Of 56 Monitoring Report Form Gold Standard Verification Title of The

Monitoring Report Form Formatted: Space Before: 1.2 line Gold Standard Verification

MONITORING REPORT

Title of the project activity Vaayu India Wind Power Project in Tamilnadu Gold Standard Registration reference GS4425 UNFCCC reference number of the project activity 4930 Gold Standard Registration Date 15/04/2016

Version number of the monitoring report 0304 Completion date of the monitoring report 0210/1102/20162017 Monitoring period number and Monitoring Period Number: 01 duration of this monitoring period Duration: From 15/04/2014 to 11/02/2016 (Both days inclusive) Project participant(s) Vaayu (India) Power Corporation Private Limited Host Party India Sectoral scope(s) Sectoral scope 1: Energy Industries (Renewable - /non-renewable sources). Selected methodology(ies) “Consolidated baseline methodology for grid- connected electricity generation from renewable sources” Reference: Approved consolidated baseline methodology ACM0002 (Version 12.3.0, EB 58) Selected standardized baseline(s) NA Estimated amount of GHG emission reductions or net GHG removals by sinks for this monitoring period in the 189,624 registered PDD Total amount of GHG emission GHG emission reductions or GHG emission reductions or reductions or net GHG removals by net GHG removals by sinks net GHG removals by sinks sinks achieved in this monitoring reported up to 31 December reported from 1 January period 2012 2013 onwards 0 111,9491

1 The net quantity of CERs to be issued (i.e. after deduction of 2% CDM adaptation charges) is estimated as 109,710. The CDM serial numbers pertaining to these CERs have been allocated and documented in the ER sheet (version 03).

Page 1 of 56 SECTION A. Description of project activity

A.1. Purpose and general description of project activity >> The purpose of the project activity is to utilize renewable wind energy for generation of electricity. The project activity replaces anthropogenic emissions of greenhouse gases (GHG’s) into the atmosphere by displacing the equivalent amount of electricity generation through the operation of existing fuel mix in the grid comprising mainly fossil fuel based power plants and future capacity expansions connected to the grid. In the absence of the project activity the equivalent amount of electricity would have been generated from the connected/ new power plants in the Southern grid, which are predominantly based on fossil fuels. Whereas the electricity generation from operation of Wind Energy Convertors (WEC’s) is emission free.

The project activity involves supply, erection, commissioning and operation of 63 machines of rated capacity 800 kW each. The machines are Enercon E-53 make. The WECs under the project activity were commissioned between 29/09/2010 and 11/07/2011. The expected operational lifetime of the project is for 20 years.

The total emission reductions achieved under this monitoring period from 15/04/2014 to 11/02/2016 (including first and last day) are 111,949 tCO2.

A.2. Location of project activity >> (a) Host Party (ies);

India

(b) Region/ State/ Province, etc.;

Tamilnadu State in India

Vagaikulam, Kuruchikulam, Ettankulam, Kalakudi, Muthammalpuram, Ukkirankottai villages in Tirunelveli district State of Tamilnadu.

(d) Physical/ Geographical location

The project area extends between latitude 8O 52’ 12.368” and 8O 56’ 6.770” North and longitude 77O 35’ 0.824” and 77O 37’ 9.822” East. Tirunelveli railway station is about 25 kms away from the site. Nearest airport is at Tuticorin about 70 kms from the site. The details of the geo-coordinates of individual machines have been given below:

S No. Location Number Village Latitude Longitude

1 7 KURUCHIKULAM 8° 53' 26.985" N 77° 35' 43.461" E 2 8 KURUCHIKULAM 8° 53' 18.435" N 77° 35' 51.873" E 3 146 VAGAIKULAM 8° 55' 58.299" N 77° 37' 54.634" E 4 147 KALAKUDI 8° 56' 23.880" N 77° 37' 48.373" E

Page 2 of 56 S No. Location Number Village Latitude Longitude

5 149 VAGAIKULAM 8° 55' 38.340" N 77° 37' 38.952" E 6 150 VAGAIKULAM 8° 55' 37.857" N 77° 37' 24.555" E 7 151 VAGAIKULAM 8° 55' 47.538" N 77° 37' 26.390" E 8 153 VAGAIKULAM 8° 55' 37.857" N 77° 37' 24.555" E 9 154 VAGAIKULAM 8° 56' 37.357" N 77° 37' 19.517" E 10 155 VAGAIKULAM 8° 56' 19.107" N 77° 37' 15.101" E 11 156 VAGAIKULAM 8° 55' 55.775" N 77° 37' 11.630" E 12 157 VAGAIKULAM 8° 55' 42.415" N 77° 37' 10.193" E 13 158 VAGAIKULAM 8° 55' 48.057" N 77° 36' 59.013" E 14 159 MUTHAMMALPURAM 8° 56' 33.966" N 77° 37' 6.832" E 15 160 MUTHAMMALPURAM 8° 56' 28.029" N 77° 36' 55.438" E 16 163 VAGAIKULAM 8° 56' 11.019" N 77° 36' 36.636" E 17 165 UKKIRANKOTTAI 8° 56' 12.215" N 77° 36' 19.240" E 18 167 KALAKUDI 8° 55' 8.373" N 77° 36' 58.664" E 19 179 VAGAIKULAM 8° 56' 45.130" N 77° 37' 33.509" E 20 180 VAGAIKULAM 8° 56' 6.770" N 77° 37' 11.676" E 21 181 VAGAIKULAM 8° 56' 3.605" N 77° 36' 54.544" E 22 V48 KURUCHIKULAM 8° 53' 6.300" N 77° 35' 0.824" E 23 V49 KURUCHIKULAM 8° 52' 57.577" N 77° 35' 10.805" E 24 V51 KURUCHIKULAM 8° 52' 40.412" N 77° 35' 9.180" E 25 V58 KURUCHIKULAM 8° 53' 30.146" N 77° 35' 9.922" E 26 V59 KURUCHIKULAM 8° 53' 22.443" N 77° 35' 13.695" E 27 V60 KURUCHIKULAM 8° 53' 10.091" N 77° 35' 16.977" E 28 V63 KURUCHIKULAM 8° 52' 34.838" N 77° 35' 29.519" E 29 V72 KURUCHIKULAM 8° 53' 12.156" N 77° 35' 33.445" E 30 V73 KURUCHIKULAM 8° 53' 2.788" N 77° 35' 33.248" E 31 V74 KURUCHIKULAM 8° 52' 53.993" N 77° 35' 34.953" E 32 V90 KALAKUDI 8° 52' 44.966" N 77° 36' 14.566" E 33 V94 KALAKUDI 8° 52' 22.001" N 77° 36' 14.274" E 34 V100 KALAKUDI 8° 52' 58.118" N 77° 36' 31.636" E 35 V101 KALAKUDI 8° 52' 48.402" N 77° 36' 30.161" E 36 V104 KALAKUDI 8° 52' 20.945" N 77° 36' 35.036" E 37 V105 KALAKUDI 8° 52' 12.502" N 77° 36' 32.883" E 38 V106 KALAKUDI 8° 52' 2.346" N 77° 36' 33.826" E 39 V107 KALAKUDI 8° 53' 21.734" N 77° 36' 59.574" E

