COUNTRY REPORT RENEWABLE ENERGY IN INDONESIA

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1 MINISTRY OF ENERGY AND MINERAL RESOURCES OF REPUBLIC OF INDONESIA DIRECTORATE GENERAL OF NEW RENEWABLE ENERGY AND ENERGY CONSERVATION DIRECTORATE OF VARIOUS NEW ENERGY AND RENEWABLE ENERGY COUNTRY REPORT RENEWABLE ENERGY IN INDONESIA By : Fenny Rahayu & Andri Suhindra TRAINING PROGRAM ON ENERGY MANAGEMENT POLICY FOR INDONESIA Japan, September 24 th October 2 nd 2013

2 I. PROFILE II. ENERGY POLICY III. CONDITION OF ENERGY 2012 IV. NATIONAL PRIMARY ENERGY MIX TARGET V. EFFORTS TO INCREASE NRE UTILIZATION VI. CURRENT NEEDS OF COOPERATION VII. RE DEVELOPMENT AND UTILIZATION STRATEGY VIII.RENEWABLE ENERGY FEED IN TARIFF IX. RE DEVELOPMENT CHALLENGES

3 I. PROFILE ORGANIZATION STRUCTURE DIRECTORATE GENERAL NEW RENEWABLE ENERGY AND ENERGY CONSERVATION MINISTRY OF ENERGY AND MINERAL RESOURCES (Based on Presidential Regulation No. 24/2010) DIRECTORATE GENERAL NEW RENEWABLE ENERGY AND ENERGY CONSERVATION SECRETARIAT DIRECTORATE GENERAL NEW RENEWABLE ENERGY AND ENERGY CONSERVATION DIRECTORATE OF GEOTHERMAL DIRECTORATE OF BIOENERGI DIRECTORATE OF VARIOUS OF NEW ENERGY AND RENEWABLE ENERGY DIRECTORATE ENERGY CONSERVATION

4 1. ENERGY CONSERVATION : to increase energy efficiency on supply and demand side, e.g industrial sector, transportation, household and commercial. 2. ENERGY DIVERSIFICATION : to increase the share of new renewable energy use in the primary energy mix. e.g: NEW ENERGY a. Liqiufied Coal b. Coal Bed Methane c. Gasified Coal d. Nuclear e. Hidrogen RENEWABLE ENERGY a. Geothermal, b. Hidro, c. Bioenergy, d. Solar, e. Wind, f. Others methane f. Ocean wave and current.

5 TRANSFORMATION PARADIGM OF NATIONAL ENERGY MANAGEMENT ENERGY SUPPLY SIDE MANAGEMENT ENERGY DEMAND SIDE MANAGEMENT SUPPLY DEMAND DEMAND SUPPLY Supplied by Fossil Energy, at any cost (Subsidize) Renewable Energy as an alternative Inefficient Sectoral Energy Demand: Household Transport Industry Commercial Efficient Sectoral Energy Demand: Household Transport Industry Commercial (CONSERVATION) Maximize the supply and utilization of New Renewable Energy, with Avoided Fossil Energy Costs (DISVERSIFICATION Fossil Energy as balancing factor Current condition: 1. Energy needs has not been efficient 2. Energy needs are met with fossil energy at a cost of whatever and even subsidized 3. Renewable energy as an alternative only 4. Renewable energy sources that are not utilized is wasted God's gift Future Condition: 1. Minimize the energy requirements 2. Maximize the provision and utilization of renewable energy, at least with the price of fossil energy avoided cost, if necessary, subsidized 3. Fossil energy is used as a counterweight 4. Fossil energy sources are not utilized as a legacy for their children and grandchildren / exported

6 NATIONAL COMMITMEN TO REDUCE GHG EMISSION President Commitment on G-20 Pittsburgh and COP15 To reduce the GHG Emission in 2020 Own efforts 26% (767 mln Ton) 41% Own efforts and international support Forestry, Peat Land, Agriculture Energy Sector Waste Industry and Transportation 680 million Ton 30 million Ton 48 million Ton 9 million Ton Through the development of new renewable energy and implementing energy conservation by all sectors

7 III. CONDITION OF ENERGY 2012 National Energy Mix Total in million BOE Gas 24,29% RNE 5,03% Oil 46,77% Coal 23,91% Elasticity of Energy = 1.65 Share of Non Fossil Energy ~ 5% 1. Public access to energy (modern) is still limited: a. Electrification ratio in 2012 was 76,47% (23,53% of households not yet electrified); b. Development of energy infrastructure (rural / remote areas and outer islands generally do not get access to energy); 2. Growth in energy consumption an average of 7% per year, yet balanced with enough energy supply; 3. Dependence on fossil energy is still high (95%), reserves are more limited; 4. Utilization of renewable energy and implementation of Energy Conservation is not optimal; 5. Linkage to environmental issues: a. Mitigation of climate change; b. Carbon trading; c. National commitment to reducing emissions 26% by 2020; 6. Funding for the development of energy sector is still very limited.

