GREW Solar Launches G12R Series to Boost Clean Energy Drive

In the first half of 2025, India reached unprecedented levels of solar and wind power generation, resulting in a reduction of nearly 24 million tonnes of CO₂ emissions and a significant decrease in coal reliance signifying a crucial advancement in the nation’s shift towards clean energy.

Building on this progress, GREW Solar, recognized as one of India’s rapidly expanding solar PV manufacturers, introduced its G12R High-Power Series prior to the REI Expo 2025, the country’s leading renewable energy exhibition. This launch reinforces India’s national objective of attaining 500 GW of renewable energy capacity by 2030 and highlights GREW Solar’s contribution to promoting India’s aspirations in global solar manufacturing.

The G12R High-Power Series, capable of delivering up to 635 Wp, is specifically designed for utility-scale applications, providing a 6–8% decrease in the total number of modules required per MW, reduced balance-of-system (BOS) expenses, and enhanced logistics and installation schedules.

Also Read: Ajmera Realty Posts Robust Sales and Revenue Growth in H1FY26

With its superior mechanical durability and optimized cell design, the series guarantees a 6–7% increase in container power density and 1.5–3% greater power output per square meter compared to conventional TOPCon modules.

Dr Mohammad Rihan, Director General of the National Institute of Solar Energy (NISE), commended the development: “It’s inspiring to see Indian manufacturers like GREW Solar advancing our renewable energy vision. The G12R High-Power Series highlights how domestic companies are not only scaling production but also setting new technological and quality standards. Such initiatives are essential for achieving India’s 2047 energy independence goal and ensuring sustainable growth.”

Vinay Thadani, CEO & Director of GREW Solar, added: “Our G12R High-Power Series is engineered to meet the evolving needs of large-scale developers while contributing to India’s clean energy transition. As we progress toward 500 GW of renewable capacity by 2030 and energy independence by 2047, we are building a scalable and efficient manufacturing ecosystem rooted in innovation and reliability.”