Envision Energy India has announced that it has received a 300 MW order from UPC Renewables India to supply 60 units of its EN 182 | 5 MW Wind Turbine Generators (WTGs). These turbines will be installed across upcoming wind power projects in Karnataka.
The companies have signed definitive agreements for the initial batch of 20 WTGs, totaling 100 MW, which is scheduled for delivery early next year. This segment of capacity has already been contracted by UPC Renewables with SJVN, with power delivery expected to begin in January 2027.
Envision stated that the 60 high-performance smart turbines are engineered to capture Karnataka’s strong monsoonal wind resources and favorable terrain in Bijapur, generating an estimated 900 million units of renewable electricity annually.
Envision’s EN 182 | 5 MW platform—equipped with a 182-meter rotor, 140-meter hub height, and optimized features for Indian wind conditions—is positioned as a next-generation turbine delivering over 40% higher Annual Energy Production (AEP) compared to existing 3.3 MW platforms. According to the company, the platform also minimizes land requirements and lowers the Levelized Cost of Energy (LCoE), supporting efficient, large-scale wind project deployment.
RPV Prasad, Managing Director of Envision Energy India, said, “The collaboration marks a significant milestone in scaling industrial decarbonization and accelerating sustainable energy adoption in India, emphasizing the company’s commitment to quality, safety, and customer-focused execution.
Alok Nigam, CEO of UPC Renewables India, described the order as an important step in developing the company’s first wind project under the UPC Renewables India platform. He noted that the company aims to develop more than 500 MW of wind capacity in Karnataka over the next three years and selected Envision for its proven record of timely and dependable project delivery.
UPC Renewables India—a joint venture between ACEN and UPC Renewables—currently operates 0.6 GWp of solar assets across three states and maintains a 2 GW development pipeline spanning wind, solar, and battery energy storage projects.





