Jilin Xiangyang 1st Phase Wind is a 400 MW wind power plant located in China. View location, capacity, and technical details.
Installed
Year online
Operator
Coordinates
Insights
Location
Technical Details
- Fuel Type
- Wind
- Capacity
- 400 MW
- Commissioned
- 2010
- Status
- Operational
- Owner
- China Longyuan Power Group
- Country
- China
- Coordinates
- 45.215, 123.067
Estimated Carbon Footprint
tonnes / year
over ~%d yrs
gCO₂ per kWh
Annual emissions equal to
Renewable source — life-cycle emissions only (materials/construction), no direct combustion. Open calculator
Nearby Stations
CPI Baicheng power station
China · Coal
Inner Mongolia Xingan power station
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Datang Changshan power station
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Longhua Baicheng power station
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Huaneng Tongliao Kezuozhongqi Haorigetu
China · Wind
Dongxinrong (Huaneng)
China · Wind
About this plant
The Jilin Xiangyang 1st Phase Wind power generation facility represents a significant advancement in renewable energy in China, boasting a capacity of 400 MW. This wind power plant, located at coordinates 45.2147° N and 123.0671° E, plays an essential role in the country’s energy mix by harnessing wind energy to generate electricity. Utilizing state-of-the-art wind turbine technology, Jilin Xiangyang converts the kinetic energy of the wind into electrical power, thus providing a clean and sustainable energy source. The facility is strategically positioned in the Jilin province, an area known for its favorable wind conditions, making it an ideal location for wind power generation. As part of China’s commitment to transitioning to renewable energy sources, the Jilin Xiangyang 1st Phase Wind power station aligns with national energy policies aimed at reducing carbon emissions and enhancing energy security. By integrating this wind facility into the local grid, it not only supports the energy needs of nearby communities but also contributes to the broader goal of diversifying China’s energy portfolio. As the country continues to invest in renewable technologies, the Jilin Xiangyang power station serves as a prime example of how wind energy can be effectively harnessed to meet growing electricity demands while promoting a greener energy future.
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