GH2 Solar, a leading clean energy and green hydrogen EPC company, including electrolyser manufacturing which is the main component to product the green hydrogen ,
today announced the development of a 100 MW AC (120 MWp DC) utility-scale solar power project integrated with a Battery Energy Storage System (BESS) at the STU Connectivity, in Jodhpur district, Rajasthan. The project marks a significant expansion of the company’s renewable energy portfolio and reinforces its commitment to delivering firm and dispatchable clean power solutions. We are developing this project under the IPP model, which will include a 100MW/ 60 MWh BESS and will be spread across two parcels of 50 MW/ 30MWh each, covering approximately 180 acres per site. With an estimated investment of ₹400–450 crore, the project is expected to be commissioned by, subject to regulatory approvals.
Located in one of India’s highest solar irradiation zones, the project is designed to deliver round-the-clock renewable energy for industrial consumption and green hydrogen production. It is expected to generate approximately 16,00,00,000 unit of clean electricity annually, significantly contributing to grid stability and energy reliability. Speaking on this milestone, Anurag Jain, Founder & Managing Director, GH2 Solar, said,
“This development reflects our commitment to delivering integrated clean energy solutions at scale. The combination of solar and Battery energy storage allows us to address intermittency and provide dependable renewable power for industries transitioning towards low-carbon operations and green hydrogen.”
From an environmental standpoint, the project is expected to offset approximately 80,000 tons per annum of CO₂ emissions annually. Industry stakeholders have expressed strong confidence in projects that integrate renewable generation with storage, citing their ability to provide dispatchable and reliable power. Such hybrid solutions are increasingly emerging as a preferred asset class in India’s evolving energy landscape.
Aligned with India’s target of achieving 500 GW of non-fossil fuel capacity by 2030, the project will contribute to reducing fossil fuel dependence, strengthening grid resilience, and accelerating industrial decarbonization. It also supports compliance with Renewable Purchase Obligations (RPOs) while complementing national initiatives such as PM Surya Ghar.
