1. Gandhi Maidan 30 122.09 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 2. Panchaiti Akhara 30 122.09 41.Dandibag 1. Dandibag 40 162.79
42.Shobh 1. Shobh 2. Charkbria 43.Manpur 1. Manpur 20 81.40 2. Tankuppa 3. Gere 4. Bhore 20 81.40 44.Industrial Area 1. Industrial Area 45.M.U. Campus 1. M.U.Campus 20 81.40
2. Buddhist Complex 20 81.40 8. Gaya 46.Hasua 1. Hasua 80 325.58 2. Nadirganj 80 325.58 47.Nawada 1. Nawada 30 122.09 2. Nawada New 10 40.70 3. Bhadhokhara 20 81.40 48.Akbarpur 1. Akbarpur 20 81.40 2. Rajauli 20 81.40 3. Sirdala 20 81.40 49.Roh 1. Roh 20 81.40 2. Warsaliganj 20 81.40 3. Pakribarwan 20 81.40 4. Kaukol 20 81.40 0.00 7407.04 1. Supaul 1. Supaul
2. Parasrama 60 244.19 3. Kishanpur 4. Pipra 120 488.38 5. Raghopur 6. Larganj 120 488.38 2. Saharsa (2) 1. Sahrsa (2) 90 366.28
3. Sour Bazar 1. Sour Bazar 120 488.38 4. Balwahat 1. Balwahat 120 488.38 2. Salakhua 120 488.38 5. Simri Bakhtiyarpur 1. Simri Bakhtiyarpur 6. New Market 1. New Market 20 81.40 9. Saharsa 7. Old Saharsa 1. Old Saharsa 8. Madhepura 1. Madhepura 10 40.70 2. Muraliganj 3. Kumarkhand 120 488.38 9. Singheswar 1. Singheswar 2. Ghailar 120 488.38 10.Khagaria 1. Khagaria 20 81.40 2. Mansi 20 81.40 3. Maheshkunt 40 162.79 11.Bihariganj 1. Bihariganj 120 488.38 12.Udakishanganj 1. Udakishanganj 13.Puraini 1. Puraini 120 488.38 14.Alamnagar 1. Alamnagar 5453.53 1. Bihpur 1. Bihpur 20 81.40 2. Sanhauli 1. Sanhauli 120 488.38 10.Bhagalpur 3. Naugachhia 1. Naugachhia 4. Patwara 1. Patwara 5. Sultanganj 1. Sultanganj 20 81.40 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh)
6. Shahkund 1. Shahkund 7. Barari 1. Barari 40 162.79 2. Central Jail 20 81.40 3. Mayaganj 20 81.40 8. CS Compound 1. C S Compound 20 81.40 2. T T School 20 81.40 9. Sabour 1. Sabour 20 81.40 10.Gouradih 1. Gouradih 11.Aliganj I 1. Aliganj 20 81.40 2. Mojahidpur 20 81.40 12.Aliganj II 1. Aliganj 20 81.40 10.Bhagalpur 2. Jagdishpur 20 81.40 3. Nath Nagar 20 81.40 13.Banka (2) 1. Banka (2) 30 122.09 14.Banka 1. Banka 0.00 2. Amarpur 3. Rajouna 20 81.40 4. Bousi 40 162.79 15.Sanhoula 1. Sanhoula 20 81.40 16.Ghogha 1. Ghogha 120 488.38 17.Kahalgaon 1. Kahalgaon 20 81.40 2. Pirpainti 2645.37 1. Tarapur 1. Tarapur 40 162.79 2. Kharagpur 20 81.40 2. Dakranala 1. Dakranala 20 81.40 3. Ramchandrapur 1. Ramchandrapur 20 81.40 2. Railways (HTC) 4. Safiabad 1. Safiabad 20 81.40 2. Baniyarpur 20 81.40 5. ITC 1. ITC (HTC) 6. Karnachaura 1. Karnchaura 60 244.19
7. Nandlalpur 1. Nandlalpur 20 81.40 8. Bindwara 1. Bindwara 40 162.79 9. Balaji 1. Balaji 10.Purani Bazar 1. Purani Bazar 30 122.09
2. Court Area 20 81.40 11.Kajra 1. Kajra 120 488.38 2. Piri Bazar 120 488.38 11. Munger 12.Haibatganj 1. Salempur 2. Manpur 120 488.38 3. Haibatganj 13.Jamui 1. Jamui 20 81.40
2. Khaira 20 81.40 3. Sikandara 20 81.40 14.Gidhour 1. Gidhour 20 81.40 2. Jhajha 10 40.70 3. Sono 20 81.40 15.Ghuskuri 1. Ghuskuri 120 488.38 16.Ariari 1. Ariari 2. Bhalua 3. Lohain 120 488.38 4. Katari 5. Barkna 17.Onama 1. Onama 2. Mirzapur APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 3. Toygarh 120 488.38 18.Hathiyama 1. Hathiyama 11. Munger 19.Sheikhpura 1. Sheikhpura 30 122.09
4761.67 1. Pusa 1. Pusa 20 81.40 2. Mohanpur 1. Mohanpur 20 81.40
2. Warisnagar 20 81.40 3. Kalyanpur 20 81.40 3. Jute Mill HTC 4. Sarairanjan 1. Sarairanjan 20 81.40 5. Jitwarpur 1. Jitwarpur 10 40.70