8 NO NEW & RENEWABLE ENERGY RESOURCES INSTALLED CAPACITY (IC) RATIO OF IC/RESOURCES (%) = 4/3 1 Hydro 75,769 MW 7,571 MW 9.99% 2 Geothermal 29,164 MW 1,341 MW 4.6 % 3 Biomass 49,810 MW 1,644.1 MW 3.3% 4 Solar 4.80 kwh/m 2 /day 42,779 MW - 5 Wind 3 6 m/s 1.87 MW - 6 Ocean 49 GW ***) 0.01 MW ****) 0% 7 Uranium 3,000 MW *) 30 MW **) 1% *) Only in Kalan West Borneo **) As a center of research, non-energy NO FOSSIL ENERGY RESOURCES ***) Source: National Energy Council ****) BPPT s Prototype PROVEN RESERVES (PR) RATIO OF PR/RESOURCES (%) PRODUCTION (PROD) RATIO OF PR/PROD (YEAR)*) = 4/3 6 7 = 4/6 1 Oil (billion barel) 7, , Gas (TSCF) Coal (billion ton) Coal Bed Methane (TSCF) Shale Gas (TSCF)

9 ELECTRIFICATION RATIO 2012 NAD 88,80 % Sumbar 76,86% Jambi 70,07% Sumut 87,19% Bengkulu 71,08% Lampung 70,01% Riau 79,40% Banten 79,72% Kepri 73,07% Sumsel 67,42% Jabar 75,98% Kalbar 89,70% Babel 92,80% Jakarta 99% Jateng 80,30% Kalteng 56,88% Kalsel 75,01% DIY 76,77% Sulbar 91,42% Bali 73,87% Jatim 74,82% Kaltim 76,53% NTB 53,01% Gorontalo 58,91% Sulsel 81,11% Sulteng 65,28% Sulut 73,21% Sultra 69,23% NTT 50,70% Malut 88,02% Maluku 79,42% Category : Papua 32,29% > 60 % % % Papua Barat 64,22% Electrification Ratio REALIZATION (year) Target (year) % 64,3% 65,1% 65,8% 67,2% 72,95% 76,47% 79,2% 82,0%

10 CURRENT CONDITION TARGET PRESIDENTIAL REGULATION NO. 5/2006 ENERGY ELASTICITY= 1.65 RATIO OF ELECTRIFICATION = % NON FOSSIL ENERGY SHARE 5% Biofuel 5% Geothermal Nuclear, 5% Hydro, Solar, Wind, and Other NRE 5% Liquified Coal 2% ENERGY ELASTICITY LESS THAN 1 IN 2025 OPTIMIZING NEW RENEWABLE ENERGY SOURCES

11 1. IMPROVING POLICY AND REGULATION The Government continues to improve the regulation of development and utilization of renewable energy, including the preparation of draft government regulations of new renewable energy. 2. CREATING MARKET through the supply and utilization of variuos NRE, obligating National Electric Company (PLN) to buy electricity, the application of Indonesian National Standard (SNI), etc. 3. FEED-IN TARIFF and CEILING PRICE Declared through the Minister of Energy and Mineral Resources Regulation, that regulates the FiT and ceiling price of electricity from renewable energy purchased by National Electric Company. 4. PROVIDING INCENTIVES AND FACILITIES Reduction of taxes and customs duties, licensing procedures more simple.

12 5. THE FUNDING AND OTHER SUPPORTING Providing fund to improve energy acess in remote and isolated area 6. IMPROVING QUALITY AND QUANTITY OF HUMAN RESOURCES Education and training in the field of renewable energy Improving NRE networks, supporting the establishment of organization/association 7. INCREASING RESEARCH IN THE FIELD OF NEW RENEWABLE ENERGY Increase research cooperation; Increase kind of research 8. INCREASING COOPERATION WITH OTHER COUNTRY AND INTERNATIONAL ORGANIZATION Cooperation for capacity building and technology transfer Lessons learned for the implementation of new renewable energy policies and programs Increase new renewable energy market and technology for NRE component (esp. small-scale turbine) abroad.

