RS Business Executive Advisory Services

ICOR dan Nawacita

2019-07-11T18:43:00.004-07:00

PAPUA ELECTRICITY SUPPLY PLAN

2014-01-19T19:14:00.000-08:00

For those who are engaged in power plants development, I would like to share the following points with regard to the above subject. Good luck.

Electricity Condition

Demand for electricity in Papua ia supplied by Papua electricity system consisting of Jayapura, Biak, Sorong, Merauke, Manokwari, and Timika systems. Peak utilization in 2011 reached 159.40 MW. Total installed capacity of power plants in Papua up to 2011 was 246.67 MW consisiting of Diesel Power Plants 242.27 MW and Hydro Power Plants 4.40 MW. In 2011, electricity sale for Papua reached 828 GWh.

Energy Potentials

Papua is estimated to have hydro power potentials for 49 MW, coal for 128.57 million tonnes, thermal for 75 MWe in 3 locations namely Makbon, Ransiki, and Kebar, oil for 94.93 MMSTB, and natural gas for 24.32 TSCF.

Electricity Demand Estimate

It is projected that demand for electricity in Papua for the period 2012-2031 shall grow averagely by 13.6% per year so that in 2031 electricity need is expected to reach 11.2 TWh. To fulfill peak utilization growth of averagely 11.7% per year until 2031, then additional power of averagely 307 MW per year shall be needed.

NORTH MALUKU ELECTRICITY SUPPLY PLAN

2014-01-04T13:23:00.001-08:00

For those who are engaged in power plants development, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in North Maluku is supplied by some isolated systems namely Ternate, Soa Siu, Weda, Bacan, Dofa, Jailolo, Sanana, Tobelo, Subaim, Maba-Buli, Patani, and Sofifi systems. Peak utilization in 2011 reached 38.40 MW. Total installed capacity of power plants in North Maluku up to 2011 was 164.19 MW, all Diesel Power Plants. Total electricity sale for North Maluku in 2011 reached 205 GWh.

Energy Potentials

North Maluku is estimated to have thermal potentials of 427 MWe in 13 locations namely Mamuya, Ibu, Akelamo, Jailolo, Keibesi, Akesahu, Indari, Labuha, Songa -Wayaua, Kramat Islands, Losseng Islands, Auponia Islands, and Bruokol Islands. Coal potentials are estimated to reach 2.13 million tonnes.

Electricity Demand Estimate

It is projected that demand for electricity in North Maluku for the period 2012-2031 shall grow averagely by 17.2% per year so that in 2031 electricity need is expected to reach 4.8 TWh. To fulfill peak utilization growth of averagely around 16.9% per year until 2031, then additional power of averagely 65 MW per year shall be needed.

MALUKU ELECTRICITY SUPPLY PLAN

2013-12-29T17:07:00.000-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in Maluku is supplied by some isolated systems namely Ambon, Namlea, Tual, Saumlaki, Mako, Piru, Bula, Masohi, Dobo, and Langgur Systems. Peak utilization in 2011 reached 70.79 MW.

Total installed capacity of power plants in Maluku up to 2011 was 268.54 MW consisting of Diesel Power Plants 217.04 MW and Solar Power Plants 51.50 MW. Total electricity sale for Maluku in 2011 reached 337 GWh.

Energy Potentials

Maluku is estimated to have hydro potentials of 156.4 MW. In addition, thermal potentials of 590 MWe are also estimated in 17 locations namely Waisekat, Wapsalit-Waeapo, Batabual, Larike, Taweri, Tolehu, Oma-Haruku, Saparua, Nusa Laut, Tehoru, Banda Baru, Pohon Batu, Kelapa Dua, Warmong, Esulit, Lurang, and Karbubu. Natural gas potentials are estimated to reach 15.22 TSCF and oil potentials 48.07 MMSTB.

Electricity Demand Estimate

It is projected that demand for electricity for the period 2012-2031 shall grow averagely by 9.3% per year so that in 2031 electricity need is expected to reach 2.1 TWh. To fulfill peak utilization growth of averagely 8.9% per year until 2031, then additional power of averagely 30 MW per year shall be needed.

EAST NUSATENGGARA ELECTRICITY SUPPLY PLAN

2013-12-29T06:36:00.001-08:00

For those who are engaged in power plants development, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity system of East Nusa Tenggara consists of some isolated systems namely Kupang, Atambua, Ende, Ruteng, Bajawa, and Maumere systems. In 2011 peak utilization reached 103.59 MW. Total installed capacity of power plants in East Nusa Tenggara up to 2011 was 194.82 MW consisting of Diesel Power Plants 193.35 MW, Hydro Power Plants 0.12 MW, Mini Hydro Power Plants 0.96 MW, Micro Hydro Power Plants 0.02 MW, and Solar Power Plants 0,37 MW. Total electricity sale for East Nusa Tenggara in 2011 reached 487 GWh.