2. Magardahi 60 244.19 6. Rly.Samastipur HTC 7. Sirsia 1. Sirsia 2. Kuboliram 120 488.38 3. Karpoorigram 120 488.38 8. Dalsingsarai 1. Dalsingsarai 10 40.70 2. Mehuddinnagar 10 40.70 9. Pateri 1. Pateri 10 40.70 12.Samastipur 10.Bachchwara 1. Bachchwara 10 40.70 11.Bibhutipur 1. Bibhutipur 20 81.40 2. Rosera 20 81.40 3. Hassanpur 20 81.40 12.Deona 1. Deona 2. Bangrahdih 3. Jai Mangla (HTC) 4. Jai Mata Di (HTC) 13.Bangrahdih (2) 1. Bangrahdih (2) 60 244.19 14.IOC HTC 15.Railways HTC 16.Deona (2) 1. Deona (2) 120 488.38 17.Kankaul 1. Kankaul 60 244.19 18.Begusarai 1. Begusarai 10 40.70 2. Manjhaul 40 162.79 3. Ganga Dairy (HTC) 4. Balia 20 81.40 3337.24 1. Narpatganj 1. Narpatganj 20 81.40 2. Raniganj 1. Raniganj 2. Bahargaon 120 488.38 3. Forbesganj 1. Forbesganj 2. Araria 3. Kusgaon 120 488.38 4. Jokihat 5. Malgaon 120 488.38 4. Bahadurganj 1. Bahadurganj 2. Dighal Bank 13. Purnea 5. Sarai 1. Sarai 20 81.40 6. Paschimpali 1. Paschimpali 20 81.40 7. Purabpali 1. Purabpali 20 81.40 8. Thakurganj 1. Chhatargarh 2. Thakurganj 9. Group Control 1. Group control 30 122.09 10.Banmankhi 1. Banmankhi 2. Madhubani 20 81.40 11.Zero Mile 1. Zero Mile 10 40.70 2. City 10 40.70 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 12.Belgachhi 1. Belgachhi 2. Dalkola 3. Vaisi 120 488.38 13.Naranga 1. Naranga 20 81.40 2. MLR Ganj 20 81.40 3. Dargaha 14.Jalalgarh 1. Jalalgarh 40 162.79 15.Beri 1. Beri 20 81.40 13. Purnea 2. Gore Beri 20 81.40 3. Falka 20 81.40 4. Sonaily 5. Barsoi 6. Pranpur 16.Industrial Estate 1. Industrial Estate 10 40.70 17.Binodpur 1. Binodpur 20 81.40 18.Kursaila 1. Kursaila 3255.84 1. Karmnasa 1. Karmnasa 20 81.40 2. Durgawati 20 81.40 3. Chand 20 81.40 2. Larma 1. Larma 20 81.40 2. DVPL (HTC) 3. Kalyanpur 1. Kalyanpur 60 244.19 2. Ramgarh 3. Chourasia 20 81.40 4. Nuaon 20 81.40 4. Ramgarh (2) 1. Ramgarh (2) 5. Kakrait 1. Kakrait 20 81.40 6. Parsathua 1. Parsathua 20 81.40 7. Chainpur 1. Chainpur 20 81.40 8. Mohania (2) 1. Mohania (2) 60 244.19 9. Mohania 1. Mohania 2. Bhabhua Old 10 40.70 3. Bahuara 20 81.40 10.Dinara 1. Dinara 20 81.40 2. Kochas 20 81.40 3. Dawath 11.Sanjhouli 1. Sanjhouli 20 81.40 14. Sasaram 12.Surajpura 1. Surajpura 20 81.40 13.Bikramganj 1. Bikramganj 2. Kararkat 20 81.40 14.Bikramganj (2) 1. Bikramganj (2) 60 244.19 15.Pusauli 1. Pusauli 20 81.40 16.Kudra 1. Kudra 20 81.40 2. Bhabhua New 40 162.79 17.Karamchat 1. Karamchat 10 40.70 2. Cenari 20 81.40 3. Adhaura 18.Beda Sasaram 1. Beda Sasaram 2. Takia Sasaram 20 81.40 3. Nokha 20 81.40 19.Sasaram (2) 1. Sasaram (2) 60 244.19 20.Sasaram (3) 1. Sasaram (3) 60 244.19 21.Naigaon 1. Naigaon 40 162.79 2. Sheosagar 40 162.79 22.BMP Dehri (2) 1. BMP Dehri (2) 90 366.28 23.BMP Dehri I & II 1. BMP Dehri 2. Basa Karwandia 20 81.40 3. PHED (HTC) 24.JVLO&FL Pahleja 1. HTC APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 1. Akorigola 40 162.79 25.Nasariganj 1. Nasariganj 40 162.79 26.Rajpur 1. Rajpur 20 81.40 27.Nauhatta 1. Nauhatta 40 162.79 28.Samhauta 1. Samhauta 10 40.70 14. Sasaram 29.Samhauta (2) 1. Samhauta (2) 50 203.49 30.Kirpabal (2) 1. Kirpabal (2) 120 488.38 2. Kirpabal 31.Indrapuri 1. Indrapuri 32.Indrapuri (2) 1. Indrapuri (2) 120 488.38 5657.02 1. Shivhar 1. Shivhar 20 81.40 