📷 Image: Wikimedia Commons / kallerna
Business
Haryana launches tender for 500 MW solar parks with 1,000 MWh battery storage
✍️ Renewable Watch
🗓 28 Oct 2026, 05:37 AM
👁 23
The Haryana government has issued a tender for the development of 500 MW of solar capacity coupled with a 1,000 MWh battery energy storage system.
The state of Haryana has announced a tender to develop solar power projects with a combined capacity of 500 MW, together with a 1,000 MWh battery energy storage system (BESS). The move is part of the government's effort to expand renewable energy generation and reduce dependence on conventional power sources.
The tender invites private developers and firms to submit proposals in line with the specifications outlined in the official documents. Bids will be evaluated on technical merit, financial viability and the ability to deliver the integrated solar‑BESS solution within the stipulated timeline.
If awarded, the projects are expected to contribute significantly to Haryana's renewable energy targets, improve grid stability and create employment opportunities in the clean‑energy sector. The initiative also aligns with India's broader commitment to increase solar capacity and incorporate storage to manage intermittent generation.
Stakeholders anticipate that the combined solar and storage capacity will help balance supply-demand fluctuations, especially during peak summer months, and support the state's transition to a low‑carbon economy.
The tender invites private developers and firms to submit proposals in line with the specifications outlined in the official documents. Bids will be evaluated on technical merit, financial viability and the ability to deliver the integrated solar‑BESS solution within the stipulated timeline.
If awarded, the projects are expected to contribute significantly to Haryana's renewable energy targets, improve grid stability and create employment opportunities in the clean‑energy sector. The initiative also aligns with India's broader commitment to increase solar capacity and incorporate storage to manage intermittent generation.
Stakeholders anticipate that the combined solar and storage capacity will help balance supply-demand fluctuations, especially during peak summer months, and support the state's transition to a low‑carbon economy.