Senvion receives first order of 3.1M130 turbine from Powerica in Gujarat

With a 130-metre rotor, advanced controls and a platform rooted in the earlier 2XM architecture, the 3.1M130 is optimised for performance in pad-constrained scenarios.

Senvion, has received an order from Powerica Ltd. to supply 17 wind turbine generators (WTGs), totalling 52.7 MW, for a wind power project in Gujarat. Deliveries will begin in Q3 of FY25–26. The order includes supply, erection, commissioning and a long-term operations and maintenance contract.

This order will mark the first deployment of Senvion’s 3.1M130 turbine since it was recently listed in the Revised List of Models & Manufacturers which is maintained by Ministry of New and Renewable Energy. With a 130-metre rotor, advanced controls, and a platform rooted in the earlier 2XM architecture, the 3.1M130 is optimised for performance in pad-constrained scenarios. Over 80 percent  of the components are manufactured in India, making it a powerful, homegrown solution for India’s evolving wind market. With this order, Senvion continues to demonstrate its focus on engineering excellence, customer-aligned solutions, and the Make in India vision—offering flexible, high-yield wind solutions for the Indian market and beyond.

Amit Kansal, CEO and MD of Senvion India, commented: “The 3.1M130 isn’t just a new turbine—it’s our response to a challenge many developers face but few solutions address well: how to do more with less land. This machine is purpose-built for that constraint. And the speed with which we designed, tested, and certified it speaks to Senvion’s ability to turn market feedback into real-world outcomes—quickly, efficiently, and locally.”

Pradeep Gupta, Executive Director, Powerica Limited said: “As we expand our renewable energy portfolio, technology that adapts to site realities is key. The 3.1M130 gives us the performance we need in land-constrained zones. We see this partnership with Senvion as the beginning of a collaboration built on innovation, trust, and execution strength.”