2. Runi Saidpur 1. Runi Saidpur 40 162.79 3. Pupri 1. Pupri 20 81.40 4. Dumra (2) 1. Dumra (2) 60 244.19 5. Dumra 1. Dumra 6. Sursand 1. Sursand 40 162.79 7. Sonbarsa 1. Sonbarsa 40 162.79 8. Nepal 1. Nepal 9. Patepur 1. Mehua 2. Patepur 10.Prataptand 1. Prataptand 11.Lalganj 1. Lalganj 40 162.79 12.Sarai 1. Sarai 40 162.79 13.Railway (HTC) HTC 14.Bidupur 1. Bidupur 40 162.79 15.EDIP 1. EDIP 10 40.70 16.Hajipur I E 1. Hajipur I E 17.Konharaghat 1. Konharaghat 20 81.40 18.Konharaghat (2) 1. Konharaghat(2) 120 488.38 19.Manhar 1. Manhar @ 15. Muzaffarpur 20.SKMCH (2) 1. SKMCH (2) 60 244.19 21.MIT 1. MIT 20 81.40 22.Sikandarpur (2) 1. Sikandarpur (2) 120 488.38 23.SKMCH 1. SKMCH 24.Kurhani 1. Kurhani 20 81.40 25.Motipur 1. Motipur 26.Motipur (2) 1. Motipur (2) 120 488.38 27.Maripur 1. Maripur 40 162.79 28.Vaishali 1. Vaishali 10 40.70 29.Dholi 1. Dholi 20 81.40 30.IDPL (2) 1. IDPL (2) 60 244.19 31.IDPL 1. IDPL 10 40.70 32.Khabra 1. Khabra 40 162.79 33.Bhikanpura 1. Bhikanpura 34.Bhagwanpur Chowk 1. Bhagwanpur chowk 60 244.19 35.Railway (HTC) HTC 36.Nayatola (2) 1. Nayatola (2) 120 488.38 37.Nayatola 1. Nayatola 38.Hajipur I E (2) 1. Hajipur I E (2) 60 244.19 5087.25 1. Basopatti 1. Basopatti 2. Jay Nagar 1. Jay Nagar 20 81.40 2. Khajauli 20 81.40 3. Ladania 20 81.40 16. Darbhanga 3. Benipatti 1. Benipatti 20 81.40 2. Ahilyasthan 4. Rahika 1. Rahika 20 81.40 2. Madhubani 20 81.40 5. Bela 1. Bela 20 81.40 APPENDIX B-6 Estimated Cost for L T Lines
L T Line Circle 33 kV feeder 33/11 kV Sub Station Length Cost (km) (Rs.Lakh) 6. Gangwara 1. Gangwara 20 81.40 7. Donar 1. Donar 20 81.40 8. Panda Sarai 1. Panda Sarai 20 81.40 2. Laheria Sarai (Jail) 3. DMCH 10 40.70 4. Urban 10 40.70 9. Pouriya 1. Pouriya 20 81.40 10.Anar 1. Baheri 20 81.40 2. Anar 20 81.40 11.Kusheshwar 1. Kusheshwar 120 488.38 12.Biraul 1. Biraul 20 81.40 2. Benipur 20 81.40 16. Darbhanga 13.Raj Nagar 1. Raj Nagar 20 81.40 2. Babu Barhi 20 81.40 14.Raiyam 1. Raiyam 15.Pandaul 1. Pandaul 20 81.40 16.Manigachi 1. Manigachi 20 81.40 17.Jhanjharpur 1. Jhanjharpur 20 81.40 2. Madhepur 20 81.40 18.Khatauna 1. Khatauna 19.Rudrapur 1. Rudrapur 120 488.38 20.Phulparas 1. Phulparas 20 81.40 2. Nirmali 20 81.40 3. Talpatganj 20 81.40 3011.65 APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 1. Katra Fatuah 1. Katra 0 2. Dina Iron Fatuah 1. HTC 0 2. HTC 0 3. Karmali Chak Fatuah 1. Karmali Chak 0 2. Deedarganj 0 4. S.K. Memorial Jakkanpur 1. S.K.Memorial 0 5. Kankar Bag (2) Mithapur (2) 1. Kankar Bag (2) 0 6. Saidpur Mithapur (2) 1. Saidpur 0 7. Bahadurpur Mithapur (2) 1. Bahadurpur 0 8. R. Nagar Mithapur (2) 1. R.Nagar 0 2. Machhuatoli 0 9. Kankar Bag Mithapur 1. Kankar Bag 0 10.Ashok Nagar Mithapur 1. Ashok Nagar 0 1. PESU (East) 11.R.K.Nagar Mithapur 1. R.K.Nagar 0 12.Karbigahiya Mithapur 1. Karbigahiya 0 13.Gaighat Gaighat 1. Gaighat 0 14.NMCH Gaighat 1. NMCH 0 15.Meena Bazar Gaighat 1. Meena Bazar 0 16.Katra (2) Katra 1. Katra (2) 0 17.Pahari Katra 1. Pahari 0 2. Sampatchak (Patna) 0 3. HTC (Patna) 0 18.Malsalami Katra 1. Malsalami 0 19.Mangal Talab Katra 1. Mangal Talab 0 20.Meena Bazar (2) Jakkanpur (2) 1. Meena Bazar (2) 0 21.PMCH Mithapur (2) 1. PMCH 0 0 1. A.N.College Khagaul (2) 1. A.N.College 0 2. S.K.Puri Khagaul (2) 1. S.K.Puri 0 3. Garikhana I & II Khagaul 1. Garikhana 