India

ラジブ・ガンジー火力発電所 — 1,200 MW 石炭

石炭 検証日

ラジブ・ガンジー火力発電所 は インド に位置する 1,200 MW 石炭 発電所です。場所、容量、技術的詳細を表示。

容量
1,200 MW

Installed

運転開始
2008

Year online

所有者
Haryana Power Generation Corporation

Operator

所在地
29.35, 75.86

座標

Insights

#131
largest in インド
#720
largest 石炭 worldwide
#1,870
largest worldwide
2008
11 yrs newer than avg
4
operated by Har…
31
plants within 100 km

技術詳細

燃料タイプ
石炭
容量
1,200 MW
運転開始
2008
Status
Operational
所有者
Haryana Power Generation Corporation
India
座標
29.347, 75.860
Wikipedia
Link

カーボンフットプリント

年間CO₂
4,740,912 t

tonnes / year

生涯CO₂
189,636,480 t

over ~40 yrs

Intensity
820 g

推定gCO2/kWh

年間排出量は次に相当します

1,030,633
台の自動車(年間)
632,122
軒の住宅(年間)
215,496,000
本の樹木で相殺

Indicative estimate from standard life-cycle emission and capacity factors — not a measured figure. Open calculator

近くの発電所

About this plant

The Rajiv Gandhi Thermal Power Station is an important coal-fired power generation facility located in the state of Haryana, India, with coordinates 29.3472° N, 75.8599° E. With a substantial capacity of 1200 MW, this power plant is operated by the Haryana Power Generation Corporation and serves as a backbone for the local energy grid. Utilizing advanced thermal technology, it efficiently converts coal into electricity, thereby contributing significantly to the region’s energy supply. The operational significance of Rajiv Gandhi Thermal Power Station cannot be understated, as it plays a crucial role in meeting the increasing energy demands of Haryana, particularly during peak consumption periods. In the context of India’s energy policy, this facility aligns with the country’s ongoing reliance on coal while also acknowledging the need for a transition to more sustainable energy sources. As part of Haryana’s energy framework, the plant supports economic development by ensuring a stable and reliable power supply for both residential and industrial consumers. Furthermore, as India works toward increasing its renewable energy capacity, the Rajiv Gandhi Thermal Power Station continues to be a critical resource, balancing the energy mix and providing essential support to the grid during the transition phase.

More 石炭 plants

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