First FDRE Renewable Project Launched in India by Juniper Green

Juniper Green Energy has launched India’s first FDRE (firm and dispatchable renewable energy) project, marking a major step in making clean power more reliable and grid-ready.

The FDRE renewable project is designed to deliver consistent electricity by combining solar, wind, and battery storage into a single integrated system.

Unlike traditional renewable setups that depend on weather conditions, this project ensures power can be supplied when needed. By using battery energy storage systems, excess electricity generated during peak solar or wind hours is stored and later dispatched during high demand or low generation periods. This allows renewable energy to behave more like conventional power sources, offering stability and predictability.

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The FDRE renewable project addresses one of the biggest challenges in the clean energy sector—intermittency. With India rapidly expanding its renewable capacity, the need for dependable supply has become critical. Projects like this help bridge the gap between green energy generation and real-time consumption demands, especially during peak hours.

"By seamlessly integrating solar, wind, and battery storage at utility scale, we are not only demonstrating India's clean energy potential but also setting new benchmarks for reliability and innovation in the sector. FDRE is not just a project type - it is our conviction about how India will power its future," said Ankush Malik, CEO, Juniper Green Energy Ltd.

Juniper Green Energy has been actively building a portfolio that includes hybrid and storage-backed solutions. This latest development strengthens its position in India’s evolving energy landscape, where utilities and industries are increasingly seeking round-the-clock renewable power.

The launch also aligns with India’s broader push to reduce dependence on fossil fuels while maintaining grid stability. As demand for electricity grows, solutions that combine sustainability with reliability are expected to play a key role in the transition.

By delivering renewable power that is both firm and dispatchable, this project sets a new benchmark and signals a shift toward smarter, more resilient energy systems in the country.