TL;DR
India’s Solar Energy Corp. of India (SECI) has issued tenders for 1.2 GW of renewable energy projects with integrated storage. Successful bidders will develop projects that provide 4,800 MWh of peak power daily, with 25-year power purchase agreements. This move aims to enhance grid stability and renewable integration.
India’s Solar Energy Corp. of India (SECI) has officially invited bids for developing 1.2 GW of renewable energy projects integrated with energy storage systems, aiming to provide 4,800 MWh of assured peak power daily. This initiative is part of India’s broader strategy to enhance grid stability and meet peak demand with dispatchable renewable power, with contracts set for 25 years.
The tender specifies that the projects will be connected to the interstate transmission system (ISTS) and developed on a build-own-operate basis. Successful bidders will be responsible for establishing renewable generation facilities, energy storage systems, and transmission infrastructure to the delivery point. Land acquisition and grid connectivity are within the developer’s scope. Projects can be located anywhere in India, but renewable assets and storage must be co-located within each project.
Bidders must submit a single bid with a minimum capacity of 50 MW and a maximum of 600 MW. The total capacity awarded to any bidder or group is capped at 600 MW. SECI will sign 25-year power purchase agreements (PPAs) with successful developers, who will then sell the power to distribution companies and other entities across India.
Implications for India’s Renewable Energy Goals
This tender marks a significant step in India’s efforts to increase renewable energy capacity while ensuring grid stability through integrated storage. By committing to dispatchable power, India aims to reduce reliance on fossil fuels and improve energy security. The move also signals a push toward more flexible, reliable renewable solutions aligned with the country’s climate commitments and energy transition targets.
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India’s Renewable Expansion and Storage Push
India has set ambitious renewable energy targets, aiming for 500 GW of non-fossil fuel capacity by 2030. The country has increasingly emphasized integrating energy storage with renewables to address intermittency issues and enhance grid reliability. Prior initiatives have focused on solar and wind capacity additions, but this tender specifically targets dispatchable power through co-located storage systems, reflecting a strategic shift.
“This tender demonstrates India’s commitment to integrating storage with renewables, a crucial step for achieving a reliable and flexible grid.”
— an anonymous researcher
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Details on Project Implementation and Bidding Process
While the tender outlines the capacity and scope, specific details such as the timeline for bid submission, evaluation criteria, and project timelines remain to be announced. It is also unclear how many projects will be awarded and whether there will be additional rounds of bidding or capacity caps for individual developers beyond the 600 MW limit.
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Next Steps for Bidders and Project Development Timeline
Interested developers are expected to prepare and submit bids following SECI’s guidelines, with the bidding window likely opening soon. SECI will evaluate submissions and announce successful bidders, after which project development, including land acquisition, permits, and grid connection, will commence. The entire process aims for projects to be operational within a specified timeframe, supporting India’s renewable and storage capacity targets.
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Key Questions
What is the purpose of this tender?
The tender aims to develop 1.2 GW of renewable energy projects with integrated storage to provide dispatchable power during peak demand periods across India.
Who will buy the power generated from these projects?
The power will be sold under 25-year PPAs to distribution companies and other entities across India.
Can developers choose any location for the projects?
Yes, projects can be located anywhere in India, but the renewable generation assets and storage must be co-located within each project.
What is the minimum and maximum capacity a developer can bid for?
Developers can bid for a minimum of 50 MW and up to 600 MW per project, with the total capacity awarded to any bidder capped at 600 MW.
When will the projects likely become operational?
Specific timelines are not yet announced, but successful bidders will be expected to develop the projects within a designated period following contract signing.
Source: PV Magazine