Energy Potentials

East Nusa Tenggara has thermal and hydro primary energy potentials. Thermal potentials are estimated to reach 1,276 MWe in 19 locations namely Wai Sano, Ulumbu, Wai Pesi, Gou-Inelika, Mengeruda, Mataloko, Komandaru, Ndetusoko, Sukoria, Jopu, Lesugolo, Oka-Ile Angie, Atadei, Bukapiting, Roma-Ujelewung, Oyang Barang, Sirung (Isiabang-Kuriali), Adum, and Alor Timur. Hydro potentials are estimated to reach 11.1 MW namely in Wai Ranjang.

Electricity Demand Estimate

It is projected that demand for electricity in East Nusa Tenggara for the period 2012-2031 shall grow averagely by 14.9% per year so that in 2031 electricity need is expected to reach 8.1 TWh. To fulfill peak utilization growth of averagely 14.6% per year until 2031, then additional power of averagely 110 MW per year shall be needed.

WEST NUSATENGGARA ELECTRICITY SUPPLY PLAN

2013-12-23T22:59:00.001-08:00

For those who are engaged in developing of power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity system in West Nusa Tenggara consists of some isolated systems namely Lombok, Sumbawa, and Bima Systems. Peak utilization in 2011 reached 186,81 MW. Total installed capacity of power plants in West Nusa Tenggara up to 2011 was 288.70 MW consisting of Diesel Power Plants 287.32 MW, Mini Hydro Power Plants 0,92 MW, Micro Hydro Power Plants 0.20 MW, and Solar Power Plants 0.26 MW. In 2011 total electricity sale for West Nusa Tenggara was 837 GWh.

Energy Potentials

West Nusa Tenggara has thermal potentials of 195 MWe in 3 locations namely Sembalun, Marongge, and Daha.

Electricity Demand Estimate

It is projected that demand for electricity in West Nusa Tenggara for the period 2012-2031 shall grow averagely by 12.5% per year so that in 2031 electricity need is expected to reach 8.6 TWh. To fulfill peak utilization growth of averagely 12.2% per year until 2031, then additional power of averagely 124 MW per year shall be needed.

SOUTHEAST SULAWESI ELECTRICITY SUPPLY PLAN

2013-12-23T22:30:00.000-08:00

For those who are engaged in developing of power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity in Southeast Sulawesi is supplied by some isolated systems namely Kendari, Lambuya, Bau-Bau, Wangi-Wangi, Lasusua, Kolaka, Kassipute, and Raha Systems. Peak utilization in 2011 reached 105.97 MW.

Total installed capacity of power plants in Southeast Sulawesi up to 2011 was 177.85 MW consisting of Diesel Power Plants 173.70 MW, Hydro Power Plants 1.60 MW, and Micro Hydro Power Plants 2.55 MW. In 2011 total electricity sale for Southeast Sulawesi reached 441 GWh.

Energy Potentials

Southeast Sulawesi has hydro and thermal primary energy potentials. Hydro potentials are estimated to reach 82.8 MW namely Watunohu-1 and Tamboli. Thermal potentials are estimated to reach 310 Mwe, scattered in 12 locations namely Mangolo, Parora, Puriala, Amohola, Loanti, Laenia, Torah, Kalende, Kanale, Wonco, Gonda Baru, and Kabungka.

Electricity Demand Estimate

It is projected that demand for electricity in Southeast Sulawesi for the period 2012-2031 shall grow averagely by 13.5% per year so that in 2031 electricity need is expected to reach 5.4 TWh. To fulfill peak utilization growth of averagely 13.2% per year until 2031, then additional power of averagely 87 MW per year shall be needed.

SOUTH SULAWESI ELECTRICITY SUPPLY PLAN

2013-12-23T21:52:00.000-08:00

For those who are engaged in developing of power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in South Sulawesi is supplied by interconnection and some isolated systems. The interconnection system is connected through 150 kV transmission network and called South Sulawesi System. The isolated systems consist of Malili-Inco and Selayar Systems. Peak utilization in 2011 reached 583.08 MW.

Total installed capacity of power plants in South Sulawesi up to 2011 was 1,120.34 MW consisting of Steam Power Plants 215.50 MW, Gas Power Plants 182.72 MW, Steam and Gas Power Plants 135 MW. Diesel Power Plants 419.91 MW, Hydro Power Plants 156.62 MW, Mini Hydro Power Plants 10.10 MW, Micro Hydro Power Plants 0.29 MW, and Wind Power Plants 0.20 MW. In 2011 total electricity sale for South Sulawesi reached 3,246 GWh.