Page 3 of 56 S No. Location Number Village Latitude Longitude

40 V108 KALAKUDI 8° 53' 8.659" N 77° 36' 45.416" E 41 V109 KALAKUDI 8° 53' 0.568" N 77° 36' 44.148" E 42 V110 KALAKUDI 8° 52' 51.507" N 77° 36' 46.537" E 43 V114 ETTANKULAM 8° 52' 12.368" N 77° 36' 51.919" E 44 V116 KALAKUDI 8° 53' 12.200" N 77° 37' 22.992" E 45 V119 KALAKUDI 8° 53' 5.291" N 77° 37' 1.747" E 46 V120 KALAKUDI 8° 52' 54.106" N 77° 37' 5.527" E 47 V123 VAGAIKULAM 8° 54' 1.042" N 77° 37' 7.115" E 48 V125 KALAKUDI 8° 53' 20.931" N 77° 37' 25.769" E 49 V127 KALAKUDI 8° 53' 32.234" N 77° 37' 9.822" E 50 V129 KALAKUDI 8° 53' 21.809" N 77° 37' 11.906" E 51 V130 KALAKUDI 8° 53' 2.610" N 77° 37' 22.073" E 52 V132 KALAKUDI 8° 52' 47.738" N 77° 37' 22.916" E 53 V134 VAGAIKULAM 8° 54' 1.377" N 77° 37' 24.029" E 54 V137 KALAKUDI 8° 53' 52.241" N 77° 37' 23.375" E 55 V139 KALAKUDI 8° 53' 44.058" N 77° 37' 25.901" E 56 V141 KALAKUDI 8° 53' 30.641" N 77° 37' 23.385" E 57 V145 KALAKUDI 8° 53' 4.624" N 77° 37' 36.251" E 58 V147 KALAKUDI 8° 52' 56.356" N 77° 37' 32.431" E 59 V164 KALAKUDI 8° 53' 28.505" N 77° 36' 44.968" E 60 V165 KALAKUDI 8° 52' 32.752" N 77° 36' 25.961" E 61 V166 KALAKUDI 8° 53' 36.953" N 77° 36' 41.757" E 62 V167 KALAKUDI 8° 52' 30.367" N 77° 37' 13.700" E 63 W23 VAGAIKULAM 8° 55' 29.524" N 77° 37' 39.052" E

A.3. Parties and project participant(s) Indicate whether the Party involved Party involved Private and/or public entity(ies) wishes to be considered as project ((host) indicates project participants participant a host Party) (as applicable) (yes/no) Vaayu (India) Power India (host) Corporation Private Limited No (Private entity)

A.4. Reference of applied methodology and standardized baseline >> Title: “Consolidated baseline methodology for grid-connected electricity generation from renewable sources” Reference: Approved consolidated baseline methodology ACM0002 (Version 12.3.0, EB 66)

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ACM0002 draws upon the following tools which have been used in the PDD:  Tool to calculate the emission factor for an electricity system – Version 02  Tool for the demonstration and assessment of additionality – Version 5.2

Further information with regards to the methodology/ tools can be obtained at http://cdm.unfccc.int/methodologies/PAmethodologies/approved.html

A.5. Crediting period of project activity >> The length of the Crediting period of the project activity as per registered PDD is 10 years (Fixed). The crediting period start date is 19/07/2011 and length of crediting period is 10 years (from 19/07/2011 to 18/07/2021).

A.6. Contact information of responsible persons/entities >> Mr. Yogesh Mehra Director Vaayu (India) Power Corporation Private Limited Vaayu (India) Power Corporation Private Limited is the project participant in this project. Detailed contact information are mentioned in Appendix-1.

SECTION B. Implementation of project activity

B.1. Description of implemented registered project activity >> The project activity involves 63-wind energy converters (WECs) of Enercon make (800 kW E- 53) with internal electrical lines connecting the project activity with local evacuation facility. The WECs generates 3-phase power at 400 V, which is stepped up to 33 kV. The project activity can operate in the frequency range of 47.5–51.5 Hz and in the voltage range of 400 V ± 12.5%. The average life time of the WEC is around 20 years as per the industry standards. The salient features of the state-of-art-technology are:

Parameter Details Turbine model E – 53 Rated Power 800 kW Rated diameter 52.9 m Hub height 75 m Turbine type Gearless horizontal axis wind turbine with variable rotor speed Power regulation Independent pitch system for each blade Cut in wind speed 2.5 m/s Rated wind speed 12 m/s Cut out wind speed 28 - 34 m/s Extreme wind speed 59.5 m/s Rated rotational speed 32 rpm Operating range rot. Speed 12 - 29 rpm Orientation Upwind No. of blades 3

Page 5 of 56 Parameter Details Blade material Fibre glass Epoxy reinforced with integral lightning protection Gear box type Gearless Generator type Synchronous generator Braking Aerodynamic Output voltage 400 V Yaw system Active yawing with 4 electric yaw drives with brake motor and friction bearing Tower 74 m Concrete

The WECs under the project activity were commissioned between 29/09/2010 and 11/07/2011. The commissioning date for all the machines included in the project activity is given in the table below:

S. No. WEG HTSC No No. & Capacity (kW) Commissioning Date

4 X 800 29/09/2010 1 3376 5 X 800 02/03/2011 2 X 800 11/03/2011 2 3461 1 X 800 28/12/2010 3 3462 1 X 800 28/12/2010 4 3463 1 X 800 28/12/2010 5 3464 1 X 800 28/12/2010 6 3465 1 X 800 28/12/2010 7 3466 1 X 800 28/12/2010 8 3467 1 X 800 28/12/2010 9 3470 2 X 800 31/12/2010 10 3500 1 X 800 18/03/2011 11 3501 1 X 800 18/03/2011 12 3502 1 X 800 18/03/2011 13 3503 1 X 800 18/03/2011 14 3504 1 X 800 18/03/2011 15 3505 1 X 800 18/03/2011 16 3506 1 X 800 18/03/2011 17 3507 1 X 800 18/03/2011 18 3508 1 X 800 18/03/2011 19 3509 2X 800 18/03/2011 20 3510 1 X 800 18/03/2011 21 3511 1 X 800 18/03/2011 22 3512 1 X 800 18/03/2011 23 3513 1 X 800 18/03/2011

