NHPC Limited has allocated 1.2 GW of grid-connected solar power projects at the Jalaun Solar Park in Uttar Pradesh to Coal India Limited (CIL) and NLC India Renewables Limited (NIRL), marking another significant milestone in India’s renewable energy expansion. The projects have been awarded through a competitive bidding process at a discovered tariff of ₹2.73 per kWh, highlighting the continued competitiveness of utility-scale solar power in India. Under the allocation, Coal India Limited and NLC India Renewables Limited have each secured 600MW of solar capacity (2 × 300 MW).
The latest allocation reinforces the growing participation of public sector enterprises in India’s clean energy transition while supporting the country’s ambitious renewable energy targets.
Key Highlights
- Project: Jalaun Solar Park Project
- Project Capacity: 1.2 GW (1,200 MW)
- Awarding Agency: NHPC Limited
- Project Location: Jalaun, Uttar Pradesh
- Successful Developers: Coal India Limited and NLC India Renewables Limited
- Capacity Awarded: 600 MW each (2 × 300 MW)
- Discovered Tariff: ₹2.73 per kWh
- Project Type: Utility-Scale Grid-Connected Solar Power
Jalaun Solar Park to Strengthen India’s Renewable Energy Capacity
The Jalaun Solar Park is expected to contribute significantly to India’s expanding renewable energy portfolio. Large-scale solar projects such as this help increase clean power generation, reduce dependence on fossil fuels, and support the country’s long-term energy security objectives. The allocation also reflects the government’s continued focus on accelerating renewable energy deployment through transparent and competitive bidding mechanisms.
Also Read: https://webnewsaddiction.com/swrel-west-minya-egypt-solar-project/
Coal India Accelerates Its Renewable Energy Journey
Traditionally known for its coal mining operations, Coal India has been steadily expanding its renewable energy portfolio as part of its diversification strategy. Securing a substantial share of the Jalaun Solar Park project aligns with the company’s long-term plans to strengthen its presence in the clean energy sector.
NLC India Renewables Expands Utility-Scale Solar Portfolio
NLC India Renewables Limited continues to strengthen its position in India’s renewable energy market through participation in large-scale solar projects. The latest allocation further enhances the company’s growing portfolio of clean energy assets and supports India’s transition towards sustainable power generation.
Why This Announcement Matters
The allocation of 1.2 GW at Jalaun Solar Park is more than a routine project award. It demonstrates the increasing role of public sector enterprises in driving renewable energy investments and expanding India’s utility-scale solar infrastructure. With competitive tariffs and continued policy support, large-scale solar projects remain central to India’s strategy of increasing renewable energy capacity while ensuring affordable and reliable electricity.
Key Takeaways
- NHPC has allocated 1.2 GW of solar projects at Jalaun Solar Park.
- Coal India Limited and NLC India Renewables Limited have secured 600 MW each.
- The projects were awarded at a discovered tariff of ₹2.73 per kWh.
- The allocation strengthens India’s utility-scale solar pipeline and supports the country’s clean energy transition.
- The development highlights the growing role of public sector enterprises in renewable energy investments.
Outlook
The allocation of 1.2 GW at Jalaun Solar Park reflects the continued momentum in India’s utility-scale renewable energy sector. As public sector enterprises expand their clean energy portfolios, projects of this scale are expected to play an increasingly important role in supporting the country’s renewable energy targets, strengthening energy security, and accelerating the transition towards a low-carbon economy.
The successful allocation to Coal India Limited and NLC India Renewables Limited also highlights the growing participation of government-backed entities in developing large-scale solar infrastructure, reinforcing India’s commitment to sustainable power generation.