Energy Potentials

South Sulawesi has diversified primary energy potentials namely coal, hydro, and thermal. Coal potentials are estimated to reach 231.24 million tonnes. Hydro potentials are estimated to reach 1,567.8 MW, scattered in 7 locations namely Masuni, Mong, Lasolo-4, Poko, Malea, Batu, and Bonto Batu. Thermal potentials are estimated to reach 463 Mwe, scattered in 14 locations namely Limbong, Parara, Pincara, Bituang, Sangalla, Watansoppeng, Sulili, Malawa, Baru, Watampone, Todong, Kampala, Massepe, and Sengkang.

Electricity Demand Estimate

It is projected that demand for electricity in South Sulawesi for the period 2012-2031 shall grow averagely by 11.9% per year so that in 2031 electricity need is expected to reach 29.6 TWh. To fulfill peak utilization growth of averagely 11.6% per year until 2031, then additional power of averagely 410 MW per year shall be needed.

WEST SULAWESI ELECTRICITY SUPPLY PLAN

2013-12-23T21:07:00.001-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Best regards.

Electricity Condition

Demand for electricity in West Sulawesi is supplied by 2 isolated systems namely Pasangkayu and Mamasa Systems. Peak utilization in 2011 reached 30 MW. Total installed capacity of power plants in West Sulawesi up to 2011 was 6.49 MW, all Diesel Power Plants. In 2011 total electricity sale for West Sulawesi reached 152 GWh.

Energy Potentials

West Sulawesi has thermal potentials estimated at 545 Mwe, scattered in 6 locations namely Mambosa, Somba, Mamasa, Lilli, Riso, and Alu, as well as hydro potentials of 800 MW namely Karama-I.

Electricity Demand Estimate

It is projected that demand for electricity in West Sulawesi for the period 2012-2031 shall grow averagely by 13.0% per year so that in 2031 electricity need is expected to reach 1.7 TWh. To fulfill peak utilization growth of averagely 12.7% per year until 2031, then additional power of averagely 24 MW per year shall be needed.

CENTRAL SULAWESI ELECTRICITY SUPPLY PLAN

2013-12-23T20:42:00.001-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in Central Sulawesi is supplied by some isolated system namely Palu, Toli-Toli, Luwuk, Bangkir, Palasa, Moutong, Parigi, Poso, Tentena, Kolonedale, Toili, Kotaraya, Leok, Ampana, Bunta, Moilong, Banggai, and Bungku Systems. Peak utilization in 2011 reached 137,13 MW.

Total installed capacity of power plants in Central Sulawesi up to 2011 was 249.69 MW consisting of Steam Power Plants 30 MW, Diesel Power Plants 201.84 MW, and Mini Hydro Power Plants 17.85 MW. Total electricity sale for Central Sulawesi in 2011 reached 575 GWh.

Energy Potentials

Central Sulawesi has diversified primary energy potentials namely coal, natural gas, hydro, and thermal. Coal potentials are estimated to reach 1.98 million tonnes and natural gas 2.80 TSCF. Hydro potentials are estimated to reach 670.2 MW, scattered in 5 locations namely Poso-1, Poso-2, Lariang-6, Lasoko-4, and Konaweha-3. Thermal potentials are estimated to reach 643 Mwe, scattered in 17 locations namely Maranda, Sapo, Langkapa, Kalemago, Torire, Toare, Pantangolemba, Marana, Bora, Pulu, Sedoa, Lompio, Tambu, Wuasa, Watuneso, Papanlulu, and Ranang. Oil potentials are estimated to reach 49.78 MMSTB.

Electricity Demand Estimate

It is projected that demand for electricity in Central Sulawesi for the period 2012-2031 shall grow averagely by 10.6% per year so that in 2031 electricity need is expected to reach 4.2 TWh. To fulfill peak utilization growth of averagely 10.3% per year until 2031, then additional power of averagely 57 MW per year shall be needed.

GORONTALO ELECTRICITY SUPPLY PLAN

2013-12-23T19:07:00.000-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in Gorontalo is supplied by some isolated systems namely Telaga, Buruki, and Marisa Tilamuta Systems. Peak utilization in 2011 reached 49.63 MW. Total installed capacity of power plants in Gorontalo up to 2011 was 62.20 MW consisting of Diesel Power Plants 60.70 MW and Mini Hydro Power Plants 1.50 MW. Total electricity sale for Gorontalo in 2011 reached 237 GWh.

