World Power Plants
China

Power Plants in China

4,431 total plants · 1617.1 GW · Asia

Total Plants
4,431
Total Capacity
1617.1 GW
Renewable Energy
24.3%

379.1 GW from renewable sources

Fuel Distribution
Solar
0.9%(42)
Hydro
0.1%(4)
Wind
0.1%(3)
Gas
0.0%(1)

Energy Sources by Capacity

Coal
1030.3 GW1012
Hydro
324.5 GW1001
Nuclear
84.0 GW43
Gas
64.7 GW176
Solar
54.6 GW1329

An Overview of China's Energy and Power Generation Sector

China's energy and power generation sector is one of the largest and most complex in the world, characterized by a total of 4,504 power plants and an installed capacity of approximately 1,696.5 gigawatts (GW). This immense scale underscores China's critical role in global energy production and consumption. The country's energy landscape is marked by a diverse mix of sources, including fossil fuels, nuclear power, and an increasing share of renewable energy technologies. As the world's largest emitter of greenhouse gases, China faces significant challenges in balancing its economic growth with environmental sustainability.

Coal remains the dominant fuel source in China's energy mix, with 1,018 coal-fired power plants contributing a staggering 1,038.0 GW of installed capacity. This reliance on coal has driven China's rapid industrialization and economic growth over the past few decades. However, the environmental consequences of coal combustion, including air pollution and carbon emissions, have prompted the government to seek a more balanced energy portfolio.

In recent years, China has made substantial progress in developing renewable energy sources. The country leads the world in solar power generation, with 1,326 solar plants contributing 54.8 GW of capacity. This growth is driven by significant investments in solar technology and manufacturing, positioning China as a global hub for solar panel production. Additionally, China has invested heavily in wind energy, with 835 wind farms generating 51.0 GW of capacity. The country also has a considerable hydroelectric infrastructure, comprising 989 plants that provide 279.9 GW, making hydro a key component of its renewable energy strategy.

Natural gas is another important energy source in China, with 174 gas-fired plants accounting for 67.9 GW of capacity. The government has encouraged the use of natural gas as a cleaner alternative to coal, aiming to reduce overall emissions and improve air quality in urban areas. However, the transition to natural gas faces challenges, including supply constraints and the need for infrastructure development.

Despite the remarkable progress in renewable energy, China’s energy sector grapples with several challenges. The massive scale of coal consumption poses significant environmental and health risks, leading to public discontent and international pressure to reduce emissions. Moreover, the integration of renewable energy sources into the grid presents technical and regulatory hurdles, particularly in terms of storage, transmission, and balancing supply and demand. Additionally, the fluctuating nature of renewable sources, like solar and wind, requires advancements in energy storage technologies to ensure reliability and stability.

Looking ahead, China's energy landscape is poised for significant transformation. The government has set ambitious targets for carbon neutrality by 2060, which will necessitate a substantial increase in renewable energy capacity and a reduction in coal dependency. As part of this vision, China is expected to invest heavily in innovative technologies, such as energy storage, smart grid solutions, and electric vehicle infrastructure, promoting a more sustainable energy ecosystem.

In conclusion, China's energy and power generation sector is at a critical juncture. While coal continues to dominate, the rapid expansion of renewable energy sources reflects the country’s commitment to a more sustainable future. The challenge will be to navigate the complexities of transitioning to cleaner energy while ensuring economic growth and energy security. The future of China's energy sector will likely depend on balancing these competing priorities, leveraging technological advancements, and fostering international cooperation in addressing climate change.

Power Plants

Plant NameTypeCapacityYear
Jiulitancun CSolar20 MW2017
Jiyuan ASolar20 MW2018
Julu ASolar20 MW-
Yangyuan FSolar20 MW-
Xiaoxian ASolar20 MW-
Kalpin ASolar20 MW-
Kalpin ESolar20 MW2019
Wuwei CPI ISolar20 MW-
Karakax ASolar20 MW2018
ShuleSolar20 MW2019
Dingbian ISolar20 MW2020
Langxi ASolar20 MW2018
SPIP} RSolar20 MW-
Fangcheng ASolar20 MW2016
LedongSolar20 MW-
Leping ASolar20 MW2020
Lianyun ASolar20 MW-
Hainan ASolar20 MW-
Dajialaingzicun ASolar20 MW-
Caojiayucun ASolar20 MW-
Aksu FSolar20 MW-
Shanshan Phase ISolar20 MW-
Litong BSolar20 MW2018
Litong CSolar20 MW-
Bohu BazhouSolar20 MW-
Liushuquan BSolar20 MW2018
Liushuquan CSolar20 MW-
Liushuquan CPI ISolar20 MW2018
Huaneng Shanghai Chongming QianweiWind20 MW2015
Sheyang Lingang Industrial Area Tidal FlatSolar20 MW2020
Shanshan BSolar20 MW-
Keriya ASolar20 MW-
Yuli DSolar20 MW-
Peixian DSolar20 MW-
Urad Zhongqi CSolar20 MW-
Tongpuxiang ASolar20 MW-
TeSP} CSolar20 MW-
TashanSolar20 MW2019
Mingfeng AngliSolar20 MW-
YongshengSolar19.8 MW2015
Guanyinge DamHydro19.5 MW1995
XiushanSolar19 MW2016
Manzhouli ShennengyuanWind19 MW2016
Guangzhou Xingfeng LandfillGas19 MW-
Yunnan ShuijingHydro19 MW-
Jiangxi Xingzi DalingWind19 MW-
Sichuan LuxiheHydro19 MW-
HeiniuSolar18.8 MW2016
Longxigou Second StageHydro18 MW2015
Dingzhou ASolar18 MW-

Showing 3,501 - 3,550 of 4,431 plants