Page 6 of 56 S. No. WEG HTSC No No. & Capacity (kW) Commissioning Date

24 3514 1 X 800 18/03/2011 25 3515 1 X 800 18/03/2011 26 3516 1 X 800 18/03/2011 27 3517 1 X 800 18/03/2011 28 3518 1 X 800 18/03/2011 29 3519 1 X 800 18/03/2011 30 3528 1 X 800 22/03/2011 31 3768 1 X 800 01/07/2011 32 3769 1 X 800 01/07/2011 33 3770 1 X 800 01/07/2011 34 3771 1 X 800 01/07/2011 35 3772 1 X 800 01/07/2011 36 3773 1 X 800 01/07/2011 37 3774 1 X 800 01/07/2011 38 3775 1 X 800 01/07/2011 39 3776 1 X 800 01/07/2011 40 3777 1 X 800 01/07/2011 41 3778 1 X 800 01/07/2011 42 3779 1 X 800 01/07/2011 43 3780 1 X 800 01/07/2011 44 3781 1 X 800 01/07/2011 45 3782 1 X 800 01/07/2011 46 3783 1 X 800 01/07/2011 47 3784 1 X 800 01/07/2011 48 3785 1 X 800 01/07/2011 49 3789 1 X 800 11/07/2011 50 3790 1 X 800 11/07/2011 51 3791 1 X 800 11/07/2011

B.2. Post-registration changes

B.2.1. Temporary deviations from registered monitoring plan, applied methodology or applied standardized baseline >> Not applicable

Page 7 of 56 B.2.2. Corrections >> Not applicable

B.2.3. Changes to start date of crediting period >> Not applicable

B.2.4. Inclusion of a monitoring plan to the registered PDD that was not included at registration >> Not applicable

B.2.5. Permanent changes from registered monitoring plan, applied methodology or applied standardized baseline >> PP has requested for a permanent change in Monitoring plan as the frequency of energy meter calibration prescribed under registered monitoring plan has not been practiced by state utility. The scope of meter calibration is solely controlled and under the purview of state utility of Tamil Nadu and as per prevailing practice it does not adhere to the prescribed frequency of once in a year. Therefore, as per provision of CEA regulations 2006 issued by the Central Electricity Authority, Ministry of Power, Government of India Notification No. 502/70/CEA/DP&D dated 17/03/2006/19/ and also as per the provision of section 4 paragraphs (iv) and (v) of the Power Purchase Agreement, PP has requested for a permanent change in the calibration frequency from annual to ‘once in a five year’. This request was approved by UNFCCC on 08 Jun 20162.

B.2.6. Changes to project design of registered project activity >> Not applicable

B.2.7. Types of changes specific to afforestation or reforestation project activity >> Not applicable

SECTION C. Description of monitoring system >> Approved monitoring methodology ACM0002 Version 12.3.0, “Consolidated baseline monitoring methodology for grid-connected electricity generation from renewable sources”, by CDM - Meth Panel is proposed to be used to monitor the emission reductions.

Wind World (India) Limited (WWIL) (formerly Enercon (India) Limited) is O&M contractor for the project activity. WWIL is responsible for the maintaining all the monitoring data on behalf of VIPCPL in respect of the project activity. WWIL has implemented the management structure for managing the monitored data.

This approved monitoring methodology requires monitoring of the following:

2 http://cdm.unfccc.int/PRCContainer/DB/prcp730011487/view

Page 8 of 56  Electricity generation from the project activity; and

 Operating margin emission factor and build margin emission factor of the grid, where ex post determination of grid emission factor has been chosen

Since the baseline methodology is based on ex ante determination of the baseline, the monitoring of operating margin emission factor and build margin emission factor is not required. Further, wind based electricity generation is not associated with any kind of leakages. Hence, the sole parameter for monitoring is the electricity generated by the project and supplied to the grid.

The Project is operated by WWIL and managed by the PP. The operational and maintenance contract for the project is with WWIL. WWIL is an ISO 9001:2008 certified Quality Management system. WWIL follows the documentation practices to ensure the reliability and availability of the data for all the activities as required from the identification of the site, wind resource assessment, logistics, finance, construction, commissioning and operation of the wind power project.

Calculation of Net Electricity Supplied to the grid by project activity: Single Line diagram of Metering arrangement for project activity is shown in below picture:-

WWIL

Page 9 of 56

From the above line diagram it is clear that the machines of the project activity and other project developers at the wind farm have individual metering points at 33 kV at the project site. Further PP has make clusters of WEGs at the project site for the purpose of metering. Each cluster has a main meter. The WTGs of the project activity are connected to individual dedicated cluster meters. From the above layout it is clear that the clusters meters (dedicated meters/ individual meters) of project activity and other customers are connected to the WWIL pooling sub-station at Pillayarkulam at bulk metering point at 110 kV. There is one main and one check meter at the WWIL substation. Since the main and check meters (bulk meter) at 110 kV metering point at the WWIL pooling substation is connected to the machines of the project activity and the machines commissioned by the other project developers, therefore in order to determine the net electricity supplied to the grid at 110 kV at the WWIL substation, the state utility apply line loss to the meter reading recorded at the 33 kV.

The total % of Line loss from WEGs (33 kV metering point) to WWIL substation (110 kV metering point) is calculated by the state utility. Net Electricity supplied to the grid by project activity is calculated by applying Line loss to the meter readings taken at 33 kV metering point of the project activity.

The procedure for calculation of the percentage Line loss is set-out below:

Z = ((X1+X2+X3+X4+…..Xn) – Y)/ (X1+X2+X3+X4+…..Xn) x 100%

Where,

Z = Percentage Line loss incurred in Line between the meters located at 33 kV metering point (including the machines of the project activity and other project developers) and the meters located at 110kV metering point (bulk meter: main and check) at high voltage side of receiving sub-station. Refer above picture for schematic of the flow diagram.

(X1+X2+X3+X4+…..Xn) = Summation of meter readings (Export- Import) at 33 kV metering points for all the project developers connected to receiving substation (including the machines of the project activity and other project developers)

Xn = Net Export (Export – Import) Reading (Xi) noted at energy meter installed at 33kV metering point where i vary from 1 to n which represents the meters connected to project activity and other project developers. X1, X2, X3,…Xn are the meters that are installed at 33kV metering point (including the machines of the project activity and other project developers) and further connected to the receiving substation at 110 kV by internally connected lines. Refer above picture for schematic of the flow diagram.

Y = Net Export (Export-Import) Reading at bulk meter installed at high voltage side of transformer of the receiving sub-station at 110 kV connecting machines of the project activity and other project developers. Refer above picture for schematic of the flow diagram.

Therefore Line Loss for the project activity (between 33 kV & 110 kV metering point) is calculated as follows:-

Line Loss (TE) = Percentage Line Loss * Net Export recorded at 33 kV metering point of project activity

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TE = Z x ( EGExport,y - EGImport,y )

Therefore Net Energy Supplied to Grid (or net generation) after adjustment of Line loss is calculated as below:-

EGPJ,y = EGExport,y - EGImport,y - TE

The monthly statement showing the Energy Generated by the project activity as provided and duly signed by TNEB/Tirunelveli Electricity Distribution Circle, Tirunelveli) contains the following data:-

1. Electricity exported by project activity to grid recorded at 33 kV metering points (Cluster

meter) (EGexport,y) 2. Electricity imported by project activity to grid recorded at 33kV metering point (Cluster

meter) (EGimport) 1. Line Loss (TE) between the metering point at 33 kV metering points of project activity and the metering point at 110 kV at the ENERCON pooling substation

2. Net Electricity Exported to the grid by the project (EGexport-EGimport-TE)

The Electricity Export, Electricity Import, Line Loss and net electricity supplied (Net Generation) to the grid, can be cross checked from the invoices raised on the state utility for supply of net electricity supplied to the grid.