Energy Potentials

Gorontalo has thermal potentials of 185 MWe in 2 locations namely Petandio and Suwawa.

Electricity Demand Estimate

It is projected that demand for electricity in Gorontalo for the period 2012-2031 shall grow averagely by 12.1% per year so that in 2031 electricity need is expected to reach 2.2 TWh. To fulfill peak utilization growth of averagely around 11.8% per year until 2031, then additional power of averagely around 33 MW per year shall be needed.

NORTH SULAWESI ELECTRICITY SUPPLY PLAN

2013-12-23T18:39:00.000-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in North Sulawesi is supplied by interconnection and some isolated systems. The interconnection system is connected through 150 kV transmission network and called Minahasa System. The isolated systems consist of Tahuna, Melonguane, Ondong-Siau, Tagulandang, Beo-Talaud, Lirung, and Molibagu Systems. Peak utilization in 2011 reached 206.39 MW.

Total installed capacity of power plants in North Sulawesi up to 2011 was 342.36 MW consisting Diesel Power Plants 202.56 MW, Hydro Power Plants 51.38 MW, Mini Hydro Power Plants 8 MW, Thermal Power Plants 80 MW, Wind Power Plants 0.08 MW, and Solar Power Plants 0.34 MW. Total electricity sale for North Sulawesi in 2011 reached 987 GWh.

Energy Potentials

North Sulawesi has thermal and hydro primary energy potentials. Thermal potentials are estimated to reach 793 Mwe, scattered in 5 locations namely Air Madidi, Lahendong, Tompaso, Gunung Ambang, and Kotamobagu. Hydro potentials are estimated to reach 16 MW namely in Sawangan.

Electricity Demand Estimate

It is projected that demand for electricity for the period 2012-2031 shall grow averagely by 15.1% per year so that in 2031 electricity need is expected to reach 15.6 TWh. To fulfill peak utilization growth of averagely around 14.8% per year until 2031, then additional power of averagely around 219 MW per year shall be needed.

EAST KALIMANTAN ELECTRICITY SUPPLY PLAN

2013-12-23T18:01:00.000-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity system of East Kalimantan consists of interconnection and some isolated systems. The interconnection system is connected through 150 kV transmission network and called Mahakam System. Peak utilization in 2011 reached 401.86 MW.

Total installed capacity of power plants in East Kalimantan up to 2011 was 752.64 MW consisting of Steam Power Plants 78.50 MW, Gas Power Plants 82.40 MW, Steam and Gas Power Plants 60 MW, Gas Machine Power Plants 46.04 MW, Diesel Power Plants 477.61 MW, Wind Power Plants 8 MW, and Solar Power Plants 0.09 MW. In 2011 electricity sale for East Kalimantan reached 2,277 GWh.

Energy Potentials

East Kalimantan has diversified primary energy potentials namely oil, natural gas, coal, hydro, thermal, and coal bed methane. Oil potentials are estimated to reach 670 MMSTB, natural gas 19.76 TSCF, and coal 49,526.90 million tonnes. Hydro potentialas are estimated to reach 168 MW namely in Kelai. Thermal potentials are estimated to reach 30 Mwe, scattered in 4 locations namely Sebakis Nunukan, Sajau Bulungan, Semolon Malinau, and Mengkausar Malinau. In addition, there are also estimated Coal Bed Methane potentials for 106.3 TCF.

Electricity Demand Estimate

It is projected that demand for electricity in East Kalimantan for the period 2012-2031 shall grow averagely by 15.9% per year so that in 2031 electricity need is expected to reach 42.8 TWh. To fulfill peak utilization growth of averagely around 15.6% per year until 2031, then additional power of averagely around 555 MW per year shall be needed.

SOUTH KALIMANTAN ELECTRICITY SUPPLY PLAN

2013-12-22T19:52:00.000-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in South Kalimantan is supplied by interconnection system through 150 kV transmission network called Barito System and some isolated systems, namely Batulicin/Pagatan, Sungai Kupang, and Kotabaru systems. Peak utilization in 2011 reached 275.97 MW.

Total installed capacity of power plants in South Kalimantan up to 2011 was 439.82 MW consisting of Steam Power Plants 144 MW, Gas Power Plants 21 MW, Diesel Power Plants 244.82 MW, and Hydro Power Plants 30 MW. In 2011, electricity sale for South Kalimantan reached 1,467 GWh.

Energy Potentials

South Kalimantan has diversified energy potentials such as coal, thermal, and coal bed methane. Coal potentials are estimated to reach 14,437.27 million tonnes. Thermal potentials are estimated to reach 50 MW, scattered in in 3 locations namely Batubini Hulu Sungai, Tanuhi Hulu Sungai, and Hantakan Hulu Sungai. Coal Bed Methane potentials are estimated to reach 104.6 TCF.