13 Capacity Building on Nuclear Energy (technical & policy) Implementation of smart grid in certain areas Knowledge and technology transfer in the development of the upstream industry of solar power Knowledge and technology transfer in the development of the industry of wind power Knowledge and technology transfer in the development of the industry of ocean energy Funding for NRE development and utilization

14 1. Improvement of the national electricity supply through the development of Hydro Power Plant; 2. Improvement of the national electricity supply through the development of Geothermal Power Plant; 3. Improvement of the national electricity supply through the development of Bioenergy Plant; 4. Improvement of the electricity access in remote areas, small islands and border areas with Micro Hydro and Solar Power Plant; 5. Development of wind power and ocean energy plant pilot project in order to prepare the stage of commercialization.

15 1. MEMR Regulation No 4 year 2012 FiT for Hydro power : IDR ,259/kWh FiT for Biomass : IDR 975 1,722/kWh FiT for Biogas : IDR 975 1,722/kWh 2. MEMR Regulation No 22 year 2012 FiT for Geothermal Power Plant : cent US$/kWh 3. MEMR Regulation No 17 year 2013 FiT for Solar PV Power Plant : cent US$/kWh 4. MEMR Regulation No 19 year 2013 FiT for Municipal Waste Power Plant: IDR /kWh 1 USD ~ 11,000 IDR

16 The tariff levels will be based on ceiling price of 25 cent/kwh (using modules with local content < 40%, i.e. considered as imported modules) and 30 cent/kwh (using modules with local content 40%) The application for the ceiling price will be done through bidding process using online system based on certain quota per annum The quotas have already determined by Director General of NRE&EC The total of quotas for 2013 is 140 MW.

17 PRODUCTION COST The production cost is relatively higher than the conventional energy, so it s difficult to compete with the conventional energy INVESTMENT The investment cost is quite high. However, investment in new renewable energy industry is quite in demand by domestic investors TECHNOLOGY Some of technologies have been able to developed domestically, such as small to medium-scale power plant technologies; Renewable energy technologies are still provided by the foreign. HUMAN RESOURCE Quantity and quality of human resources in the field of renewable energy is still quite limited; People s acceptance for new renewable energy is still relatively low, since most of people feel more comfortable using conventional energy.

18 MINISTRY OF ENERGY AND MINERAL RESOURCES DIRECTORATE GENERAL OF NEW RENEWABLE ENERGY AND ENERGY CONSERVATION Pegangsaan Timur Street No. 1A Cikini, Jakarta 10320; Phone/Fax : bahan_ebtke@yahoo.com Energy and Mineral Resources for People s Welfare

19 MINI/MICRO HYDRO POWER PLANT FEED IN TARIFF (MEMR REGULATION NO 4 YEAR 2012) AREA Price for Medium Voltage (Rp/kWh) Price for Low Voltage (Rp/kWh) INCENTIVE FACTOR (F) Jawa and Bali 656 x F 1,004 x F 1 Sumatera and Sulawesi Kalimantan, West and East Nusa Tenggara 787 x F 1,205 x F x F 1,305 x F 1.3 Maluku and Papua 984 x F 1,506 x F 1.5 Note : This revision of the price is still underway

20 NO AREA PRICE (cent US$/kWh) High Voltage Medium Voltage 1 Sumatera 10 11,5 2 Jawa, Madura dan Bali 11 12,5 3 Sulawesi selatan, Sulawesi barat dan Sulawesi Tenggara 4 Sulawesi utara, Sulawesi tengah dan Gorontalo 12 13, ,5 5 NTB dan NTT 15 16,5 6 Maluku dan Papua 17 18,5

