![Separator Separator](https://www.ceoinsightsindia.com/images/line.png)
Zydus Group Plans Rs 5,000 Crore Investment in Gujarat
![Separator Separator](https://www.ceoinsightsindia.com/images/line.png)
Premier Energies, a comprehensive manufacturer of solar cells and modules, announced that it has secured a significant order from NTPC for the supply of 608 megawatts (MW) of solar modules. The contract, valued at approximately Rs 1,700 crore, pertains to the provision of bifacial solar modules designated for NTPC's Nokh Solar PV Project in Rajasthan. The completion of the supply is anticipated within a span of nine months, as detailed in the official press release. This substantial order underscores Premier Energies' position in the renewable energy sector and signifies a significant stride toward sustainable and clean energy solutions. The company's commitment to advancing solar technology aligns with the growing emphasis on renewable energy sources, contributing to the overall goal of a greener and more sustainable future.
Premier Energies, boasting annual capacities of 4 GW for modules and 2 GW for cells, marks a significant milestone with the recent collaboration with NTPC, securing a substantial 608 MW solar module supply order for the Nokh Solar PV Project in Rajasthan. This achievement underscores Premier Energies' role as a solar pioneer, emphasizing its commitment to precision in product quality, consistent performance, and unwavering reliability embedded within its Solar PV Modules.
Chiranjeev Saluja, Managing Director of Premier Energies, expressed the company's pride in this collaboration, reflecting on its journey characterized by technological excellence and dedication to advancing solar solutions. NTPC, with an installed capacity of 73,824 MW, envisions becoming a 130 GW company by 2032, aligning with the national push towards increased renewable energy adoption. This strategic partnership positions Premier Energies as a key contributor to NTPC's ambitious renewable energy goals while solidifying its standing in the dynamic solar energy landscape.