Electricity Demand Estimate

It is projected that demand for electricity in South Kalimantan for the period 2012-2031 shall grow averagely by 10.5% per year so that in 2031 electricity need is expected to reach 10.6 TWh. To fulfill peak utilization growth of averagely around 10.2% per year until 2031, then additional power of averagely around 135 MW per year shall be needed.

CENTRAL KALIMANTAN ELECTRICITY SUPPLY PLAN

2013-12-22T17:48:00.002-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in Central Kalimantan is supplied by interconnection system through 150 kV transmission network called Barito System and some isolated systems, namely Sampit, Pangkalan Bun, Nanga Bulik, Sukamara, Kuala Kurun, Puruk Cahu, Muara Teweh, Buntok, and Kuala Pembuang systems. Peak utilization in 2011 reached 146.76 MW.

Total installed capacity of power plants in Central Kalimantan up to 2011 was 174.15 MW, consisting of Steam Power Plants 28 MW and Diesel Power Plants 146.15 MW. In 2011 electricity sale for Central Kalimantan reached 650 GWh.

Energy Potentials

Central Kalimantan is estimated to have coal potentials of 4,126.67 million tonnes.

Electricity Demand Estimate

It is projected that demand for electricity in Central Kalimantan for the period 2012-2031 shall grow averagely by 11.7% per year so that in 2031 electricity need is expected to reach 5.8 TWh. To fulfill peak utilization growth of averagely around 11.4% per year until 2031, then additional power of averagely around 72 MW per year shall be needed.

WEST KALIMANTAN ELECTRICITY SUPPLY PLAN

2013-12-22T06:57:00.000-08:00

For those who are engaged in developing power plants, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity systems of West Kalimantan consist of interconnection and some isolated systems. The interconnection system which is connected by 150 kV transmission network is called Khatulistiwa System. Peak utilization of West Kalimantan in 2011 reached 311.24 MW.

Total installed capacity of power plants in West Kalimantan up to 2011 was 466.41 MW consisting of Gas Power Plants 34 MW, Diesel Power Plants 397.34 MW, Hydro Power Plants 1,60 MW, Micro Hydro Power Plants 0.40 MW, Coal and Gas Power Plants 33 MW, and Solar Power Plants 0.07 MW. Total electricity sale for West Kalimantan in 2011 reached 1,435 GWh.

Energy Potentials

West Kalimantan has diversified energy potentials consisting of coal, hydro, and thermal. Coal potentials are estimated to reach 489.24 million tonnes scattered in various locations. Hydro potentials are estimated to reach 198 MW in Pinoh. Thermal potentials are estimated to reach 65 Mwe, scattered in 5 locations namely Sibetuk Sintang, Jagoi Babang Bengkayang, Meromoh Bengkayang, Sape Sanggau, and Nanga Dua Kapuas Hulu.

Electricity Demand Estimate

It is projected that demand for electricity in West Kalimantan for the period 2012-2031 shall grow averagely by 12.7% per year so that in 2031 electricity need is expected to reach 15.2 TWh. To fulfill peak utilization growth of averagely around 12.4% per year until 2031, then additional power of averagely around 191 MW per year shall be needed.

BALI ELECTRICITY SUPPLY PLAN

2013-12-22T04:01:00.000-08:00

For those who are interested in developing power plants in Bali, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Demand for electricity in Bali mainly is supplied by Java electricity system through 150 kV underwater cable transmission network. In addition to it, electricity need is also fulfilled by local power plants namely Diesel/Gas Power Plants Pesanggaran, Gas Power Plants Gilimanuk, and Gas Power Plants Pemaron. Peak utilization in 2011 reached 461.78 MW.

Total installed capacity of power plants in Bali up to 2011 was 562.96 MW consisting of Gas Power Plants 355.85 MW, Diesel Power Plants 205.40 MW, Micro Hydro Power Plants 0.03 MW, Wind Power Plants 0.66 MW, and Solar Power Plants 1.02 MW. Total electricity sale for Bali in 2011 reached 3,224 GWh.

Energy Potentials

Bali is estimated to have thermal potentials of 296 MWe, scattered in 5 locations namely Banyuwedang Buleleng, Seririt Buleleng, Batukao Tabanan, Penebel Tabanan, and Buyan-Bratan Buleleng.

Electricity Demand Estimate

It is projected that demand for electricity in Bali for the period 2012-2031 shall grow averagely by 11.2% per year so that in 2031 electricity need is expected to reach 27.1 TWh. To fulfill peak utilization growth of averagely around 10.9% per year until 2031, then additional power of averagely around 308 MW per year shall be needed.