21 No. Energy Capacity FiT Description Tegangan Menengah 1. Biomassa up to 10 MW Rp. 975,- / kwh X F 2. Biogas up to 10 MW Rp. 975,- / kwh X F Non Municipal Waste 3. Municipal Waste up to 10 MW Rp. 1050,- / kwh Zero waste *) 4. Municipal Waste up to 10 MW Rp. 850,- / kwh Landfill *) Tegangan Rendah MEMR REGULATION NO 4/2012: FEED IN TARIFF: BIOMASSA, BIOGAS AND MUNICIPAL WASTE 1 Biomassa up to 10 MW Rp ,- / kwh X F 2 Biogas up to 10 MW Rp ,- / kwh X F Non Municipal Waste 3 Municipal Waste up to 10 MW Rp ,- / kwh Zero waste *) 4 Municipal Waste up to 10 MW Rp ,- / kwh Landfill *) Area Jawa, Bali, Sumatera : F = 1 Area Kalimantan, Sulawesi, NTB dan NTT : F = 1,2 Area Maluku dan Papua : F = 1,3 Note : *) based on Indonesian Law no. 18 /2008 on waste management

22 No. Energy Capasity FiT Municipal Waste Management (MSW) by Zero Waste teknology *) 1. Medium Voltage up to 10 MW Rp ,- / kwh 2. Low Voltage up to 10 MW Rp ,- / kwh Municipal Waste Management (MSW) by Landfill teknologiy**) 1. Medium Voltage up to 10 MW Rp ,- / kwh 2. Low Voltage up to 10 MW Rp ,- / kwh Catatan : *) Teknologi Zero Waste merupakan teknologi pengelolaan sampah sehingga terjadi penurunan volume sampah yang signifikan melalui proses terintegrasidengan gasifikasi atau insenerasi; **)Teknologi Sanitary Landfill merupakan teknologi pengolahan sampah dalam suatu kawasan tertentu yang terisolir sampai aman untuk lingkungan

23 SUMUT: Centralized Off-grid PV Power Plant 6 Unit KK: 408 ACEH: PLTS terpusat: 5 Unit KK: 337 RENEWABLE KEGIATAN ENERGY FISIK INFRASTUCTURE TA 2012 PROGRAM ME 2012 BABEL: PLTS terpusat: 5 Unit KK: 402 KALBAR: KK: 357 KALTENG: PLTS terpusat: 6 Unit KK: 416 KALSEL: PLTS terpusat: 7 Unit KK: 410 KALTIM: PLTS terpusat: 6 Unit KK: 706 SULTENG KK: 390 GORONTALO KK: 370 SULUT KK: 272 MALUKU UTARA KK: 355 PAPUA PLTS terpusat: 7 Unit KK: 516 PAPUA BARAT PLTS terpusat: 8 Unit KK: 496 RIAU: PLTS terpusat: 6 Unit KK: 843 SUMBAR: PLTS terpusat: 2 Unit PLTMH : 1 Unit KK: 172 BENGKULU: PLTS terpusat: 2 Unit KK: 256 JAMBI: KK: 384 SUMSEL: PLTS terpusat: 7 Unit KK: 830 KEPRI: KK: 583 BANTEN: PLTS terpusat: 2 Unit KK: 228 JABAR: PLTS terpusat: 3 Unit KK: 228 Total Cap. : 4,755 kw JATENG: PLTS terpusat: 3 Unit KK: 146 JATIM: PLTS terpusat: 3 Unit KK: 249 DIY: PLT Hybrid: 2 Unit KK: 64 NTB: PLTS terpusat: 6 Unit (1 unit 1 MWp + 4 units 15 kwp) PLT Hybrid: 1 Unit KK: 407 PLTS = PV Power Plant PLTMH = Microhydro Power Plant BALI: PLTS terpusat: 8 Unit (2 unit 1 MWp + 6 unit 15 kwp) KK: 599 SULBAR: PLTS terpusat: 5 Unit KK: 453 NTT: PLTS terpusat: 5 Unit PLT Hybrid: 2 Unit KK: 240 SULTRA: PLTS terpusat: 5 Unit KK: 700 SULSEL: PLTS terpusat: 7 Unit PLT Hybrid : 2 Unit KK: 662 MALUKU: PLTS 6 Unit KK: 451 KK = Household PLT Hybrid = Solar+Wind Hybrid System