The accuracy of monitoring parameter is ensured by adhering to the calibration and testing of the metering equipment once in five years. WWIL provides the daily generation report to the Project proponent. The project proponent also maintains the records of daily generation report and joint meter report.

Training and maintenance:

Training on the machine is an essential pre-requisite, to ensure necessary safety of man and machine. Further, in order to maximize the output from the WECs, it is extremely essential, that the engineers and technicians understand the machines and keep them in good health. In order to ensure, that WWIL’s service staff is deft at handling technical snags on top of the turbine, the necessity of ensuring that they are capable of climbing the tower with absolute ease and comfort has been established. The WWIL Training Academy provides need-based training to meet the training requirements of WWIL projects. The training is contemporary, which results in imparting focused knowledge leading to value addition to the attitude and skills of all trainees. This ultimately leads to creativity in problem solving.

Quality Control System:

Metering and Monitoring Plan details: The general conditions set out for metering, recording, meter readings, meter inspections, Test & Checking and communication shall be applicable as per the PPA (Power purchase agreement) with the State electricity board except or otherwise explicitly mentioned in the PDD.

Page 11 of 56 Metering: The electricity supplied to the grid metered from main meters that are connected to the 63 turbines of the project activity. The electricity export and import for the project activity are taken from the monthly joint meter readings noted from the dedicated meters connecting 63 turbines of the project activity. The PP has made clusters of WECs at the project site for the purpose of metering. Each cluster has one main meter. Summation of meter reading for all the clusters (connecting 63 machines) provide net electricity generated by the project activity after adjustment of transmission loss. In addition to the cluster meters there is one main & check meter at high voltage side of WWIL Substation Pillyarkulam.at 110kV. The machines of the project activity and other project developers are connected to 110 kV metering point.

Metering Equipment: Metering equipment is electronic trivector meter of 0.2s accuracy class.

Meter Readings: The monthly meter reading is taken jointly by the parties (WWIL personals and personals of TNEB) for every month. At the conclusion of each meter reading an appointed representative of TNEB and WWIL sign a document indicating the number of Kilowatt-hours (kWh) indicated by the meter.

QA/QC Procedure: All the meters are calibrated/ tested once in five years. LCS meters do not require calibration as the energy readings of electricity generated at the LCS meter is cross verified by the energy calculated by inverting system installed in the WECs. In case there is any mismatch in the energy values recorded by the LCS meter and the energy values calculated by the inverting system; the machine will stop working and generate the error report. Further, the net electricity supplied to the grid that is used for calculation of emission reductions can be cross checked from the invoices raised by the PP on the state utility. Therefore there is no data uncertainty. The calibration is done by the officials of the state utility. Copy of calibration/testing certificate will be kept as record by the PP and will be presented to the DoE during verification exercise.

Main and Check meter: In case the main meter(s) at 33 kV metering point (cluster meter) is found to operate outside the permissible limits, the main meter will be either replaced or calibrated immediately and for the period during which meter was faulty the LCS controller reading will be referred to calculate electricity exported by WEGs. At 110kV metering point at WWIL pooling substation; in case the main meter(s) is found to operate outside the permissible limits, the main meter will be either replaced or calibrated immediately. Whenever a main meter goes defective, the consumption recorded by the Check meter will be referred.

PP is monitoring the data sent by the O&M contractor and the data for electricity generated by the project activity have been kept as records for the period of 10+2 years i.e. 2 years beyond the term of crediting period. WWIL is O&M contractor and responsible for data recording.

The operational and management structure implemented for data monitoring is as follows:

Page 12 of 56 Data Management, CDM Process VIPCPL (CDM Coordinator) coordination and invoicing for monthly billing

Wind World (India) Limited Review, Corrective Action & Internal Audit (Corporate CDM Team)

WWIL Customer Relationship Collection of monitoring data, reviewing and forwarding data to Corporate CDM Team Manager

WWIL O&M Team

Site Manager/ Supervisor

Machine Operator Service Engineer Monitor, Record, Report and Archive Data

Metering system details:

The details of meters installed at the site for measuring export and import by project activity are provided below:

WEG No. & Latest Sl Accuracy HTSC Capacity Meter No. Make Calibration Due Date No Class No (kW) Date 4 X 800 1 3376 5 X 800 HT2121081 Wallabey 0.2s 26/08/2013 25/08/2018 2 X 800 2 3461 1 X 800 HT2110167 Wallabey 0.2s 02/11/2012 01/11/2017 3 3462 1 X 800 HT2110162 Wallabey 0.2s 02/11/2012 01/11/2017 4 3463 1 X 800 HT2110156 Wallabey 0.2s 02/11/2012 01/11/2017 5 3464 1 X 800 HT2110161 Wallabey 0.2s 02/11/2012 01/11/2017 6 3465 1 X 800 HT2110151 Wallabey 0.2s 02/11/2012 01/11/2017 7 3466 1 X 800 HT2110149 Wallabey 0.2s 02/11/2012 01/11/2017 8 3467 1 X 800 HT2110153 Wallabey 0.2s 02/11/2012 01/11/2017 9 3470 2X 800 HT2121079 Wallabey 0.2s 30/07/2013 29/07/2018 10 3500 1 X 800 HT2110146 Wallabey 0.2s 02/11/2012 01/11/2017 11 3501 1 X 800 HT2110143 Wallabey 0.2s 02/11/2012 01/11/2017 12 3502 1 X 800 HT2110152 Wallabey 0.2s 02/11/2012 01/11/2017