EAST JAVA ELECTRICITY SUPPLY PLAN

2013-12-22T02:13:00.003-08:00

For those who are interested in developing power plants in East Java, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity system of East Java constitutes part of Java-Bali interconnection system. Demand for electricity in East Java is mainly supplied by the Java-Bali interconnection system through 500 kV Extra High Voltage Air Channel and 150 kV and 70 kV High Voltage Air Channel networks. In addition, there is also electricity supply from embedded power plants such as Hydro Power Plants Wonorejo–PJB and Mini Hydro Power Plants through Medium Voltage network, Diesel Power Plants, Mini Hydro Power Plants Sampean Baru, and rented power plants. Peak utilization in 2011 reached 4,076.19 MW.

Total installed capacity of power plants in East Java up to 2011 was 8,109.75 MW, consisting of Steam Power Plants 5,425 MW, Gas Power Plants 342.25 MW, Steam and Gas Power Plants 2,040.61 MW, Diesel Power Plants 8.83 MW, Hydro Power Plants 293.03 MW, and Mini Hydro Power Plants 0.03 MW. Total electricity sale for East Java in 2011 was 24,019 GWh.

Energy Potentials

East Java has energy potentials consisting of natural gas, oil, coal, hydro, and thermal. Natural gas potentials are estimated to reach 5.73 TSCF, oil potentials 1,031.94 MMSTB, and coal potentials 0.08 million tones. Hydro power potentials are estimated to reach 2,162 MW in 4 locations namely Grindulu-PS-3, K Konto-PS, Karangkjates Extension, and Kalikonto-2. Thermal potentials are estimated to reach 1,274 Mwe, scattered in 11 locations namely Melati Pacitan, Rejosari Pacitan, Telaga Ngebel Ponorogo, G Pandan Madiun, G Arjuno–Welirang, Cangar, Songgoriti, Tirtosari Sumenep, Argopuro Probolinggo, Tiris-G Lamongan Probolinggo, and Blawan-Ijen Bondowoso.

Electricity Demand Estimate

It is projected that demand for electricity in East Java for the period 2012-2031 shall grow averagely by 7.6% per year so that in 2031 electricity need is expected to reach 104.1 TWh. To fulfill peak utilization growth of averagely around 7.4% per year until 2031, then additional power of averagely around 977 MW per year shall be needed.

YOGYAKARTA SPECIAL REGION ELECTRICITY SUPPLY PLAN

2013-12-21T05:28:00.000-08:00

Electricity Condition

Electricity system of Yogyakarta Special Region constitutes part of Java-Bali interconnection system. The main supply of electricity in Yogyakarta Special Region comes from 500 kV and 150 kV transmission systems. Peak utilization in 2011 reached 453,10 MW.

Total installed capacity of power plants in Yogyakarta Special Region up to 2011 was 0.32 MW namely that of Hydro Power Plant Talang Krasak. Total electricity sale for Yogyakarta Special Region in 2011 was 1,870 GWh.

Energy Potentials

Yogyakarta Special Region is estimated to have thermal potentials of 10 MWe in 1 location namely Parangtritis-Gunung Kidul.

Electricity Demand Estimate

It is estimated that demand for electricity in Yogyakarta Special Region for the period 2012-2031 shall grow averagely by 10.8% per year so that in 2031 electricity need is expected to reach 14.3 TWh. To fulfill peak utilization growth of averagely around 10.5% per year until 2031, then additional power of averagely around 160 MW per year shall be needed.

CENTRAL JAVA ELECTRICITY SUPPLY PLAN

2013-12-19T19:22:00.000-08:00

Electricity Condition

Electricity system of Central Java constitutes part of Java-Bali interconnection system. Other than the main electricity supply from 500 kV and 150 kV transmission systems, electricity need of Central Java is supplied by Steam Power Plants/Steam and Gas Power Plants in Tambaklorok, Hydro Power Plants in Mrica, Steam Power Plants in Cilacap, and Thermal Power Plants in Dieng. Peak utilization in 2011 reached 2,677.80 MW.

Total installed capacity of power plants in Central Java up to 2011 was 5,213.92 MW, consisting of Steam Power Plants 3,675 MW, Gas Power Plants 135.26 MW, Steam and Gas Power Plants 1,033.90 MW, Hydro Power Plants 306.82 MW, Mini Hydro Power Plants 2.80 MW, Micro Hydro Power Plants 0.14 MW, and Thermal Power Plants 60 MW. Total electricity sale for Central Java in 2011 was 15,316 GWh.

