World Power Plants
Indonesia

Power Plants in Indonesia

297 total plants · 108.2 GW · Asia

Total Plants
297
Total Capacity
108.2 GW
Renewable Energy
9.4%

10.1 GW from renewable sources

Fuel Distribution
Coal
8.8%(26)
Gas
4.7%(14)
Geothermal
2.0%(6)
Hydro
1.0%(3)
Wind
0.3%(1)

Energy Sources by Capacity

Gas
48.8 GW69
Coal
47.8 GW94
Hydro
7.9 GW66
Geothermal
2.3 GW16
Oil
0.9 GW23

Overview of Indonesia's Energy and Power Generation Sector

Indonesia's energy and power generation sector is a critical component of its economy, characterized by a diverse mix of energy sources and a growing demand for electricity. As of the latest data, the country boasts 289 power plants with a total installed capacity of 109.3 gigawatts (GW). This capacity is essential for supporting Indonesia's population, which exceeds 270 million people, and its expanding industrial sector. The energy sector is vital for enabling economic growth and improving the quality of life for its citizens.

The primary energy sources in Indonesia's power generation landscape are dominated by fossil fuels, particularly coal. With 94 coal-fired power plants contributing approximately 47.6 GW, coal remains the cornerstone of Indonesia's energy production. The country has abundant coal reserves, making it a cost-effective choice for electricity generation. Additionally, natural gas plays a significant role, with 53 gas-fired plants generating around 20.6 GW. However, the reliance on fossil fuels raises environmental concerns, particularly in terms of greenhouse gas emissions and air quality.

Hydropower is another notable source of energy in Indonesia, with 55 hydroelectric plants contributing 5.3 GW to the grid. The archipelagic nature of the country, with numerous rivers and natural water bodies, provides significant potential for hydropower development. However, the contribution of renewables remains limited in comparison to fossil fuels. Oil, although a smaller contributor with 23 plants generating only 0.9 GW, is still used in some regions, particularly for energy security and backup generation. Additionally, there are 43 plants categorized as 'unknown' fuel types, which account for 32.9 GW of capacity, indicating a lack of clarity in the fuel sources utilized.

In recent years, Indonesia has recognized the importance of transitioning towards renewable energy sources to meet its growing energy needs and commitments to reduce carbon emissions. The government has set ambitious targets for renewable energy, aiming to increase the share of renewables in the energy mix to 23% by 2025 and 31% by 2050. This includes investments in solar, wind, geothermal, and biomass energy. Indonesia is particularly rich in geothermal resources, being one of the world's largest producers of geothermal energy, which could significantly contribute to the renewable energy landscape.

Despite these efforts, the energy sector faces several challenges. Infrastructure limitations, regulatory hurdles, and financing issues hinder the progress of renewable energy projects. Additionally, the existing dependence on coal complicates the transition to cleaner energy sources. The political and economic landscape also poses challenges, as policies may shift with changes in leadership, impacting long-term energy strategies.

Looking ahead, the future of Indonesia's energy sector will likely be shaped by global energy trends and domestic policies. The ongoing shift towards sustainability and the need for energy security will drive investments in renewable technologies. The government's commitment to diversifying the energy mix, coupled with public and private sector collaboration, will be crucial in overcoming the existing challenges. With proper management and investment, Indonesia can enhance its energy security, reduce its carbon footprint, and ensure a more sustainable energy future for its citizens.

Power Plants

Plant NameTypeCapacityYear
Rembang Power PlantCoal630 MW2018
Pacitan Power PlantCoal630 MW2018
PLTU Banten 1 - Suralaya unit 8Coal625 MW2010
Labuan Angin Power PlantWind600 MW2019
PLTU Cilacap 1 & 2Coal600 MW1988
PLTU Banten 2 - LabuhanCoal600 MW2010
PLTU GresikCoal600 MW2010
PLTU Labuan BantenCoal600 MW2010
Krakatau Power PlantGas520 MW2016
PLTGU Muara Karang Block IGas509 MW1997
PLTG Muara Tawar Block 4Gas420 MW2000
PLTG Muara Tawar B-3Gas420 MW1999
PLTU 400 MW PT Krakatau Chandra EnergiGas400 MW2015
PLTU Pangkalan Susu 1 & 2Coal400 MW2014
PLTU Muara KarangCoal400 MW1997
PLTGU Krakatau Daya Listrik (KDL)Gas400 MW2014
PLTGU Muara Tawar Block 5Gas384 MW2015
Celukan Bawang power stationCoal381 MW2015
PLTU Celukan BawangCoal380 MW2016
Gunung SalakGeothermal375 MW1994
Pesanggaran Power PlantGas325 MW2015
PLTDG PesanggaranGas325 MW2015
Tangga (asahan II)Hydro317 MW2015
PLTG GratiGas302 MW2015
North Duri Cogeneration PlantGas300 MW2015
PLTU Tambak LorokCoal300 MW2015
PLTU Paluh KurauCoal300 MW2015
Sigura gura (asahan II)Hydro286 MW1998
Cikarang Babelan power stationCoal280 MW2017
Sulawesi Mining power stationCoal280 MW2016
Keban Agung power stationCoal270 MW2015
PLTU Asam-asam 1 & 2Coal260 MW2016
PLTG BelawanGas260 MW2014
PLTU Tanjung Enim -Bukit AsamCoal260 MW2015
PLTU -Jeneponto I & IICoal250 MW2015
PLTU Labuhan AnginCoal230 MW2015
Labuhan Angin power stationGas230 MW2014
PLTU Simpang BelimbingCoal227 MW2015
Wayang WinduGeothermal227 MW2017
PLTP Wayang WinduGeothermal225.17 MW1999
Star Energy Geothermal DarajatGeothermal225.17 MW1999
Wayang Windu Geothermal Power StationGeothermal225.17 MW1999
PLTU Teluk SirihCoal224 MW2015
PLTU NAD-Nagan RayaCoal220 MW2016
PLTU Banjarsari/Merapi Timur-LahatCoal220 MW2015
Pekanbaru Tenayan power stationCoal220 MW2016
Kaltim Teluk Balikpapan power stationCoal220 MW2015
MusiHydro215.475 MW2010
Darajat 2 3Geothermal215 MW2000
PLTGU Muara Karang repowering Blok 2Gas210 MW2016

Showing 51 - 100 of 297 plants