0 2. Pataliputra 0 3. Rajapur 0 4. Walmi Khagaul 1. Walmi 0 5. Bhusaula-Vikas B. Khagaul 1. Bhusaula 0 2. Vikas Bhawan 0 6. Danapur Digha 1. Danapur 0 7. Digha Digha 1. Digha 0 2. Digha Central Stores 0 8. R.B.I. Digha 1. RBI 0 2. HTC (Group) 0 9. Danapur (2) Digha 1. Danapur (2) 0 2. PESU (West) 10. IGIMS Sipara 1. IGIMS 0 2. Excise 0 11.Veterinary College Sipara 1. Veterinary College 0 2. Board`s Colony 0 12.Jakkanpur Jakkanpur 1. Jakkanpur 0 13.Maurya Lok Jakkanpur 1. Maurya Lok 0 2. Bandar Bagicha 0 14.Karnawad Punpun Jakkanpur 1. Karnawad Punpun 0 15.Sinchai Bhawan Jakkanpur 1. Sinchai Bhawan 0 16.Anishabad Jakkanpur 1. Anishabad 0 2. Gardanibag 0 17.Vidyut Bhawan Jakkanpur 1. Vidyut Bhawan 0 2. High Court 0 18.Sahitya Sammelan Jakkanpur (2) 1. Sahitya Sammelan 0 19.Bandar Bagicha (2) Jakkanpur (2) 1. Bandar Bagicha (2) 0 APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 20.Beur Jakkanpur (2) 1. Beur 0 2. Khagaul 0 3. HTC 0 2. PESU (West) 4. HTC 0 5. Phulwari 0 0 1. A.F. Bihta Bihta 1. A.F.Bihta 2. Pareo Bihta 1. Pareo 2. Koilwar (Ara Circle) 3. Giddha (Ara Circle) 3. Bihta I & II Bihta 1. Bihta 2. Kanpa 1.2 2 24.15 3. Lalbhasara 1.2 2 24.15 4. Paliganj 1.2 2 24.15 4. GISCO Khagaul (2) HTC 5. Balmukund Khagaul (2) HTC group 6. Maner Khagaul (2) 1. Maner 1.2 2 24.15 7. Neora Khagaul 1. Neora 2. Naubatpur 1.2 2 24.15 8. Fatuah (2) Fatuah (2) 1. Fatuah (2) 9. Khusrupur Fatuah (2) 1. Khusrupur 3. Patna 2. Daniyaman 10.Fatuah Fatuah 1. Fatuah 11.Dina Iron Fatuah 1. HTC 2. HTC 12.Masaurhi Old Masaurhi 1. Masaurhi Old 2. Dhanaura 1.2 2 24.15 13.Masarhi New Masaurhi 1. Masaurhi New 14.NTPC I & II Barh HTC 15.Barh Barh 1. Barh 2. Bakhtiyarpur 1.2 2 24.15 16.Barh (2) Barh 1. Barh (2) 17.Biharibigha Barh 1. Biharibigha 18.Hathidah Hathidah 1. Hathidah 2. Mokama 19.Hathidah (2) Hathidah 1. Hathidah (2) 169.05 1. Hilsa Ekangersarai 1. Hilsa 1.2 2 24.15 2. Hilsa (2) 2. Islampur Ekangersarai 1. Islampur 1.2 2 24.15 2. Khudaganj 3. Ekangersarai Ekangersarai 1. Ekangersarai 4. Chiksurabazar Masaurhi 1. Chiksurabazar 5. Dhamauli Harnaut 1. Dhamauli 2. Rahui 6. Noorsarai Harnaut 1. Noorsarai 1.2 2 24.15 4. Nalanda 2. Kalyanbigha 3. Chandi 4. Chainpur 5. Thertheri 7. Harnaut Harnaut 1. Harnaut 2. Cheral (Railways) 8. Silao Rajgir 1. Silao 2. Bhindidih 9. Andawas Rajgir 1. Andawas 10.Rajgir Rajgir 1. Rajgir APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 2. Ghosarwan 11.Giriak Rajgir 1. Tetrawan 2. Sarbahadi 3. Giriak 4. Badi 5. Katrisarai 12.Nalanda Nalanda 1. Nalanda 1.2 2 24.15 13.Raiter Nalanda 1. Bihar Sharif 4. Nalanda 2. Raiter 14.Parwalpur Bari Pahari 1. Parwalpur 15.Ramchandrapur (2) Bari Pahari 1. Ramchandrapur (2) 16.Ramchandrapur Bari Pahari 1. Ramchandrapur 17.Bari Pahari Bari Pahari 1. Bari Parhari 18.Asthawan Bari Pahari 1. Asthawan 2. Malti 19.Sohasarai Bari Pahari 1. Sohasarai 96.60 1. Fulwaria Gopalganj 1. Fulwaria 1.2 2 24.15 2. Hathua 1.2 2 24.15 3. Hussepur 2. Gopalganj Gopalganj 1. Gopalganj 1.2 2 24.15 2. Jhajhwa 1.2 2 24.15 3. Kuchaikot 3. Srinagar Siwan 1. Srinagar 1.2 2 24.15 2. Mairwa 4. Siwan Siwan 1. Siwan 5. Maharajganj Siwan 1. Maharajganj 1.2 2 24.15 2. Ekma 6. Siwan (2) Siwan 1. Siwan (2) 5. Chapra 7. Mashrakh Mashrakh 1. Mashrakh 1.2 2 24.15 2. Baniapur 8. Taraiya Mashrakh 1. Taraiya 2. Marworah 