Energy
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Updated on 14th November 2025, 6:17 AM
Author
Abhay Singh | Whalesbook News Team
Adani Group plans to invest approximately 630 billion rupees ($7.17 billion) in Assam for two major energy projects. This includes building the region's largest privately owned coal-fired power plant, requiring an investment of about 480 billion rupees and scheduled for commissioning from December 2030. Additionally, Adani Green Energy will invest around 150 billion rupees in two pumped storage projects with a capacity of 2,700 megawatts.
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Adani Group has announced a substantial investment of about 630 billion rupees ($7.17 billion) in the northeastern state of Assam for significant energy infrastructure development. The core of this investment, 480 billion rupees ($5.46 billion), will go towards constructing the region's largest privately built coal-fired power plant through its operating unit, Adani Power. This plant is expected to begin operations in phases starting December 2030, marking a notable revival of private investment in new coal power projects in India after a long pause.
In parallel, Adani Green Energy, the group's renewable energy arm, will invest approximately 150 billion rupees in two pumped storage projects, aiming for a combined capacity of 2,700 megawatts. This move aligns with Adani Green's ambition to reach 50 GW of renewable energy capacity by 2030.
Impact This news signifies a major boost to India's energy sector, with substantial private capital infusion. It highlights Adani Group's dual strategy of bolstering conventional energy sources like coal while simultaneously expanding its renewable energy footprint. The investment is expected to create jobs and stimulate economic activity in Assam. For investors, it underscores Adani Group's aggressive growth strategy and its significant role in meeting India's ever-growing energy demands. The revival of coal plant investments might also spark debate regarding environmental concerns versus energy security needs. Rating: 8/10
Terms: Pumped Storage Projects: These are hydroelectric energy storage systems that store energy by pumping water from a lower reservoir to an upper reservoir when electricity is cheap and plentiful, and then releasing the water to generate electricity when demand is high and prices are high.