Mumbai, 23rd January, 2025: Saatvik Green Energy Limited, one of India’s leading solar EPC solutions providers, has been awarded two prestigious solar EPC contracts by Himachal Pradesh Power Corporation Limited (HPPCL), marking a significant milestone in the company’s growth trajectory. The contracts, totaling 23 MW, include an 11 MW solar project in Lamlehri Upperli UNA and a 12 MW solar project in Gondpur Bulla UNA, underscoring Saatvik’s leadership in driving renewable energy adoption in India.

Saatvik’s two solar projects promise significant environmental impact, with the Lamlehri project set to reduce CO2 emissions by over 402,000 tons and the Gondpur project by nearly 457,000 tons during their lifetimes.

The Gondpur project will use cutting-edge N-TOPCon premium modules, generating 19.13 million units of clean energy annually. The Lamlehri project will feature Mono PERC Solar PV modules, producing 17.13 million units per year. These projects highlight Saatvik’s dedication to advancing solar technology and driving India’s clean energy transition.

Under the agreement, Saatvik will be responsible for the comprehensive Designing, Supplying, Engineering, and Construction of these projects, ensuring seamless execution in compliance with all regulatory provisions. These projects underscore Saatvik’s vision to advance clean energy adoption and strengthen its position as a leader in India’s solar energy sector. The successful execution of these projects is expected to significantly enhance solar energy generation capacity in Himachal Pradesh, contributing to the state’s sustainable development objectives.

Commenting on the milestone, Mr. Prashant Mathur, CEO, Saatvik Green Energy Limited, said: “We are honoured to collaborate with HPPCL to contribute to Himachal Pradesh’s renewable energy journey. These projects reaffirm our commitment to delivering reliable and sustainable solar solutions that address India’s growing energy needs. With our cutting-edge technology and expertise, we aim to set new benchmarks in project execution and operational efficiency.”