9. Baikunthpur Mashrakh 1. Baikunthpur 1.2 2 24.15 2. Barouli 10.Prabhunath Nagar Chapra 1. Prabhunath Nagar 1.2 2 24.15 2. Manjhi 11.Telpa Chapra 1. Telpa 12.Sheetalpur Sheetalpur 1. Sheetalpur 13.Sonepur Hajipur 1. Sonepur 217.35 1. Valmiki Nagar Nepal 1. Valmiki Nagar 1.2 2 24.15 2. Dhanha Dhanha 1. Dhanha 3. Ramnagar Ramnagar 1. Ramnagar 2. Bagha 1.2 2 24.15 4. Chautarwa Ramnagar 1. Chautarwa 5. Lauria Ramnagar 1. Lauria 6. Narkatiaganj Ramnagar 1. Narkatiaganj 1.2 2 24.15 6. Motihari 7. Raxaul Raxaul 1. Raxaul 8. Adopur Raxaul 1. Adopur 9. Dhaka Dhaka 1. Dhaka 10.Bettiah Bettiah 1. Bettiah 11.Bettiah (2) Bettiah 1. Bettiah (2) 12.Madhopur Motihari 1. Madhopur 1.2 2 24.15 2. Harsidhi 13.Areraj Motihari 1. Areraj APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 14.Motihari (2) Motihari 1. Motihari (2) 15.Motihari Motihari 1. Motihari 16.Chakia Motihari 1. Chakia 1.2 2 24.15 6. Motihari 2. Madhuban 1.2 2 24.15 17.Chhitwani Motihari 1. Chhitwani 144.90 1. Chausa Buxar 1. Chausa 2. Itarhi 3. Purushottampur 2. Buxar Buxar 1. Buxar 2. Industrial 3. Pandy Patti Buxar 1. Pandey Patti 4. Dumraon Dumraon 1. Dumraon 5. Dumraon (2) Dumraon 1. Dumraon (2) 6. Nawanagar Dumraon 1. Nawanagar 2. Murar 1.2 2 24.15 3. Akarsai 7. Bramhpur Dumraon 1. Krishnapuram 2. Bramhapur 1.2 2 24.15 3. Sahpur 1.2 2 24.15 7. Bhojpur 4. Bihian 8. Simri Dumraon 1. Simri 2. Chhotka Dhakai Chak 9. Garhani Jagdishpur 1. Garhani 1.2 2 24.15 2. Piro 3. Agiaon 1.2 2 24.15 4. Sandes 10.Jagdishpur Jagdishpur 1. Jagdishpur 11.Japani Farm Ara 1. Japani Farm 1.2 2 24.15 2. Serai 1.2 2 24.15 12.Powerganj Ara 1. Powerganj 1.2 2 24.15 2. Power House 3. Barhara 1.2 2 24.15 13.Zero Mile Ara 1. Zero Mile 217.35 1. Karpi Karpi 1. Karpi 2. Ataullah 1.2 2 24.15 3. Kurtha 2. Arwal Karpi 1. Arwal 3. Goh Goh 1. Goh 4. Daudnagar Goh 1. Daudnagar 2. Haspura 5. Kako Irki 1. Kako 1.2 2 24.15 2. Charui 1.2 2 24.15 6. Tehta Irki 1. Tehta 1.2 2 24.15 8. Gaya 2. Makpa 3. Makhdampur 7. Ghosi Irki 1. Ghosi 2. Jehanabad 8. Irki Irki 1. Irki 2. Sakurabad 3. Nowaman 9. Rafiganj I & II Rafiganj 1. Rafiganj 10.Uchauli Rafiganj 1. Uchauli 1.2 2 24.15 2. Madanpur 11.Guraru Rafiganj 1. Guraru 1.2 2 24.15 APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 2. Paraiya 1.2 2 24.15 12.Tekari Tekari 1.Tekari 2. Koach 13.Belaganj Belaganj 1. Belaganj 2. Panari 3. Paibigha 14.Chakand Belaganj 1. Chakand 15.Dhongra Hulasganj 1. Dhongra 16.Sonwa Hulasganj 1. Sonwa 17.Hulasganj Hulasganj 1. Hulasganj 18.Nawagarh Hulasganj 1. Nawagarh 19.Aurangabad Aurangabad 1. Aurangabad 20.Obra Aurangabad 1. Obra 1.2 2 24.15 2. Phesar 1.2 2 24.15 3. Sokhea 1.2 2 24.15 21.Deo Aurangabad 1. Deo 2. Gangti 22.Sone Nagar Barun 1. Barun 23.Barem Barun 1. Barem 1.2 2 24.15 24.Tengra Barun 1. Tengra 25.Sone Hydel Barun HTC 26.Nabinagar Barun 1. Nabinagar 1.2 2 24.15 2. Amba 1.2 2 24.15 27.Barun (2) Barun 1. Barun (2) 28.Dihara Barun 1. Dihara 29.Wazirganj Wazirganj 1. Wazirganj 2. Fatehpur 3. Paimer 8. Gaya 30.Atari Wazirganj 1. Atari 2. Khizr Sarai 31.Gurua Sherghati 1. Gurua 32.Amas Sherghati 1. Amas 33.Banke Sherghati 1. Banke 34.Shergahti Sherghati 1. Sherghati 2. Dobhi 35.Imamganj Sherghati 1. Imamganj 2. Dumaria 36.Chandauti Chandauti 1. Chandauti 37.Medical Chandauti 1. Medical 2. Cherki 38.Central Stores Chandauti 