Energy Potentials

Central Java is estimated to have 360 MW hydro power potentials in Maung. 1,981 MWe thermal power potentials are also estimated, scattered in 14 locations namely Banyugaram, Bumiayu, Baturaden-G Slamet, Guci, Mangunan–Wanayasa, Candradimuka, Dieng, Krakal, Panulisan, G Ungaran, G Umbul –Telomoyo, Kuwuk, G Lawu, and Klepu. Coal potentials are estimated for 0.82 million tonnes.

Electricity Demand Estimate

It is projected that demand for electricity in Central Java for the period 2012-2031 shall grow averagely by 8.2% per year so that in 2031 electricity need is expected to reach 73.0 TWh. To fulfill peak utilization growth of averagely around 7.9% per year until 2031, then additional power of averagely around 732 MW per year shall be needed.

WEST JAVA ELECTRICITY SUPPLY PLAN

2013-12-08T17:37:00.000-08:00

For those who are interested in developing power plants in West Java, I would like to share the following points with regard to the above subject. Warm regards.

Electricity Condition

Electricity system of West Java constitutes part of Java-Bali interconnection system. The main supply for electricity need of West Java other than from the Java-Bali 500 kV and 150 kV transmission systems is from Hydro Power Plants Saguling and Cirata. Peak utilization in 2011 reached 5,515.46 MW.

Total installed capacity of power plants in West Java up to 2011 was 6,615.23 MW consisting of Steam Power Plants 1,650 MW, Gas Power Plants 1,534 MW, Steam and Gas Power Plants 1,014 MW, Diesel Power Plants 0.20 MW, Hydro Power Plants 1,331.86 MW, Mini Hydro Power Plants 0.50 MW, Micro Hydro Power Plants 1,67 MW, Thermal Power Plants 1,057 MW, and Solar Power Plants 26 MW. Total electricity sale for West Java in 2011 was 34,054 GWh.

Energy Potentials

West Java has diversified energy potentials for power plants consisting of hydro, oil, natural gas, thermal, and coal bed methane. Hydro potentials are estimated to reah 2,137.5 MW in 5 locations namely Cibareno-1, Rajamandala, Jati Gede, Upper Cisokan-PS, and Grindulu-PS-3. Oil potentials are estimated to reach 599.4 MMSTB and natural gas are expected to reach 4.24 TSCF.

Thermal potentials are estimated to reach 5,839 Mwe, scattered in 40 locations namely K Ratu (Salak), Kiaraberes (Salak), Awi Bengkok, Ciseeng, Bujal Jasinga, Cisukarame, Selabintana, Cisolok, G Pancar, Jampang, Tanggeung-Saguling, Cilayu, Kawah Cibuni, G Patuha, K Ciwidey, Maribaya, Tangkubanperahu, Sagalaherang, Ciarinem, G Papandayan, G Masigit–Guntur, Kamojang, Darajat, G Tampomas, Cipacing, G Wayang–Windu, G Telagabodas, G Galunggung, Ciheuras, Cigunung, Cibalong, G Karaha, G Sawal, Cipanas–Ciawi, G Cakrabuana, G Kromong, Sangkanurip, Subang, and Cibingbin. Coal bed methane potentials are estimated to reach 0.8 TCF.

Electricity Demand Estimate

It is projected that demand for electricity in West Java for the period 2012-2031 shall grow averagely by 8.7% per year so that in 2031 electricity need is estimated to reach 176.7 TWh. To fulfill peak utilization growth of averagely around 8.4% per year until 2031, then additional power of averagely around 1,626 MW per year shall be needed.

JAKARTA CAPITAL CITY SPECIAL REGION ELECTRICITY SUPPLY PLAN

2013-12-06T17:49:00.000-08:00

For those who are interested in developing power plants in Jakarta Capital City Special Region, I would like to share the following points with regard to the above subject. Hoping that they would be of use. Warm regards.

Electricity Condition
Demand for electricity in Jakarta Capital City Special Region is mainly supplied by Java-Bali interconnection system through Extra High Voltage Air Channel (500 kV) and High Voltage Air Channel (150 kV and 70 kV) networks. Besides that, it is also supplied by some local Steam Power Plants, Gas Power Plants, Steam and Gas Power Plants, and some Diesel Power Plants. Peak utilization in 2011 reached 4,386.71 MW.
Total installed capacity of power plants in Jakarta Capital City Special Region up to 2011 was 3,009.66 MW consisting of Steam Power Plants 500.00 MW, Gas Power Plants 52.00 MW, Steam and Gas Power Plants 2,441.58 MW, and Diesel Power Plants 16,08 MW. Total electricity sale for Jakarta Capital City Special Region in 2011 reached 35,061 GWh.

