China

Fengtan Hydro Power Station — 800 MW 水力

水力 再生可能 検証日

Fengtan Hydro Power Station は 中国 に位置する 800 MW 水力 発電所です。場所、容量、技術的詳細を表示。

容量
800 MW

Installed

運転開始
2006

Year online

所有者
China Three Gorges Corporation

Operator

所在地
28.72, 110.28

座標

Insights

#601
largest in 中国
#469
largest 水力 worldwide
#3,010
largest worldwide
2006
22 yrs newer than avg
508
operated by Chi…
27
plants within 100 km

技術詳細

燃料タイプ
水力
容量
800 MW
運転開始
2006
Status
Operational
所有者
China Three Gorges Corporation
China
座標
28.719, 110.275

カーボンフットプリント

年間CO₂
67,277 t

tonnes / year

生涯CO₂
5,382,144 t

over ~80 yrs

Intensity
24 g

推定gCO2/kWh

年間排出量は次に相当します

14,625
台の自動車(年間)
8,970
軒の住宅(年間)
3,058,036
本の樹木で相殺

Renewable source — life-cycle emissions only (materials/construction), no direct combustion. Open calculator

近くの発電所

About this plant

The 凤滩水电站, or Fengtan Hydropower Station, is a major hydroelectric power generation facility located in China, at coordinates 28.7195° N latitude and 110.2752° E longitude. With an impressive capacity of 800 MW, this power plant is an essential component of China’s renewable energy strategy, contributing significantly to the national energy mix. This facility employs advanced hydro technology, which harnesses the kinetic energy of flowing water to generate electricity. The Fengtan Hydropower Station plays a critical role in providing a stable and sustainable electricity supply, particularly as China continues to invest heavily in renewable sources to reduce its reliance on fossil fuels. The operational context of this power plant is particularly relevant in the face of increasing energy demands, as it helps balance the grid by supplying power during peak periods and storing energy during low demand times. The Chinese government has made significant commitments to expand hydropower capacity, and the Fengtan Hydropower Station exemplifies this vision by showcasing the potential of hydroelectric facilities to contribute to a cleaner energy future. Its strategic location and capacity make it a vital asset for maintaining grid stability and supporting regional development.

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