1. Central Stores 39.A.P.Colony Chandauti 1. A.P.Coloy 2. Railway Maidan 40.Gandhi Maidan Chandauti 1. Gandhi Maidan 2. Panchaiti Akhara 41.Dandibag Chandauti 1. Dandibag 42.Shobh Bodh Gaya 1. Shobh 2. Charkbria 43.Manpur Bodh Gaya 1. Manpur 1.2 2 24.15 2. Tankuppa 1.2 2 24.15 3. Gere 4. Bhore 44.Industrial Area Bodh Gaya 1. Industrial Area 45.M.U. Campus Bodh Gaya 1. M.U.Campus 2. Buddhist Complex 46.Hasua Nawada 1. Hasua 1.2 2 24.15 APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 2. Nadirganj 47.Nawada Nawada 1. Nawada 2. Nawada New 3. Bhadhokhara 48.Akbarpur Nawada 1. Akbarpur 1.2 2 24.15 2. Rajauli 1.2 2 24.15 8. Gaya 3. Sirdala 1.2 2 24.15 49.Roh Nawada 1. Roh 1.2 2 24.15 2. Warsaliganj 1.2 2 24.15 3. Pakribarwan 4. Kaukol 507.15 1. Supaul Supaul 1. Supaul 2. Parasrama 3. Kishanpur 4. Pipra 1.2 2 24.15 5. Raghopur 1.2 2 24.15 6. Larganj 1.2 2 24.15 2. Saharsa (2) Saharsa 1. Sahrsa (2)
3. Sour Bazar Saharsa 1. Sour Bazar 4. Balwahat Saharsa 1. Balwahat 2. Salakhua 5. Simri Bakhtiyarpur Saharsa 1. Simri Bakhtiyarpur 6. New Market Saharsa 1. New Market 9. Saharsa 7. Old Saharsa Saharsa 1. Old Saharsa 8. Madhepura Madhepura 1. Madhepura 2. Muraliganj 1.2 2 24.15 3. Kumarkhand 1.2 2 24.15 9. Singheswar Madhepura 1. Singheswar 2. Ghailar 10.Khagaria Khagaria 1. Khagaria 2. Mansi 3. Maheshkunt 1.2 2 24.15 11.Bihariganj Udakishanganj 1. Bihariganj 12.Udakishanganj Udakishanganj 1. Udakishanganj 13.Puraini Udakishanganj 1. Puraini 14.Alamnagar Udakishanganj 1. Alamnagar 144.90 1. Bihpur Naugachhia 1. Bihpur 2. Sanhauli Naugachhia 1. Sanhauli 1.2 2 24.15 3. Naugachhia Naugachhia 1. Naugachhia 4. Patwara Sultanganj 1. Patwara 5. Sultanganj Sultanganj 1. Sultanganj 6. Shahkund Sultanganj 1. Shahkund 7. Barari Sabour 1. Barari 2. Central Jail 10. Bhagalpur 3. Mayaganj 8. CS Compound Sabour 1. C S Compound 2. T T School 9. Sabour Sabour 1. Sabour 10.Gouradih Sabour 1. Gouradih 11.Aliganj I Sabour 1. Aliganj 2. Mojahidpur 12.Aliganj II Sabour 1. Aliganj 2. Jagdishpur APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 3. Nath Nagar 13.Banka (2) Banka 1. Banka (2) 14.Banka Banka 1. Banka 1.2 2 24.15 2. Amarpur 3. Rajouna 10. Bhagalpur 4. Bousi 15.Sanhoula Kahalgaon 1. Sanhoula 16.Ghogha Kahalgaon 1. Ghogha 17.Kahalgaon Kahalgaon 1. Kahalgaon 2. Pirpainti 1.2 2 24.15 72.45 1. Tarapur Sultanganj 1. Tarapur 1.2 2 24.15 2. Kharagpur 1.2 2 24.15 2. Dakranala Jamalpur 1. Dakranala 3. Ramchandrapur Jamalpur 1. Ramchandrapur 2. Railways (HTC) 4. Safiabad Jamalpur 1. Safiabad 2. Baniyarpur 5. ITC Jamalpur 1. ITC (HTC) 6. Karnachaura Jamalpur 1. Karnchaura 7. Nandlalpur Jamalpur 1. Nandlalpur 8. Bindwara Jamalpur 1. Bindwara 9. Balaji Lakhisarai 1. Balaji 10.Purani Bazar Lakhisarai 1. Purani Bazar 2. Court Area 11.Kajra Lakhisarai 1. Kajra 2. Piri Bazar 12.Haibatganj Lakhisarai 1. Salempur 1.2 2 24.15 2. Manpur 1.2 2 24.15 11. Munger 3. Haibatganj 1.2 2 24.15 13.Jamui Mallehpur 1. Jamui 1.2 2 24.15 2. Khaira 1.2 2 24.15 3. Sikandara 1.2 2 24.15 14.Gidhour Mallehpur 1. Gidhour 2. Jhajha 1.2 2 24.15 3. Sono 1.2 2 24.15 15.Ghuskuri Sheikhpura 1. Ghuskuri 1.2 2 24.15 16.Ariari Sheikhpura 1. Ariari 1.2 2 24.15 2. Bhalua 1.2 2 24.15 3. Lohain 1.2 2 24.15 4. Katari 5. Barkna 17.Onama Sheikhpura 1. Onama 1.2 2 24.15 2. Mirzapur 1.2 2 24.15 3. Toygarh 