SJVN Limited has signed Power Purchase Agreements (PPAs) with Gujarat Urja Vikas Nigam Limited (GUVNL) for the supply of electricity from three of its upcoming hydroelectric power projects in Himachal Pradesh, further strengthening its long-term power supply portfolio.
Announcing the development, Sh. Bhupender Gupta, Chairman and Managing Director (CMD), SJVN Limited, said the agreements cover power to be generated from the 66 MW Dhaulasidh Hydroelectric Project, 210 MW Luhri Stage-I Hydroelectric Project, and the 382 MW Sunni Dam Hydroelectric Project.
The Power Purchase Agreements were signed at Vadodara, Gujarat, by Sh. Aman Katoch, General Manager (Commercial & Shared Operations), SJVN, and Sh. Sanjay Mathur, General Manager (Commerce), GUVNL, in the presence of senior officials from both organisations.
The agreements mark another significant step in SJVN’s efforts to secure long-term power sale arrangements with leading power utilities across the country. By ensuring a stable offtake for electricity generated from its upcoming hydropower projects, the company continues to strengthen its position in India’s evolving power sector.
The partnership also reflects the shared commitment of SJVN and GUVNL to supporting the country’s clean energy transition. With these long-term agreements in place, SJVN further reinforces its role as a key contributor to building a cleaner, greener and more resilient energy future for India through the development and supply of renewable hydropower.
SJVN Limited is a leading Indian public sector power company engaged in the development, generation, transmission, and trading of electricity. Established in 1988, the company has evolved from a hydroelectric power developer into a diversified energy enterprise with a growing presence across hydro, solar, wind, and thermal power projects.
With operations spanning multiple states in India and select international markets, SJVN is committed to expanding clean energy capacity and supporting the country’s transition to a sustainable, reliable, low-carbon energy future.





