SAEL Industries Commissions 200 MW Solar Project in Rajasthan

Mr. Laxit Awla, Director, SAEL Industries Ltd., said, “Rajasthan has always been significant to India’s renewable journey, and our solar project at Jalore strengthens that legacy.

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SAEL Industries Ltd., an integrated renewable energy company, through its subsidiary Sunfree Energy RJP1 Pvt. Ltd., has commissioned its first solar power project in Rajasthan with a capacity of 200MW (AC) and 298 MW (DC). The solar power project is located in the Jalore district and spans over 1000 acres. SAEL signed the 25-year Power Purchase Agreement (PPA) for the project with Rajasthan Urja Vikas and IT Services Ltd (RUVITL) on 20th February 2024 at an electricity tariff of ₹2.61 per kWh.

Commenting on the milestone, Mr. Laxit Awla, Director, SAEL Industries Ltd., said“Rajasthan has always been significant to India’s renewable journey, and our solar project at Jalore strengthens that legacy. We are proud to complete the project ahead of the contracted timeline. We thank the Government of Rajasthan and other agencies who supported us in getting timely approvals and resolving on-ground execution challenges seamlessly.”

“The project holds importance for us because it is the largest solar power project developed by SAEL that is connected to a State Transmission Utility. Over 80% of the solar modules installed at the solar plant are sourced from SAEL’s solar module manufacturing facility in Kishangarh, Rajasthan. Our focus is on creating solutions and empowering energy independence and sustainability in the energy space. Laxit Awla added.

Commissioned on 17th August 2025, ahead of its Scheduled Commercial Operation Date (SCOD), the project aims at enabling early transmission and additional supply of power within the state.

The solar project in Jalore utilizes advanced TOPCon Solar PV modules featuring 146 cells and 156 cells with peak outputs of up to 635 WP and efficiency of up to 22.95%. Its strategic location provides seamless transmission connectivity and grid integration, while minimizing transmission losses.

SAEL Solar Project