Sterling and Wilson Renewable Energy Lands 633 MW DC Solar Project in Rajasthan

Sterling-and-Wilson- Renewable-Energy-Wins-Orders
Image Courtesy Sterling and Wilson Renewable Energy

Sterling and Wilson Renewable Energy (SWREL), a leading EPC company in the renewable energy sector, has secured a contract for a 400 MW AC (633 MW DC) solar PV project in Rajasthan. The contract was awarded by a major private-sector renewable power producer in India.

SWREL will be responsible for the engineering, design, testing, and commissioning of the solar plant. The project also includes the supply and installation of a 33/220 kV switchyard at the site. The total value of the contract, including taxes, is estimated at over ₹550 crore.

Amit Jain, Global CEO of Sterling and Wilson Renewable Energy Group, highlighted the rapid growth of the Indian renewable energy market, noting that SWREL, as a well-established domestic EPC player, is well-positioned to capitalize on this expansion.

“This new order brings our domestic order intake to approximately ₹900 crore for the second quarter of FY25, adding to the ₹2,170 crore in orders from the first quarter. With a robust pipeline of domestic bids, we are confident in sustaining this momentum,” Jain stated.

Recently, SWREL also secured a contract for two 500 MW (1,000 MWh) standalone battery energy storage system projects in Rajasthan, though details of this project were not disclosed. Sterling and Wilson Renewable Energy is a prominent player in the global renewable energy sector, known for its expertise in solar power solutions. The company provides end-to-end services, including project design, engineering, procurement, construction, and maintenance of solar power plants.

With a strong emphasis on sustainability and innovation, Sterling and Wilson Renewable Energy has established a significant presence in the industry by delivering large-scale solar projects across multiple continents. Its commitment to advancing clean energy technologies and expanding its global footprint has positioned it as a key contributor to the transition towards renewable energy sources.