Energy Potentials
There is no primary energy potential in Jakarta Capital City Special Region.

Electricity Demand Estimate
It is estimated that demand for electricity in Jakarta Capital City Special Region in the period 2012-2031 shall grow averagely by 10.6% per year so that in 2031 electricity need shall reach 259.8 TWh. To fulfill peak utilization growth of averagely around 10.4% per year until 2031, then additional power of averagely around 2,181 MW per year shall be needed.

BANTEN ELECTRICITY SUPPLY PLAN

2013-12-04T18:08:00.000-08:00

For those who are interested in developing power plants in Banten, I would like to share the following points with regard to the above subject. Best regards.

Electricity Condition

Electricity system of Banten constitutes part of Java-Bali 500 kV and 150 kV interconnection transmission systems. Other than that, electricity need of Banten is supplied by local Steam and Steam Gas Power Plants. Peak utilization in 2011 reached 2,168.09 MW. Total installed capacity of power plants in Banten up to 2011 was 6,080 MW consisting of Steam Power Plants 5,340 MW and Steam Gas Power Plants 740 MW. Total electricity sale for Banten in 2011 was 7,274 GWh.

Energy Potentials

Banten has thermal potentials estimated to reach 613 Mwe, scattered in 5 locations namely Rawa Dano, G Karang, G Pulosari, G Endut, and Pamancalan. Coal potentials are estimated to reach 18.80 million tonnes.

Electricity Demand Estimate

It is projected that demand for electricity in Banten for the period 2012-2031 shall grow averagely by 7.8% per year so that in 2031 electricity need is expected to reach 32.5 TWh. To fulfill peak utilization growth of averagely 7.5% per year until 2031, then additional power of averagely 521 MW per year shall be needed.

LAMPUNG ELECTRICITY SUPPLY PLAN

2013-12-04T05:40:00.001-08:00

For those who are interested in developing power plants in Lampung, I would like to share the following points with regard to the above subject. Hopefully they would be of use. Warm regards.

Electricity Condition

Almost all (99%) of electricity need of Lampung is supplied by Sumatera Power Distribution and Transmission Center (SPDTC) through 150 kV transmission network and the rest is supplied by scattered power plants. In 2011 peak utilization of Lampung System was 517 MW. Total installed capacity of power plants in lampung up to 2011 was 1,558.46 MW consisting of Steam Power Plants 597 MW, Gas Power Plants 603 MW, Diesel Power Plants 240.46 MW, and Hydro Power Plants 118 MW. Total electricity sale for Lampung in 2011 was 2,426 GWh.

Energy Potentials

Lampung has diversified energy potentials for power plants consisting of coal, hydro, and thermal. Coal potentials are estimated to reach 106.95 million tonnes. Hydro potentials are estimated to reach 64.8 MW, scattered in 2 locations namely Semung-3, and Besai-2. Thermal potentials are estimated to reach 2,658 MWe, scattered in 13 locations namely Wai Umpu, Danau Ranau, Purunan, G Sekincau, Bacingot, Suoh Antatai, Pajar Bulan, Natar, Ulubelu, Lempasing, Wai Ratai, Kalianda, and Pematang Belirang.

Electricity Demand Estimate

It is projected that demand for electricity in Lampung for the period 2012–2031 shall grow by 14.2% per year so that in 2031 electricity need is expected to reach 34.30 TWh. To fulfill estimated peak utilization growth of averagely around 13.9% per year until 2031, then additional power of averagely around 442 MW per year shall be needed.

BANGKA BELITUNG ELECTRICITY SUPPLY PLAN

2013-12-04T04:43:00.000-08:00

For those who are interested in developing power plants in Bangka Belitung, I would like to share the following points with regard to the above subject. Hopefully they would be of use. Warm regards.

Electricity Condition

Electricity system in Bangka Belitung consists of two isolated system, namely Bangka System and Belitung System. Peak utilization in 2011 reached 125.58 MW. Total installed capacity of power plants in Bangka Belitung up to 2011 was 219.82 MW consisting of Steam Power Plants 7 MW and Diesel Power Plants 212.82 MW. Total electricity sale for Bangka Belitung in 2011 reached 536 GWh.

Energy Potentials

Bangka Belitung has thermal potentials estimated to reach 75 MWe scattered in 3 locations, namely Sungai Liat, Pangkal Pinang, and Air Tembaga.

Electricity Demand Estimate

It is projected that demand for electricity in Bangka Belitung for the period 2012–2031 shall grow by 14.9% per year so that in 2031 electricity need is expected to reach 8.40 TWh. To fulfill estimated peak utilization growth of averagely around 14.6% per year until 2031, then additional power of averagely around 133 MW per year shall be needed.