SECI invites bids for 2,000 MWh of energy storage systems
POWER & RENEWABLE ENERGY

SECI invites bids for 2,000 MWh of energy storage systems

The Solar Energy Corporation of India (SECI) published a notice inviting a tender for 2,000 MWh of standalone energy storage systems.

The establishment of the projects would be on a build-own-operate (BOO) basis. SECI would join an agreement with the bidder selected based on the request for selection (RfS) for 25 years, according to the conditions, provisions, and terms of the RfS.

It is the largest tender issued for energy storage in India. Most of the other storage tenders were in cooperation with renewable energy sources, while this one is for a standalone energy storage system.

According to the media sources, in December 2020, SECI issued 373 MW of solar tenders for projects among BESS.

SECI also floated a tender for a 20 MW solar project and a 50 MWh battery energy storage system. The project would be established in Phyang, in Leh district of the union territory (UT) of Ladakh.

Previously, it was reported that SECI wrote amendments to the tender report for 100 MW (AC) solar power projects, including a 50 MW/150 MWh battery storage system.

The development of the project would be in Rajnandgaon, Chhattisgarh.

The annual capacity utilisation factor (CUF) guarantee has been eliminated, according to the amendments released by SECI.

Earlier in the last version, it mentioned that if the contractor fails to accomplish the yearly CUF (36.5%) at the tenth year-end, then the contractor was liable to pay a compensation price equal to the net current value of the revenue loss for 10th to 25th year.

If the CUF was less than the insured CUF, the contractor had to repay as liquidated losses, equal to the remuneration of the same energy.

Image Source


Also read: SECI invites bids for O&M of 1 MW rooftop solar projects

Also read: SECI invites bids for 100 MW solar plant in Chhattisgarh

"Join industry leaders at RAHSTA Expo, India's premier platform for roads, highways and traffic infrastructure. Register now to explore innovations, network with experts and shape the future of mobility."

The Solar Energy Corporation of India (SECI) published a notice inviting a tender for 2,000 MWh of standalone energy storage systems. The establishment of the projects would be on a build-own-operate (BOO) basis. SECI would join an agreement with the bidder selected based on the request for selection (RfS) for 25 years, according to the conditions, provisions, and terms of the RfS. It is the largest tender issued for energy storage in India. Most of the other storage tenders were in cooperation with renewable energy sources, while this one is for a standalone energy storage system. According to the media sources, in December 2020, SECI issued 373 MW of solar tenders for projects among BESS. SECI also floated a tender for a 20 MW solar project and a 50 MWh battery energy storage system. The project would be established in Phyang, in Leh district of the union territory (UT) of Ladakh. Previously, it was reported that SECI wrote amendments to the tender report for 100 MW (AC) solar power projects, including a 50 MW/150 MWh battery storage system. The development of the project would be in Rajnandgaon, Chhattisgarh. The annual capacity utilisation factor (CUF) guarantee has been eliminated, according to the amendments released by SECI. Earlier in the last version, it mentioned that if the contractor fails to accomplish the yearly CUF (36.5%) at the tenth year-end, then the contractor was liable to pay a compensation price equal to the net current value of the revenue loss for 10th to 25th year. If the CUF was less than the insured CUF, the contractor had to repay as liquidated losses, equal to the remuneration of the same energy. Image Source Also read: SECI invites bids for O&M of 1 MW rooftop solar projects Also read: SECI invites bids for 100 MW solar plant in Chhattisgarh

Next Story
Infrastructure Transport

MMRDA advances 250 m on Orange Gate–Marine Drive tunnel

The Mumbai Metropolitan Region Development Authority (MMRDA) has completed 250 m of underground tunnelling for the Orange Gate–Marine Drive Urban Road Tunnel using India’s largest slurry shield tunnel boring machine (TBM) deployed for an urban road project.The project involves twin tunnels extending over 7 km beneath critical transport corridors, including Central Railway, Western Railway and Metro Line 3. The work requires high-precision engineering to navigate densely developed urban infrastructure.Once completed, the tunnel is expected to reduce travel time between Orange Gate and Marin..

Next Story
Infrastructure Urban

Hindustan Zinc Pays Rs 188.46 Billion in FY26

Hindustan Zinc contributed Rs 188.46 billion to the public exchequer in FY 2025-26, according to its 9th Tax Transparency Report. The contribution, equivalent to 46 per cent of the company’s revenue, included direct and indirect taxes, government royalties, dividends to the Government of India, withholding taxes and other statutory levies.The company’s five-year cumulative contribution to the exchequer stood at Rs 915.72 billion. In FY26, Hindustan Zinc reported revenue of Rs 408.44 billion, EBITDA of Rs 221.62 billion and profit after tax of Rs 138.32 billion. It also achieved its highest..

Next Story
Infrastructure Urban

World of Concrete India 2026 Opens in Mumbai

Informa Markets in India will host the 12th edition of World of Concrete India 2026 from 3–5 June 2026 at the Bombay Exhibition Centre, Mumbai. The specialised B2B exhibition will bring together manufacturers, suppliers, contractors, developers, architects, consultants, infrastructure companies, project leaders and government stakeholders.The event is expected to feature over 350 brands and more than 18,000 trade professionals. It will cover concrete and cement, dry mortar, precast technologies, formwork, construction chemicals, industrial and commercial flooring, scaffolding, safety solutio..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement