The Republic of the Union of Myanmar Ministry of Electric Power

THE REPUBLIC OF THE UNION OF MYANMAR MINISTRY OF ELECTRIC POWER

Public-private partnership development in Thermal Power Generation

Thermal Power Department Myanma Electric Power Enterprise

Naypyitaw DATE: 3-6-2015 1. Introduction MOEP

Generation Transmission Distribution

Ministry of Electric Power (MOEP)

ESE

HPGE MEPE YESC & JV/IPP MESC

Generation Transmission Distribution End User

HPGE (Hydro Power Generation Enterprise), MEPE (Myanma Electric Power Enterprise) ESE (Electricity Supply Enterprise), YESC (Yangon Electricity Supply Corporation ) 2/15 1. Introduction MOEP

Policies for Electric Power Sector

 To generate and distribute more electricity for economic development.  To conduct Environmental and Social Impact Assessments for power generation and transmission in order to minimize these impacts.  To reduce losses and conserve electric energy for future energy sufficiency.  To promote electricity production from new and renewable energy sources.

3/15 1. Introduction MOEP

N

W E S Electrification Ratio

99

80

INDAW BHAMO SHWEGU MUSE SHWELI (1) NAMKHAN (600 MW ) KYAUKPAHTO

NGAPYAWDAING MANSAN THAPHANSEIK LASHIO (30 MW) MOEGOKE LETPANHLA 60 SEDAWGYI HSIBAW (25 MW) YATANAPON MONYWA INDUSTRIAL 18 MVA ZONE NYAUNGBINGYI PYINOOLWIN

AUNGPINLE KYAUKCHAW TAKONTAING PAKHANGE NGATHAYAUK SHWESARYAN

SEMEKHON INGON ( KYAUKSE ) YEYWA KYAWZI ZAWGYI-2 (%) MYINGYAN (2x6 MW) KYUNCHAUNG (3x18.1 MW) ZAWGYI-1 KINDA NYAUNGOO (3x6 MW) (2x28 MW) LOILEN PROJECT-P BAGAN PROJECT-L AUNGTHAPYE MEIKHTILA CHAUK YINMARBIN 38 NAMSAN POZOLAN 15 MONE TANYAUNG THAZI KALAW KENG TAWNG (3x25 MW) SALE MOENAL KYAUKPADAUNG (54 MW) PAKHANNGE TATKON Project J MANN (MRTV) PROJECT-M (15 MVA) LINKHAE (2x18.45 MW) NGAPHE SHWEMYO TIKYIT TAUNGDWINGYI MAGWAY . NAYPYITAW UPPER ANN PAUNG LAUNG (15 MW) MALUN (140 MW) PYINMANA BALUCHAUNG-1 23.17 SINPAUNGWE KALAMA (2x14 MW) PAUNGLAUNG AUNGLAN (280 MW) SHWEPANDAW BALUCHAUNG-2 (6x28 MW) THEPHYU THAYET KYAUKSWEKYO KYAWSWA 15.83 PYAY Project K SINDE (15 MVA) OKSHITPIN SHWEDAUNG KHAPAUNG 10.59 (3x18.45 MW) (30 MW) TAUNGOO KUN (60 MW) MYANAUNG (1x16.25 MW) (1x18.45 MW) YENWE THARYARGONE (25 MW)

ZAUNGTU (20 MW) HINTHATA THATON (2x16.25 MW) MYAUNG TAGAR KAMARNAT (1x18.45 MW) EAST DAGON HLAWGA YEGYI YWAMA THAKETA MYAINGGALAY 1 2 3 4 5 6 7 HLAINGTHARYAR Before2009 2005-6 2009May 2014Dec 2020 2025 2031 THARBAUNG MAWLAMYINE ATHOKE SINMALAIK THANLYIN (18 MW) PATHEIN THIDA SEINPANMYAING BAYINTNAUNG AHLONE KYAIKASAN MYAUNGMYA

Power Station Hydro-power Station Gas Turbine Power Station Area: 676,578 Sq Km Steam Turbine

Substation

230 kV 132 kV Population: 51.4 million 66 kV 33 kV

Transmission Line 230 kV ( Existing ) 132 kV ( Existing ) 66 kV ( Existing )

4/15 2. Forecast MOEP

20000 High Case Low Case 18000

16000 14542 14000

12944

12000 11520

10253 (MW) 10000 9100 8121 9125 8000 8353

7227 7668 6431 7039 6000 5723 6461 5092 5443 5930 4531 4996 4032 4000 4585 3192 3587 4208 2840 3862 2527 3178 3503 2248 2884 2055 2617 2000 2157 2055 2376

0 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030

5/15 2. Forecast MOEP Installed Capacity and Power Supply

Annual Transition of Power Supply for Peak Demand (MW)