1.2 2 24.15 18.Hathiyama Sheikhpura 1. Hathiyama 1.2 2 24.15 19.Sheikhpura Sheikhpura 1. Sheikhpura 434.70 1. Pusa Mohanpur 1. Pusa 1.2 2 24.15 2. Mohanpur Mohanpur 1. Mohanpur 2. Warisnagar 1.2 2 24.15 3. Kalyanpur 1.2 2 24.15 12. Samastipur 3. Jute Mill Mohanpur HTC 4. Sarairanjan Mohanpur 1. Sarairanjan 5. Jitwarpur Mohanpur 1. Jitwarpur 2. Magardahi APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 6. Rly.Samastipur Mohanpur HTC 7. Sirsia Mohanpur 1. Sirsia 1.2 2 24.15 2. Kuboliram 1.2 2 24.15 3. Karpoorigram 8. Dalsingsarai Dalsingsarai 1. Dalsingsarai 2. Mohadinnagar 1.2 2 24.15 9. Pateri Dalsingsarai 1. Pateri 10.Bachchwara Dalsingsarai 1. Bachchwara 11.Bibhutipur Dalsingsarai 1. Bibhutipur 2. Rosera 1.2 2 24.15 3. Hassanpur 1.2 2 24.15 12.Deona BTPS 1. Deona 12. Samastipur 2. Bangrahdih 3. Jai Mangla (HTC) 4. Jai Mata Di (HTC) 13.Bangrahdih (2) BTPS 1. Bangrahdih (2) 14.IOC BTPS HTC 15.Railways BTPS HTC 16.Deona (2) Zero Mile 1. Deona (2) 17.Kankaul Zero Mile 1. Kankaul 18.Begusarai Zero Mile 1. Begusarai 2. Manjhaul 3. Ganga Dairy (HTC) 4. Balia 193.20 1. Narpatganj Forbesganj 1. Narpatganj 2. Raniganj Forbesganj 1. Raniganj 2. Bahargaon 1.2 2 24.15 3. Forbesganj Forbesganj 1. Forbesganj 2. Araria 1.2 2 24.15 3. Kusgaon 1.2 2 24.15 4. Jokihat 1.2 2 24.15 5. Malgaon 1.2 2 24.15 4. Bahadurganj Kishanganj 1. Bahadurganj 2. Dighal Bank 5. Sarai Kishanganj 1. Sarai 6. Paschimpali Kishanganj 1. Paschimpali 7. Purabpali Kishanganj 1. Purabpali 8. Thakurganj Kishanganj 1. Chhatargarh 1.2 2 24.15 2. Thakurganj 1.2 2 24.15 13. Purnea 9. Group Control Purnea 1. Group control 10.Banmankhi Purnea 1. Banmankhi 2. Madhubani 11.Zero Mile Purnea 1. Zero Mile 2. City 12.Belgachhi Purnea 1. Belgachhi 1.2 2 24.15 2. Dalkola 1.2 2 24.15 3. Vaisi 1.2 2 24.15 13.Naranga Purnea 1. Naranga 2. Mirganj 1.2 2 24.15 3. Dargaha 1.2 2 24.15 14.Jalalgarh Purnea 1. Jalalgarh 1.2 2 24.15 15.Beri Katihar 1. Beri 2. Gore Beri 1.2 2 24.15 3. Falka 1.2 2 24.15 4. Sonaily APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 16.Barsoi Katihar 1. Barsoi 1.2 2 24.15 17.Pranpur Katihar 1. Pranpur 18.Industrial Estate Katihar 1. Industrial Estate 13. Purnea 19.Binodpur Katihar 1. Binodpur 20.Kursaila Naugachhia 1. Kursaila 386.40 1. Karmnasa Karmnasa 1. Karmnasa 2. Durgawati 3. Chand 1.2 2 24.15 2. Larma Karmnasa 1. Larma 2. DVPL (HTC) 3. Kalyanpur Karmnasa 1. Kalyanpur 2. Ramgarh 1.2 2 24.15 3. Chourasia 1.2 2 24.15 4. Nuaon 1.2 2 24.15 4. Ramgarh (2) Karmnasa 1. Ramgarh (2) 1.2 2 24.15 5. Kakrait Karmnasa 1. Kakrait 6. Parsathua Mohania 1. Parsathua 7. Chainpur Mohania 1. Chainpur 8. Mohania (2) Mohania 1. Mohania (2) 9. Mohania Mohania 1. Mohania 2. Bhabhua Old 3. Bahuara 1.2 2 24.15 10.Dinara Dinara 1. Dinara 2. Kochas 1.2 2 24.15 3. Dawath 11.Sanjhouli Bikramganj 1. Sanjhouli 12.Surajpura Bikramganj 1. Surajpura 13.Bikramganj Bikramganj 1. Bikramganj 2. Kararkat 1.2 2 24.15 14.Bikramganj (2) Bikramganj 1. Bikramganj (2) 14. Sasaram 15.Pusauli PGCIL Pusauli 1. Pusauli 16.Kudra Kudra 1. Kudra 2. Bhabhua New 17.Karamchat Kudra 1. Karamchat 2. Cenari 1.2 2 24.15 3. Adhaura 1.2 2 24.15 18.Beda Sasaram Sasaram 1. Beda Sasaram 2. Takia Sasaram 3. Nokha 1.2 2 24.15 19.Sasaram (2) Sasaram 1. Sasaram (2) 20.Sasaram (3) Sasaram 1. Sasaram (3) 21.Naigaon Sasaram 