Page 13 of 56 WEG No. & Latest Sl Accuracy HTSC Capacity Meter No. Make Calibration Due Date No Class No (kW) Date 13 3503 1 X 800 HT2110166 Wallabey 0.2s 02/11/2012 01/11/2017 14 3504 1 X 800 HT2110148 Wallabey 0.2s 02/11/2012 01/11/2017 15 3505 1 X 800 HT2110154 Wallabey 0.2s 02/11/2012 01/11/2017 16 3506 1 X 800 HT2110168 Wallabey 0.2s 02/11/2012 01/11/2017 17 3507 1 X 800 HT2110144 Wallabey 0.2s 02/11/2012 01/11/2017 18 3508 1 X 800 HT2110163 Wallabey 0.2s 03/11/2012 02/11/2017 19 3509 2X 800 HT02121080 Wallabey 0.2s 30/07/2013 29/07/2018 20 3510 1 X 800 HT2110165 Wallabey 0.2s 03/11/2012 02/11/2017 21 3511 1 X 800 HT2110158 Wallabey 0.2s 03/11/2012 02/11/2017 22 3512 1 X 800 HT2110157 Wallabey 0.2s 03/11/2012 02/11/2017 23 3513 1 X 800 HT2110147 Wallabey 0.2s 02/11/2012 01/11/2017 24 3514 1 X 800 HT2110150 Wallabey 0.2s 02/11/2012 01/11/2017 25 3515 1 X 800 HT2110159 Wallabey 0.2s 02/11/2012 01/11/2017 26 3516 1 X 800 HT2110164 Wallabey 0.2s 02/11/2012 01/11/2017 27 3517 1 X 800 HT2110142 Wallabey 0.2s 02/11/2012 01/11/2017 28 3518 1 X 800 HT2110160 Wallabey 0.2s 02/11/2012 01/11/2017 29 3519 1 X 800 HT2110145 Wallabey 0.2s 02/11/2012 01/11/2017 30 3528 1 X 800 HT2110155 Wallabey 0.2s 02/11/2012 01/11/2017 31 3768 1 X 800 HT2110195 Wallabey 0.2s 02/11/2012 01/11/2017 32 3769 1 X 800 HT2110220 Wallabey 0.2s 03/11/2012 02/11/2017 33 3770 1 X 800 HT2110196 Wallabey 0.2s 03/11/2012 02/11/2017 34 3771 1 X 800 HT2110215 Wallabey 0.2s 02/11/2012 01/11/2017 35 3772 1 X 800 HT2110219 Wallabey 0.2s 03/11/2012 02/11/2017 36 3773 1 X 800 HT2110216 Wallabey 0.2s 03/11/2012 02/11/2017 37 3774 1 X 800 HT2110169 Wallabey 0.2s 03/11/2012 02/11/2017 38 3775 1 X 800 HT2110191 Wallabey 0.2s 03/11/2012 02/11/2017 39 3776 1 X 800 HT2110218 Wallabey 0.2s 03/11/2012 02/11/2017 40 3777 1 X 800 HT2110226 Wallabey 0.2s 03/11/2012 02/11/2017 41 3778 1 X 800 HT2110198 Wallabey 0.2s 03/11/2012 02/11/2017 42 3779 1 X 800 HT2110223 Wallabey 0.2s 03/11/2012 02/11/2017 43 3780 1 X 800 HT2110218 Wallabey 0.2s 03/11/2012 02/11/2017 44 3781 1 X 800 HT2110229 Wallabey 0.2s 03/11/2012 02/11/2017 45 3782 1 X 800 HT2110206 Wallabey 0.2s 03/11/2012 02/11/2017 46 3783 1 X 800 HT2110211 Wallabey 0.2s 03/11/2012 02/11/2017 47 3784 1 X 800 HT2110192 Wallabey 0.2s 03/11/2012 02/11/2017

Page 14 of 56 WEG No. & Latest Sl Accuracy HTSC Capacity Meter No. Make Calibration Due Date No Class No (kW) Date 48 3785 1 X 800 HT2110203 Wallabey 0.2s 03/11/2012 02/11/2017 49 3789 1 X 800 HT2110225 Wallabey 0.2s 03/11/2012 02/11/2017 50 3790 1 X 800 HT2110228 Wallabey 0.2s 03/11/2012 02/11/2017 51 3791 1 X 800 HT2110224 Wallabey 0.2s 03/11/2012 02/11/2017

Substation Meter Details:

Meter Serial Accuracy Recent Make Due Date Name Number Class Calibration Date Main Meter HT1100044 Wallabey 0.2s 07/12/2012 06/12/2017 Check Meter HT1100045 Wallabey 0.2s 09/12/2012 08/12/2017

SECTION D. Data and parameters

D.1. Data and parameters fixed ex ante or at renewal of crediting period

Data/parameter: EFgrid,OM,y

Unit tCO2e/MWh Description Operating Margin Emission Factor of Southern Regional Electricity Grid Source of data “CO2 Baseline Database for Indian Power Sector”, version 5 published by the Central Electricity Authority, Ministry of Power, Government of India.

The “CO2 Baseline Database for Indian Power Sector” is available at www.cea.nic.in Value(s) applied) 0.98756 Choice of data or Operating Margin Emission Factor has been calculated by the Central measurement methods and Electricity Authority using the simple OM approach in accordance with procedures ACM0002. Purpose of data To calculate Baseline Emissions Factor Additional comments The value is calculated on ex-ante basis and it will remain same throughout the crediting period.

Data/parameter: EFgrid,BM,y

Unit tCO2e/MWh Description Build Margin Emission Factor of Southern Regional Electricity Grid

Page 15 of 56 Source of data “CO2 Baseline Database for Indian Power Sector”, version 5 published by the Central Electricity Authority, Ministry of Power, Government of India.

The “CO2 Baseline Database for Indian Power Sector” is available at www.cea.nic.in Value(s) applied) 0.81792 Choice of data or Build Margin Emission Factor has been calculated by the Central measurement methods and Electricity Authority in accordance with ACM0002. procedures Purpose of data To calculate Baseline Emissions Factor Additional comments The value is calculated on ex-ante basis and it will remain same throughout the crediting period.

Data/parameter: EFy or EFgrid,CM,y

Unit tCO2e/MWh Description Combined Margin Emission Factor of Southern Regional Electricity Grid Source of data “CO2 Baseline Database for Indian Power Sector”, version 5 published by the Central Electricity Authority, Ministry of Power, Government of India.

The “CO2 Baseline Database for Indian Power Sector” is available at www.cea.nic.in Value(s) applied) 0.94515 Choice of data or Combined Margin Emission Factor has been calculated by the Central measurement methods and Electricity Authority in accordance with CDM methodologies: procedures ACM0002, and Tool to Calculate the emission Factor for an Electricity System. Purpose of data To calculate Baseline Emissions Additional comments The value is calculated on ex-ante basis and it will remain same throughout the crediting period.

D.2. Data and parameters monitored

Data/parameter: EGPJ,y Unit MWh (Mega-watt hour) Description Net Electricity Exported to the grid by the project Measured/calculated/default Calculated Source of data Monthly billing records which is given by Tamilnadu Electricity Board (TNEB)/ (Tirnunelveli Electricity Distribution Circle, Tirunelveli) Value(s) of monitored 118,446.47 parameter

Page 16 of 56 Monitoring equipment Refer section C for an illustration of the provisions for measurement methods. Measuring/reading/recording This is calculated parameter based on parameters which are frequency: measured continuously.

Frequency of recording data: Monthly

Recording: The values of Net Electricity Exported to the grid by the project are sourced from monthly billing records given by Tamilnadu Electricity Board. This record provides data for particular location number of single/multiple WECs.

