NTPC Green Energy Expands Solar and Battery Storage in Great Nicobar
NTPC Green Energy Limited (NGEL), India’s leading renewable energy arm, has taken a bold step toward sustainable power in remote regions. The company recently invited Expressions of Interest from Indian firms for solar and BESS projects at Great Nicobar Island, marking a strategic shift toward reliable clean energy solutions for India’s furthest reaches.
Strategic Location: Powering India’s Southern Frontier
Situated at the Andaman and Nicobar archipelago’s southern tip, Great Nicobar suffers from limited grid connectivity and diesel dependency. NGEL’s initiative aims to transform this with hybrid solar systems featuring corrosion-resistant hardware capable of withstanding tropical storms and salty air – critical for island conditions.
Cutting-Edge Storage Solutions for Tropical Climate
The project specifications reveal advanced planning for environmental challenges. NGEL prefers liquid-cooled BESS solutions to combat the island’s 35°C heat and 90% humidity. This technology mirrors innovations seen in advanced home batteries, ensuring optimal performance in extreme conditions.
Project Requirements: Only Serious Players Need Apply
NGEL seeks partners with proven capabilities in:
- 50MW+ solar farm development
- Grid-forming inverter technology
- Microgrid operation expertise
The Economic Case for Island Renewables
While remote locations present logistical challenges, NGEL’s analysis shows compelling economics. Displacing ₹25/kWh diesel power makes solar+BESS cost-competitive within four years, with additional benefits from renewable energy certificates.
A Blueprint for India’s Island Territories
This pioneering project could establish replicable models for Andaman, Lakshadweep, and other island territories. It offers developers unique opportunities to test resilience tech that could benefit mainland projects facing extreme weather.
With an October 2025 submission deadline, NGEL’s Great Nicobar initiative marks islands as the new frontier for India’s renewable energy transition.
