Group Surya, through its flagship company Surya International Private Limited, has bagged a prestigious EPC contract for a 200 kW Solar-Hydrogen BESS-Based Microgrid in Chushul, Ladakh.
NTPC REL, a subsidiary of NTPC Ltd, awarded the ₹102 crore project. The initiative was developed in collaboration with NTPC and the Indian Army. It will provide round-the-clock clean energy to an off-grid defense location, ensuring energy security under extreme climatic conditions.
Project Highlights: Powering Defense with Green Hydrogen
- Reliable Clean Energy: The microgrid will generate 200 kW/h of continuous power year-round.
- Built for Extreme Conditions: Operating at 4,400 meters altitude and temperatures as low as -30°C, the system is designed to perform in some of the harshest environments.
- Decarbonization and Sustainability: By eliminating diesel generator dependency, the project will cut carbon emissions by 1,500 tons annually, reinforcing India’s clean energy goals.
- Strengthened Energy Security: Leveraging Ladakh’s high solar irradiance, the system reduces reliance on conventional fuel logistics, enhancing defense resilience.
A Personal Commitment to Soldiers
Kamlesh Kumar Singh, Managing Director, Surya International said, “During my visit to Chushul in September, I witnessed the extreme cold and high altitude where our soldiers serve tirelessly. Standing before the Rezang La memorial, I deeply felt their sacrifices. This project is more than just a technological advancement—it is our way of giving back. Inspired by their courage, I have committed to fast-tracking this solar-hydrogen microgrid. As the saying goes, ‘Boond boond se sagar banta hai’ (Every little bit adds up). Every effort matters, and this is our contribution to ensuring our soldiers have reliable energy as they protect our nation”.
According to the press release, this groundbreaking project marks a transformative step in India’s defense infrastructure. It integrates green hydrogen technology to achieve energy independence in remote military locations.