Saatvik Solar has signed a landmark agreement with G2H Solar to supply 200MW of high-efficiency ‘Mono Perc Bifacial Half Cut’ solar PV modules. These advanced modules, rated at 540/550Wp, will be deployed across various solar projects in India to support the country’s renewable energy goals. This partnership is set to commence in January 2025 and will span a year, ensuring that Saatvik meets G2H Solar’s project needs with timely and consistent deliveries.
The collaboration aims to strengthen India’s renewable energy landscape by providing high-quality, resilient solar technology that can operate efficiently across diverse climatic conditions. Through this agreement, Saatvik Solar is further cementing its reputation as a leading supplier of premium solar modules that empower project developers to enhance both efficiency and durability in sustainable energy projects.
Prashant Mathur, CEO of Saatvik Solar, expressed his enthusiasm for the new partnership, stating, “We are excited to collaborate with G2H Solar on this large-scale project. Our cutting-edge Mono Perc Bifacial modules are designed for maximum performance and dependability, assuring the success of solar projects across India. This collaboration exemplifies Saatvik Solar’s ongoing commitment to promoting green energy adoption across the country.”
G2H Solar Founder and CEO Anurag Jain shared his confidence in Saatvik Solar’s ability to deliver high-quality solutions, explaining, “After careful evaluation and reviewing Saatvik’s track record in delivering quality products and services, we selected Saatvik Solar for this supply order. Their dedication to excellence and innovation aligns perfectly with our mission of providing sustainable and reliable solar energy solutions.”
This agreement represents a major step forward for G2H Solar’s mission to expand sustainable energy infrastructure through high-efficiency solar installations. The partnership will leverage Saatvik’s advanced technology to maximise energy output and system efficiency, supporting India’s transition to clean and renewable energy.