Calculation method EGPJ,y = EGExport,y - EGImport,y - TE (if applicable): QA/QC procedures: QA/QC procedure has been implemented by DISCOM/State utility pursuant to the provisions of the power purchase agreement except or otherwise explicitly stated in the PDD. All the energy meters have been calibrated by state utility annually and records are available with PP. Refer section C for an illustration of the provisions for QA/QC procedures. Purpose of data: To calculate emission reduction. Additional comments: The data will be archived for crediting period + 2 years.

Data/parameter: EGExport,y Unit MWh (Mega-Watt hour) Description Electricity exported by project activity to grid recorded at 33kV metering points (Cluster meter) Measured/calculated/default Directly measured Source of data Monthly billing records which is given by Tamilnadu Electricity Board (TNEB)/ (Tirnunelveli Electricity Distribution Circle, Tirunelveli). Value(s) of monitored 122,947.07 parameter Monitoring equipment Refer section C for an illustration of the provisions for measurement methods. Measuring/reading/recording Measurement: Continuous frequency: Frequency of recording data: Monthly

Recording: The values of Electricity exported by project activity to grid recorded at 33kV metering points are sourced from monthly billing records given by Tamilnadu Electricity Board. This record provides data for particular location number of single/multiple WECs. Calculation method Not Applicable (if applicable):

QA/QC procedures: Value of EGExport,y has been crosschecked from invoice raised on TNEB or state electricity board. QA/QC procedure has been

Page 17 of 56 implemented by DISCOM/State utility (TNEB) pursuant to the provisions of the power purchase agreement except or otherwise explicitly stated in the PDD. All the main meter installed at 33kV metering point at project site have been calibrated by state utility annually and records are available with PP.

Refer section C for an illustration of the provisions for QA/QC procedures. Purpose of data: To calculate emission reduction. Additional comments: The data will be archived for crediting period + 2 years.

Data/parameter: EGImport,y Unit MWh (Mega-Watt hour) Description Electricity imported by project activity to grid recorded at 33kV metering points (Cluster meter) Measured/calculated/default Directly measured Source of data Monthly billing records which is given by Tamilnadu Electricity Board (TNEB)/ (Tirnunelveli Electricity Distribution Circle, Tirunelveli). Value(s) of monitored 822.55 parameter Monitoring equipment Refer section C for an illustration of the provisions for measurement methods and Monitoring equipment. Measuring/reading/recording Measurement: Continuous frequency: Frequency of recording data: Monthly Recording: The values of Electricity imported by project activity to grid recorded at 33 kV metering points are sourced from monthly billing records given by Tamilnadu Electricity Board. This record provides data for particular location number of single/multiple WECs.

Calculation method Not Applicable (if applicable):

QA/QC procedures: Value of EGImport,y has been crosschecked from invoice raised on TNEB or state electricity board. QA/QC procedures have been implemented by DISCOM/State utility (TNEB) pursuant to the provisions of the power purchase agreement except or otherwise explicitly stated in the PDD. All the main meter installed at 33kV metering point at project site have been calibrated by state utility annually and records are available with PP.

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Data/parameter: T E Unit MWh (Mega-Watt hour) Description Line loss between the metering point at 33 kV metering points of project activity and the metering point at 110 kV at the ENERCON pooling substation. Measured/calculated/default Calculated Source of data Monthly billing records which is given by Tamilnadu Electricity Board (TNEB)/ (Tirnunelveli Electricity Distribution Circle, Tirunelveli). Value(s) of monitored 3,678.06 parameter Monitoring equipment Refer section C for an illustration of the provisions for measurement methods and Monitoring equipment. Measuring/reading/recording Frequency of recording data: Monthly frequency: Recording: The values of Line loss between the metering point at 33 kV metering points of project activity and the metering point at 110 kV at the WWIL pooling substation are sourced from monthly billing records given by Tamilnadu Electricity Board. This record provides data for particular location number of single/multiple WECs.

Calculation method T E = Z x ( EGExport,y - EGImport,y ) (if applicable): Where, Z = Percentage Line loss incurred in Line between the meters located at 33 kV metering point (including the machines of the project activity and other project developers) and the meters located at 110kV metering point (bulk meter: main and check) at high voltage side of receiving sub-station. Refer section C for detailed calculation procedure.

QA/QC procedures: Value of TE has been crosschecked from invoice raised on TNEB or state electricity board. QA/QC procedures have been implemented by Discom/State utility (TNEB) pursuant to the provisions of the power purchase agreement except or otherwise explicitly stated in the PDD. Refer section C for an illustration of the provisions for QA/QC procedures. Purpose of data: To calculate emission reduction. Additional comments: The data will be archived for crediting period + 2 years.

D.3. Implementation of sampling plan >> Not Applicable for this project activity.

D.4. Sustainability Monitoring Plan >> No 1 Indicator Quality of Employment Mitigation measure Not Applicable

Page 19 of 56 Repeat for each parameter Chosen parameter Training records, categories of jobs created, occupational health management, safeguards put in place. Current situation of parameter Following training programs have been conducted in order to enhance the safety awareness, operational skill levels and occupational health management for the local staff:

i. Training programmes for pitch control have been organized at Vagaikulam, Tamilnadu office on 30/06/2014 and 17/12/2015 (Refer Annex-1).

ii. Training programme for pitch system and base electrical has been organized at site office on 10/12/2015 (Refer Annex-2).

iii. Safety training about the rescue devices has been organized at Vagaikulam, Tamilnadu office on 10/03/2015 (Refer Annex-3).

iv. Safety training pertaining to hazard identification, risk assessment, Incident Management System, Tool box Talk, Work permit system, OHSAS & EMS Awareness, fire fighting and prevention and First-aid Training has been organized at Vagaikulam, Tamilnadu office on 27/10/2015 (Refer Annex-4).

v. Training programmes for SAP system have been organized at Vagaikulam, Tamilnadu office on 23/09/2014 and 04/11/2014 (Refer Annex-5).

vi. 44 th national safety week has been celebrated in Vagaikulam, Tamilnadu from 04/03/2015 to 10/03/2015 which includes safety seminars, site safety practices, customer expectations and experience sharing along with fire fighting practice etc. (Refer Annex-6). Estimation of baseline situation of Project developer has comprehensive internal systems in parameter place wherein all essential norms pertaining to safety, occupational health and working conditions and SAP system are being followed. Future target for parameter All aspects of occupational health and working conditions would be strengthened through training, capacity building and awareness generation activities. Skill enhancement exercises would be undertaken for the local staff by providing them training on the technical aspects of the project operation.

Way of monitoring How Documentation pertaining to training programmes, awareness generation activities etc., photographs, interviews. When Annually By who Project Developer

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No 2 Indicator Human and institutional capacity Mitigation measure Not Applicable Repeat for each parameter Chosen parameter Total number of beneficiaries of the initiatives undertaken by the project developer to enhance the human and institutional capacity of the local stakeholders.