Installed capacity (23.594 MW) for Myanmar 2030

2015 2020 2025 2030 Power Resources Balance Scenarios

6/15 3. Thermal Power Generation MOEP Locations and Installed Capacit of Natural Gas Power Plants in Myanmar KyunChaung (54.3 MW) Kyauk Se (APR) Mann (110 MW) (36.9 MW) 1164 MW 285 MW (25.3%) (6.2%) MyinGyan (Agreeko) Shwe Taung (95 MW) (55.35 MW)

Kyauk Phyyu (Vpower MyanAung 3151 (50 MW) (34.7 MW) MW HlawGa MCP (68.5%) Hlawga (50 MW) (154.2 MW) Hydro Gas Steam YwaMa UPP Ywama Installed Capacity in Year 2014 ( Dec) (50MW) (310.3 MW) Tharkayta Tharkayta Max Power (53.6 MW) (92 MW) Ahlone Toyo Thai Thahton MOEP own Power Plants (120 MW) (50.95 MW) IPP Power Plants Mawlamyine Ahlone (154.2 MW) Generating Gas Engine (100 MW) Rental Power Plants

7/15 4. Independent Power Producers MOEP Installed capacity of IPP thermal power plants (Natural Gas)

1200 1115 1000 1005 955 955 955 919 800 715 719 MW 600 613 460 IPP 400 MEPE

200 200

0 0 2012 2013 2014 2015 2016 2017 Year

Installed capacity of IPP are increasing.

8/15 5. IPP Selection MOEP Projects Selection Process and Financing for PPP

Types of Project Selection Process used in Myanmar

Present and Previous 1. Tender and Direct Agreement Process

For future 2. Tender Process

Financing

1. Government budget 2. Grant 3. Soft Loan (from World Bank, Jica, etc.) 4. Deferred payment 5. Loan (from international banks)

10/15 5. IPP Selection MOEP Procedure for implementation of IPP projects

(7) Evaluate the Issue Letter of (1) Site Selection (11) technical award to the win bidder (2) Formed Open Committee Commercial Sign MOA (3A) consultant (8) of Technical (12) within 45 (3) Call Tender accepted days of LOA for PQ bidders issued.

Evaluate the (4) Evaluate PQ (9) commercial Apply and make (13) permission ranking from MIC Announce (5) short listed IPP bidder negotiate with After MIC the bidders (14) permit, PPA Issue RFP for (10) according to Contract Tech. and the ranking signing (6) Commercial until getting proposals, LLA the agreement. & PPA to short listed bidder

11/15 5. IPP Selection MOEP Procedure for implementation of Myingyan 200 MW IPP project

(7) Evaluate the Issue Letter of (1) Site Selection (11) technical award to Sembcorp (2) Formed Open Committee Commercial IFC Sign MOA (3A) (8) of 5 Technical consultant (12) within 50 (3) Call Tender accepted days of LOA for PQ bidders issued.

Evaluate the (4) Evaluate PQ (9) commercial Apply and make (13) permission ranking from MIC Announce 5 (5) short listed IPP bidders After MIC permit, (14) Issue RFP for (10) negotiate with Contract Tech. and the First Rank signing (PPA, (6) Commercial Sembcorp LLA, BOT) proposals, LLA & PPA to short listed bidder

12/15 5. IPP Selection MOEP Procedure for implementation of Shwetaung 50 MW IPP project

(7) Evaluate the Issue Letter of (1) Site Selection (11) technical award to bidder (2) Formed Open Committee Commercial (8) Sign MOA of 3 Technical (12) within 50 (3) Call Tender accepted days of LOA for PQ bidders issued.

Evaluate the (4) Evaluate PQ (9) commercial Apply and make (13) permission ranking from MIC Announce 3 (5) short listed IPP bidders After MIC permit, (14) Issue RFP for (10) negotiate with Contract Tech. and the First Rank signing (PPA, (6) Commercial bidder LLA) proposals, LLA & PPA to short listed bidder

13/15 6. Conclusion MOEP PPP possible

To Increase power generation in Myanmar for coming years With Limited Gas Allocation

Uprating Renewable Energy Import Fuel - Uprate existing MOEP (Solar to generate from To hire power barges or owned gas turbine (or) 2017) power plants, those Combined CCPP to can generate with get better efficiency To full fill the power various fuel types, (Life of most Gas supply at peak demand Supplier needs to take turbines owned by (night time, cannot be responsible for Fuel MEPE are over 30 considered.) that can buy from years.) international market for OR short term. - Choose IPP with higher efficiency Machine

14/15 6. Conclusion MOEP

Conclusion

 More power generation is required to meet the power demand for economic development.  To reduce losses and conserve electric energy for future energy sufficiency, the existing thermal power plants should be uprated and IPP with the higher efficiency machine shall be selected.  IPPs shall participate in the promote electricity production from new and renewable energy sources.

15/15 THANK YOU