24 RENEWABLE ENERGY INFRASTUCTURE PROGRAM ME 2013 SUMUT: PLTS terpusat: 6 Unit KK: 408 ACEH: PLTS terpusat: 5 Unit KK: 337 LAMPUNG: PLTS terpusat: 9 Unit KK: BABEL: KK: 186 KALBAR: PLTS terpusat: 3 Unit KK: 779 KALTENG: PLTS terpusat: 3 Unit KK: 178 KALSEL: PLTS terpusat: 7 Unit KK: 410 KALTIM: PLTS terpusat: 6 Unit KK: 706 SULTENG PLTS terpusat: 2 Unit KK: 136 GORONTALO KK: 362 SULUT KK: 272 MALUKU UTARA PLTS terpusat: 1 Unit KK: 68 PAPUA PLTS terpusat: 12 Unit PLTMH: 2 Unit KK: PAPUA BARAT PLTS terpusat: 7 Unit PLTMH: 2 Unir KK: RIAU: PLTS terpusat: 3 Unit KK: 843 SUMBAR: PLTS terpusat: 2 Unit PLTMH : 1 Unit KK: 172 BENGKULU: PLTS terpusat: 2 Unit KK: 256 JAMBI: KK: 589 SUMSEL: PLTS terpusat: 3 Unit KK: 308 JATENG: PLTS terpusat: 2 Unit KK: 146 DIY: PLT Hybrid: 1 Unit KK: 90 BALI: PLTS terpusat: 2 Unit KK: 136 NTT: KK: 383 SULSEL: PLTS terpusat: 7 Unit PLT Hybrid : 2 Unit KK: 662 KEPRI: KK: 583 BANTEN: PLTS terpusat: 1 Unit KK: 68 JABAR: PLTS terpusat: 1 Unit KK: 68 Total Cap. : 6,231 KW JATIM: KK: 515 NTB: PLTS terpusat: 3 Unit PLT Hybrid: 1 Unit KK: 447 PLTS = PV Power Plant PLTMH = Microhydro Power Plant SULBAR: PLTMH: 2 Unit KK: SULTRA: KK: 276 MALUKU: KK: 136 KK = Household PLT Hybrid = Solar+Wind Hybrid System

25 PV POWER PLANT QUOTA CAPACITY FOR 2013 SUMUT: 2 MWp, 1 PLTS Nias, 2 MWp ACEH: 4 MWp, 3 PLTS Sabang, 1 MWp Sinabang (Simeulue), 2 MWp Singkil, 1 MWp KALBAR: 9.5 MWp, 7 PLTS Ketapang, 2.5 MWp Ngabang, 1 MWp Sanggau, 1.5 MWp Sintang, 1.5 MWp Nanga Pinoh, 1 MWp Sekadau, 1 MWp Putussibau, 1 MWp BABEL: 13 MWp, 2 PLTS Bangka, 2 x 5 MWp Belitung, 3 MWp KALSEL: 2 MWp, 1 PLTS Kotabaru, 2 MWp KALTENG: 2 MWp, 2 PLTS Sukamara, 1 MWp Nanga Bulik, 1 MWp KALTIM: 2.5 MWp, 2 PLTS Nunukan, 1.5 MWp Tj Selor, 1 MWp GORONTALO: 2 MWp, 1 PLTS Gorontalo, 2 MWp SULTENG: 2 MWp, 2 PLTS Tolitoli, 1 MWp Kep. Banggai, 1 MWp SULUT: 4 MWp, 4 PLTS Tahuna, 1 MWp Siau, 1 MWp Karakelong, 1 MWp Talaud, 1 MWp MALUT: 7.5 MWp, 6 PLTS Ternate-Tidore, 2.5 MWp Jailolo-Sofifi, 1 MWp Tobelo-Malifut, 1 MWp Bula, 1 MWp Bacan, 1 MWp Sanana, 1 MWp PAPUA: 14.5 MWp, 7 PLTS Jayapura, 6 MWp Biak, 1.5 MWp Kaimana, 1 MWp Serui, 1 MWp Merauke, 1.5 MWp Nabire, 1.5 MWp Timika, 2 MWp PAPUA BARAT: 5 MWp, 3 PLTS Manokwari, 2 MWp Fak-fak, 1 MWp Sorong, 2 MWp RIAU: 8.5 MWp, 6 PLTS Siak, 1 MWp Bengkalis, 1.5 MWp Ranai, 1 MWp Selat Panjang, 1.5 MWp Tj Balai Karimun, 2.5 MWp Tj Batu, 1 MWp SUMBAR: 2 MWp, 1 PLTS Mentawai, 2 x 1 MWp BENGKULU: 1 MWp, 1 PLTS Muko-Muko, 1 MWp JATIM: 4 MWp, 4 PLTS Kangean, 1 MWp Karimunjawa, 1 MWp Raas, 1 MWp Sapudi, 1 MWp NTB: 17 MWp, 5 PLTS Sumbawa, 3 MWp Lombok Utara, 2 MWp Lombok Timur, 4 MWp Lombok Barat, 4 MWp Sistem Bima, 4 MWp NTT: 14 MWp, 9 PLTS Kupang, 5 MWp Atambua, 1 MWp Rote, 1 MWp Alor, 1 MWp Adonara, 1 MWp Sumba Timur, 1 MWp Larantuka, 1 MWp Maumere-Ropa-Ende, 2 MWp Energy and Mineral Resources for People s Bajawa-Ruteng-Labuan Welfare Bajo, 1 MWp SULSEL: 1 MWp, 1 PLTS Selayar, 1 MWp SULTRA: 13 MWp, 7 PLTS Bombana, 1 MWp Kendari, 2 x 3 MWp Kolaka, 2 MWp Bau-Bau, 2 MWp Raha, 1 MWp Wangi-Wangi, 1 MWp MALUKU: 10.5 MWp, 7 PLTS Ambon, 4.5 MWp Seram, 1 MWp Namlea, 1 MWp Tual, 1 MWp Dobo, 1 MWp Saumlaki, 1 MWp Tual, 1 MWp