Current situation of parameter Since access to basic education, health, basic amenities and infrastructural facilities are basic factors to facilitate human and institutional capacity development; various initiatives have been undertaken by the project developer to contribute to these thematic areas. The contribution made during monitoring period is mentioned below:

i. Significant efforts have been made by PP in order to enhance access to education for local children. Details of same have been provided below:

a) To develop basic infrastructure in Palavoor panchayat union primary school, monetary contribution has been done in May-2014. Same contribution has been utilized by the school authority to procure round study tables for students (Refer Annex-7).

b) Value added CSR activity has been conducted by the PP to make the electrical wiring in new school building of govt primary school at Melepillayarkulam, Vagaikulam, Tamilnadu in the month of December-2014 (Refer Annex-8).

c) On 26/01/2015, PP has sponsored the 66 th Republic Day celebration at govt primary school at Melepillayarkulam, Vagaikulam, Tamilnadu. Several sports events e.g. Kabaddi match, Volley ball match, Khokho match have been organized for secondary students. Along with the same, yoga competition, drawing competition, essay writing competition, dance competition have been organized for primary students. These activities were appreciated by the school authority as same are helpful to develop mental health of the students. (Refer Annex-9).

d) Value added CSR activity has been conducted by the PP in Vagaikulam, Tamilnadu. PP has sponsored sports kit to Mela Pillayarkulam Govt. High School students in the month of January-2015

Page 21 of 56 (Refer Annex-10).

ii. On 11/12/2014, PP has organised a social service event at Sanmarga Gurukulam (a home for the orphans, physically impaired and home for the aged) in Keeranur village, Tamilnadu. PP has contributed one day lunch for the people residing there and also provided moral support for their future endeavour (Refer Annex-11).

iii. Significant efforts have been made by the PP towards installation of necessary arrangements in order to supply pure drinking water to local villagers to improve the health conditions at Periyaputhur site, Naranapuram site, Kgpalayam site and Gudimangalam site. Bore well pumps have been installed at the above mentioned locations, which can be used by all the local villagers to meet their drinking water demand. (Annex-12)

Estimation of baseline situation of Around 150 people which includes school students and local parameter residents have been directly or indirectly benefitted by various CSR initiatives undertaken by the PP.

Future target for parameter Enhance the scale of HID and CSR activities so as the increase the number of direct as well as indirect beneficiaries. Way of How Documentation and photographs pertaining to cheques, monitoring donation receipts etc. When Annually By who Project Developer

No 3 Indicator Quantitative employment and income generation Mitigation measure Not Applicable Repeat for each parameter Chosen parameter Number of jobs generated during the operation of the wind farm Current situation of parameter The project activity is connected with 110 kV WWIL substation at Pillyarkulam, Tamilnadu. This sub-station is connected with various sites and local people are employed in this sub-station. The number of jobs created due to the project activity is divided under following categories: i. Service Staff ii. Security Staff

In this project activity, 14 local people were employed in the baseline scenario.

In addition to this, local villagers were engaged for short time jobs because of the infrastructure development (e.g. road

Page 22 of 56 construction, road repairs, cleaning of sub-station etc.) which leading to income generation. Further, for local transportation, PP is using local vehicles which are also created a revenue stream for the local people. Since this is an indirect benefit of the project activity in terms of income generation, it is not possible to exactly quantify the same. However, it can be conservatively stated that around 60 people have received additional livelihood/income generation opportunities because of the project activity. Same can be established through interviews with various local stakeholders by the DOE.

Specifically, 14 local people have been employed for the project activity during the monitoring period under consideration. The names of the local people engaged with the project are provided below. Corresponding attendance sheets and other relevant records on annual monitoring are attached as Annex-13.

1. Mr. M. Karuappswamu 2. Mr. E. Murugaiah 3. Mr. K. Chellapa 4. Mr. Sudalai 5. Mr. A. Murugaiah 6. Mr. Muth Raj 7. Mr. Lux Manan 8. Mr. Amal Raj 9. Mr. Abirayam 10. Mr. Raj N 11. Mr. S. Lava Kumar 12. Mr. S. Mathiyalagan 13. Mr. Arun Arukkiyaraj 14. Mr. Madasamy Estimation of baseline situation of Current situation is the baseline situation parameter Future target for parameter Additional job opportunities to be created for the local population. Income generation to be enhanced by creating relatively high value job opportunities through training and capacity building. Way of monitoring How Attendance sheet, employment records data maintained by Project Developer When Annual (the details of annual employment are attached in Annex 13) By who Project Developer

No 04 Indicator Bird mortality due to this project activity Mitigation measure Not Applicable

Page 23 of 56 Repeat for each parameter Chosen parameter Number of bird death reported due to collision during operation of the wind farm Current situation of parameter Same as baseline situation Estimation of baseline situation of There is no wildlife sanctuary, bird sanctuary or migratory parameter paths, national parks, wetlands and bird nesting /breeding places within the 10 km project vicinity. Further, Enercon wind turbine blade angles are designed in such a way that they do not cut the air directly. The blades ensure absence of perching potential, low turbine rotational speeds etc. so that they do not cause any impact on birds.

During this monitoring period no incident of bird Formatted: Font: Bold mortality due to collision has been reported. Further, to eliminate the bird mortality, PP has taken preventive measure and installed necessary arrangements on top of the transmission polls, so that bird can’t sit on it (Refer Annex- 14). Future target for parameter Zero bird death due to collision during operational phase of this project activity Way of monitoring How Documentation pertaining to any reported incident of bird mortality due to collision with turbine blades by local people, WWIL O&M team or any other stakeholders When Annually By who Project Developer in association with EPC contractor

Grievance Mechanism:

As a part of the grievance mechanism, prescribed under the section E.3 of the GS passport, following comments/suggestions have been received during the monitoring period:

Grievance Reference to the Action to be Date input Comments/Suggestions comment provider taken by PP mechanism 16/07/2016 Mr. Dharmalingam At the Request for some PP has (Villager from suggestion financial help towards submitted some Alagiyapandiapuram register temple festivals donations to village) the committee who has conducted the festival to support the events and also to address the request submitted. 09/06/2016 Mr. Mahesh (Local At the Company should do PP has given Villager from suggestion something for the assurance that Kupanapuram) register betterment of the health health related and hygiene, especially in initiatives will schools. be undertaken in the villages

Page 24 of 56 in near future. 12/03/2016 Mr. Chairmakani At the Company’s contribution to It is assured (Local villager from suggestion local villages is that any Kattarankulam) register appreciated. But please additional jobs try to create some more or any forms of jobs in the regions. human resource requirement which may arise in future for the project activity would be fulfilled through local resources. 04/01/2016 Mr. S. At the Thanks for giving local PP has assured Balasubramaniyam suggestion employment through your that as per (Melapalliyarkulam register subcontracts. Please need and village) continue creating jobs. provisions more local jobs will be created. 18/12/2015 B. Mutthukumar At the Your earlier contributions PP has (Local gram suggestion to local village and different plans panchayat, register community were helpful. and programs Alagiyapandiapuram We expect such more to undertake village) support from the CSR initiatives company. in the region in near future which will be purely towards the benefits of local communities.

