Envision Energy has broken ground on its 2 GW blade manufacturing facility for wind turbines in Kalyangadh, Ahmedabad District, in Gujarat.

The facility will manufacture up to 1,500 blades annually using six molds and will be equipped to produce blades for both 3.3 MW and 5 MW wind turbine platforms.

This is Envision’s third manufacturing facility in India, developed by DA Group and constructed by Ashwika Warehousing.

The project will support more than 4 GW of wind energy projects across more than 10 sites in five districts of Gujarat.

The development of the blade manufacturing facility falls under the company’s ₹5 billion (~$56.37 million) expansion plan, aimed at deepening its presence and strengthening manufacturing capabilities in the country.

The company specializes in developing wind turbines that combine advanced control systems, data analysis, active performance control, and reliability prediction capabilities.

Apart from manufacturing wind components, Envision Energy is also foraying into battery energy storage systems and green hydrogen.

In August 2025, the company announced that its next-generation two-blade onshore smart turbine prototype achieved over 500 days of stable operation, with an availability rate of 99.3%. The field performance of the two-blade turbine is on par with that of traditional three-blade machines operating at the same site.

In the same month, the Ministry of New and Renewable Energy (MNRE) mandated the use of major wind turbine components, including blades, towers, gearboxes, generators, and special bearings (main, pitch, and yaw bearings) from the Approved List of Models and Manufacturers (Wind Turbine Components) in the manufacturing of listed wind turbines.

The Approved List of Models and Manufacturers (Wind Turbine Components) list will be issued by MNRE separately.

In June 2025, the Ministry of New and Renewable Energy issued guidelines setting the validity of the prototype certificate for wind turbines at three years. The guidelines include a framework for installing prototype wind turbine models.