26 PERKEMBANGAN KAPASITAS TERPASANG on-grid PEMBANGKIT TENAGA LISTRIK BERBASIS BIOMASA, BIOGAS & SAMPAH KOTA s.d TAHUN 2012 No Nama Perusahaan COD Jenis kontrak Lokasi PLN Wilayah Jenis biomasa Kapasitas Kontrak (MW) 1 PT Riau Prima Energy 2001 Excess power Riau PLN Wilayah Riau palm waste 5 2 PT Listrindo Kencana 2006 IPP Bangka PLN Wilayah Bangka Palm waste 5 3 PT Growth Sumatra 2006 Excess power Sumatera Utara PLN Wilayah Sumut Palm waste 6 4 PT Indah Kiat Pulp & 2006 Excess power Riau PLN Wilayah Riau palm waste 2 Paper 7 PT Belitung Energy 2010 IPP Belitung PLN Wilayah Babel Palm waste 7 8 PT Growth Sumatra 2010 Excess power Sumatera Utara PLN Wilayah Sumut Palm waste 9 9 PT Pelita Agung 2010 Excess power Riau PLN Wilayah Riau Palm waste 5 10 Permata Hijau Sawit 2010 Excess power Riau PLN Wilayah Riau Palm waste 2 11 PT Navigat Organic 2011 IPP Bali PLN Dist Bali MSW 2 12 PT Navigat Organic 2011 IPP Bekasi PLN Dist Jabar MSW 6 13 PT Growth Asia 2011 Excess power Sumatera Utara PLN Wilayah Sumut Palm waste PT Growth Asia 2012 Excess power Sumatera Utara PLN Wilayah Sumut Palm waste PT Navigat Organic 2012 IPP Bekasi PLN Dist Jabar MSW 6,5 TOTAL KAPASITAS ONGRID 75,5

27 No Nama Pengembang COD Jenis kontrak Lokasi PPA Kontrak Jenis Biomassa Kapasitas Status 1 Navigat Organic 2013 IPP Bantar Gebang, PLN Dist Jabar Bekasi MSW (sampah) 2 Konstruksi 2 Growth Steel Group 2013 Excess Simalungun, PLN Wilayah Palm waste 10 power Sumut Sumut ( limbah sawit) Konstruksi 3 Growth Steel Group 2013 Excess Jambi PLN Wilayah Palm waste 10 power Sumsel Konstruksi 4 Growth Steel Group 2013 Excess Bekasi PLN DisJabar rice husk 10 power Konstruksi 5 Growth Steel Group 2013 Excess Pontianak PLN Wilayah Palm waste 10 power Kalbar Konstruksi 6 PT Nubika Jaya 2013 Excess Sumatera Utara PLN Wilayah Palm waste 6 power Sumut Konstruksi 7 PT. Austindo 2013 IPP Belitung PLN Babel POME 1,2 Aufwind Konstruksi 8 PT. Bioenergi Hijau 2013 IPP Probolinggo Kotoran Sapi 1 Konstruksi 9 PT. Canang Indah 2013 Excess Medan PLN Wilayah Palm waste 3 power Sumut Konstruksi 10 PT Victorindo 2013 Excess power Sumatera Utara PLN Wilayah Sumut Palm waste 5 PPA dengan PLN Wilayah Sumut TOTAL KAPASITAS On Grid 58,2