Note: The comments mentioned above were received in local language, recorded in the suggestion register at substation. The same are translated into English and quoted above; the photograph of the original comments recorded in the register shall be submitted to DOE for further verification.

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SECTION E. Calculation of emission reductions or GHG removals by sinks

E.1. Calculation of baseline emissions or baseline net GHG removals by sinks >> The baseline emissions are to be calculated as follows:

BE y = EG PJ, y * EF grid, CM, y

And

EG PJ, y = EGExport,y - EGImport,y - TE

Where

BEy = Baseline emissions in year y (tCO2/yr)

EGPJ,y = Quantity of net electricity generation that is produced and fed into the grid as a result of the implementation of the CDM project activity in year y (MWh/yr)

EFgrid,CM,y = Combined margin CO2 emission factor for grid connected power generation in year y calculated using the latest version of the “Tool to calculate the emission factor for an electricity system” (tCO2/MWh)

EGExport,y = Electricity exported by project activity to grid recorded at 33kV metering points (Cluster meter)

EGImport,y = Electricity imported by project activity to grid recorded at 33kV metering points (Cluster meter)

TE = Line loss between the metering point at 33 kV metering points of project activity and the metering point at 110 kV at the ENERCON pooling substation.

EG EG T EG Duration Export,y Import,y E PJ,y (MWh) (MWh) (MWh) (MWh) From 15/04/2014 to 14/05/2014 1,946.45 55.39 148.84 1,742.22 From 14/05/2014 to 16/06/2014 16,722.43 14.97 52.97 16,654.49 From 16/06/2014 to 09/07/2014 14,412.03 3.34 704.11 13,704.59 From 09/07/2014 to 12/08/2014 18,108.09 7.20 624.45 17,476.43 From 12/08/2014 to 10/09/2014 7,954.24 14.92 167.53 7,771.79 From 10/09/2014 to 13/10/2014 6,128.94 34.24 206.96 5,887.74 From 13/10/2014 to 12/11/2014 691.94 63.03 59.52 569.40 From 12/11/2014 to 11/12/2014 794.58 55.92 37.64 701.02 From 11/12/2014 to 13/01/2015 661.70 50.65 42.14 568.92 From 13/01/2015 to 12/02/2015 858.22 47.30 40.01 770.91 From 12/02/2015 to 13/03/2015 886.74 46.54 18.06 822.13 From 13/03/2015 to 13/04/2015 1,108.66 54.69 74.07 979.91

Page 26 of 56 EG EG T EG Duration Export,y Import,y E PJ,y (MWh) (MWh) (MWh) (MWh) From 13/04/2015 to 14/05/2015 866.64 68.01 40.62 758.01 From 14/05/2015 to 15/06/2015 7,922.76 38.63 197.49 7,686.64 From 15/06/2015 to 14/07/2015 14,468.18 11.20 231.99 14,224.99 From 14/07/2015 to 12/08/2015 13,348.12 5.15 389.76 12,953.21 From 12/08/2015 to 14/09/2015 7,853.98 19.99 257.23 7,576.75 From 14/09/2015 to 12/10/2015 5,457.84 40.21 208.71 5,208.92 From 12/10/2015 to 12/11/2015 675.04 58.33 75.36 541.35 From 12/11/2015 to 12/12/2015 473.23 58.09 34.64 380.51 From 12/12/2015 to 11/01/2016 785.29 43.63 26.36 715.30 From 11/01/2016 to 11/02/2016 821.96 31.10 39.60 751.27

Total 122,947.07 822.55 3,678.06 118,446.47

Baseline Emission (BEy) = (122,947.07- 822.55 - 3,678.06) MWh * 0.94515 tCO2/MWh

= 118,446.47 MWh * 0.94515 tCO2/MWh

= 111,949 tCO2 (after rounding down)

E.2. Calculation of project emissions or actual net GHG removals by sinks >> The project activity uses wind power to generate electricity and hence the emissions from the project activity have been taken as zero.

PEy = 0

E.3. Calculation of leakage >> No leakage has been considered from the project activity as per approved methodology ACM0002.

Ly = 0

E.4. Summary of calculation of emission reductions or net GHG removals by sinks

Baseline Project GHG emission reductions or net GHG emissions or emissions removals by sinks baseline net or actual (t CO e) achieved in the monitoring period Leakage 2 Item GHG net GHG (tCO2e) removals by removals Up to From Total sinks by sinks 31/12/2012 01/01/2013 amount (t CO2e) (t CO2e) Total 111,949 0 0 0 111,949 111,949

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E.5. Comparison of actual emission reductions or net GHG removals by sinks with estimates in registered PDD

Values estimated in ex ante Actual values achieved during this Item calculation of registered PDD monitoring period Emission reductions or GHG removals by sinks 189,624 111,949 (t CO2e)

E.6. Remarks on difference from estimated value in registered PDD >> The actual emission reduction achieved is 40.96% less than the estimated figure as per registered PDD. This is due to lower electricity generation (actual 122,947.07 MWh compared to the estimated value of 200,628.63 MWh in registered PDD pertaining to the same duration of operation) during the monitoring period. Further, as the actual generation is less than the estimated generation mentioned in registered PDD, thus, further justification is not necessary.

Page 28 of 56 Appendix 1. Contact information of project participants and responsible persons/entities

Project participant Project participant and/or responsible Person/entity responsible for completing the CDM-MR-FORM person/ entity Organization name Vaayu (India) Power Corporation Private Limited Street/P.O. Box Plot No. 33, Daman Patalia Road Building City Bhimpore State/region Daman (UT) Postcode 396210 Country India Telephone +91-260-2220624, 2220628 Fax +91-260-2221508 E-mail [email protected] Field Code Changed Website Contact person Title Director Salutation Mr. Last name Mehra Middle name First name Yogesh Department Corporate Mobile +91-98200 40301 Direct fax +91-260-2221508 Direct tel. +91-22-22-6702 2832 extn. 7111 Personal e-mail [email protected] Field Code Changed

Page 29 of 56 Annex-1

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Page 35 of 56 Annex-2

Page 36 of 56 Annex-3

Page 37 of 56 Annex-4

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Page 39 of 56 Annex-5

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Page 42 of 56 Annex-6

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Page 44 of 56 Annex-7

Page 45 of 56 Annex-8

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Page 47 of 56 Annex-9

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Page 49 of 56 Annex-10

Page 50 of 56 Annex-11

Page 51 of 56 Annex-12

Page 52 of 56 Annex-13

The details of annual monitoring related to employment generation are attached in this section. Formatted: Justified This information is documented under office records; and same has been made available to DOE during the onsite audit.

Formatted: Font: Bold, Font color: Auto

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Page 55 of 56 Annex-14

Bird Repellent System

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