1. Naigaon 2. Sheonagar 1.2 2 24.15 22.BMP Dehri (2) Dehri-On-Sone 1. BMP Dehri (2) 23.BMP Dehri I & II Dehri-On-Sone 1. BMP Dehri 2. Basa Karwandia 1.2 2 24.15 3. PHED (HTC) 24.JVLO&FL Pahleja Dehri-On-Sone 1. HTC 25.Akorigola Dehri-On-Sone 1. Akorigola 26.Nasariganj Dehri-On-Sone 1. Nasariganj 1.2 2 24.15 27.Rajpur Dehri-On-Sone 1. Rajpur 28.Nauhatta Banjari 1. Nauhatta 1.2 2 24.15 29.Samhauta Banjari 1. Samhauta 30.Samhauta (2) Banjari 1. Samhauta (2) 31.Kirpabal (2) Barun 1. Kirpabal (2) 1.2 2 24.15 APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 2. Kirpabal 1.2 2 24.15 32.Indrapuri Barun 1. Indrapuri 1.2 2 24.15 14. Sasaram 33.Indrapuri (2) Barun 1. Indrapuri (2) 1.2 2 24.15 458.85 1. Shivhar Shivhar 1. Shivhar 2. Runi Saidpur Runi Saidpur 1. Runi Saidpur 3. Pupri Sitamarhi 1. Pupri 1.2 2 24.15 4. Dumra (2) Sitamarhi 1. Dumra (2) 5. Dumra Sitamarhi 1. Dumra 6. Sursand Sonbarsa 1. Sursand 1.2 2 24.15 7. Sonbarsa Sonbarsa 1. Sonbarsa 8. Nepal Sonbarsa 1. Nepal 9. Patepur Vaishali 1. Mehua 1.2 2 24.15 2. Patepur 1.2 2 24.15 10.Prataptand Vaishali 1. Prataptand 11.Lalganj Vaishali 1. Lalganj 12.Sarai Vaishali 1. Sarai 13.Railway (HTC) Hajipur 14.Bidupur Hajipur 1. Bidupur 15.EDIP Hajipur 1. EDIP 16.Hajipur I E Hajipur 1. Hajipur I E 17.Hajipur I E (2) Hajipur 1. Hajipur I E (2) 18.Konharaghat Hajipur 1. Konharaghat 19.Konharaghat (2) Hajipur 1. Konharaghat 15. Muzaffarpur 20.Mehnar Mohanpur 1. Mehnar 21.SKMCH (2) SKMCH 1. SKMCH (2) 22.MIT SKMCH 1. MIT 23.Sikandarpur (2) SKMCH 1. Sikandarpur (2) 24.SKMCH SKMCH 1. SKMCH 2. Sikandarpur 1.2 2 24.15 25.Kurhani SKMCH 1. Kurhani 26.Motipur Muzaffarpur 1. Motipur 1.2 2 24.15 27.Motipur (2) Muzaffarpur 1. Motipur (2) 1.2 2 24.15 28.Maripur Muzaffarpur 1. Maripur 29.Vaishali Muzaffarpur 1. Vaishali 30.Dholi Muzaffarpur 1. Dholi 1.2 2 24.15 31.IDPL (2) Muzaffarpur 1. IDPL (2) 32.IDPL Muzaffarpur 1. IDPL 33.Khabra Muzaffarpur 1. Khabra 34.Bhikanpura Muzaffarpur 1. Bhikanpura 35.Bhagwanpur Chowk Muzaffarpur 1. Bhagwanpur chowk 36.Railway (HTC) Muzaffarpur 37.Nayatola (2) Muzaffarpur 1. Nayatola (2) 38.Nayatola Muzaffarpur 1. Nayatola 193.20 1. Basopatti Jay Nagar 1. Basopatti 2. Jay Nagar Jay Nagar 1. Jay Nagar 1.2 2 24.15 2. Khajauli 3. Ladania 3. Benipatti Rahika 1. Benipatti 1.2 2 24.15 16. Darbhanga 2. Ahilyasthan 1.2 2 24.15 4. Rahika Rahika 1. Rahika 2. Madhubani 5. Bela Gangwara 1. Bela 6. Gangwara Gangwara 1. Gangwara 7. Donar Gangwara 1. Donar APPENDIX B-7 Cost of 11 kV Shunt Compensation at 33/11 kV Sub Stations (2014 - Planned) 11 kV Shunt EHV S/S from where 33/11 kV S/Ss on No. of Cost Circle Feeder name Compensatio feeder emanating feeder Banks (Rs. Lakh) n (MVAr) 8. Panda Sarai Ram Nagar 1. Panda Sarai 2. Laheria Sarai (Jail) 3. DMCH 4. Urban 9. Pouriya Ram Nagar 1. Pouriya 10.Anar Kusheshwar 1. Baheri 2. Anar 11.Kusheshwar Kusheshwar 1. Kusheshwar 12.Biraul Kusheshwar 1. Biraul 1.2 2 24.15 2. Benipur 13.Raj Nagar Pandaul 1. Raj Nagar 1.2 2 24.15 16. Darbhanga 2. Babu Barhi 14.Raiyam Pandaul 1. Raiyam 15.Pandaul Pandaul 1. Pandaul 16.Manigachi Pandaul 1. Manigachi 17.Jhanjharpur Pandaul 1. Jhanjharpur 1.2 2 24.15 2. Madhepur 1.2 2 24.15 18.Khatauna Phulparas 1. Khatauna 19.Rudrapur Phulparas 1. Rudrapur 20.Phulparas Phulparas 1. Phulparas 2. Nirmali 3. Tulpatganj 169.05