Sponsored
Building India’s Clean Energy Backbone: AMPIN Energy Transition Partners with Suzlon for 170 MW Wind Power Surge
India’s clean energy transition just took another strong stride forward. AMPIN Energy Transition, one of the country’s leading renewable energy players, has partnered with wind turbine giant Suzlon for a new 170.1 MW wind power project in Kurnool, Andhra Pradesh.
This latest collaboration marks their third successive project together and is a powerful example of how trusted partnerships with independent power producers can accelerate India’s journey to a sustainable future.
Suzlon, a homegrown pioneer in wind turbine manufacturing, will be supplying 54 of its advanced S144 wind turbines, each with a capacity of 3.15 MW. These turbines are designed with a Hybrid Lattice Tower (HLT), a smart engineering solution that allows higher hub heights, greater efficiency, and optimised performance even in low-wind conditions. This not only makes the project viable in diverse terrains but also boosts the overall energy output.
However, Suzlon’s role isn’t limited to just providing the turbines. The deal includes installation, commissioning, and long-term operation and maintenance of the project, ensuring a smooth, end-to-end solution. That means once the project goes live, Suzlon will continue to keep things running efficiently for years to come.
Based in New Delhi, AMPIN Energy Transition has been steadily building a name among the top independent energy producers. With a portfolio of 5 GWp of solar, wind, and energy storage assets across 23 states in India, it is not just participating in the energy transition but helping shape it.
This 170 MW project in Kurnool is more than just another power plant. It’s part of its larger ambition to grow its portfolio to 25 GW by 2030. That’s a massive target, and partnerships like this one with Suzlon are crucial stepping stones toward achieving it.
“This project is a strategic step forward in AMPIN Energy Transition’s journey toward a 25 GW renewable energy portfolio by 2030, reinforcing our commitment to delivering clean, dependable power to India’s growing Commercial and Industrial sector,” said Pinaki Bhattacharyya, Founder, Managing Director, and CEO of AMPIN Energy Transition.
India is the world’s third-largest energy consumer, and with rising demand, the country faces a dual challenge: meeting energy needs while reducing carbon emissions. The government has laid out a clear roadmap to reach 500 GW of non-fossil fuel capacity by 2030, and wind energy plays a key role in this plan.
Projects like this one in Andhra Pradesh directly contribute to this goal by increasing renewable energy capacity and reducing reliance on fossil fuels. But the impact goes even further. Clean energy investments like these:
This is the third time AMPIN Energy Transition has chosen Suzlon for a project, and that consistency says a lot about the mutual trust and aligned goals of the two brands. For AMPIN Energy Transition, it means working with a partner that understands the local landscape, has the technical know-how, and can deliver at scale. For Suzlon, it means contributing to meaningful, long-term energy solutions across India.
This partnership also demonstrates how public goals and private sector action can go hand-in-hand. AMPIN Energy Transition’s clean energy ambitions and Suzlon’s manufacturing excellence combine to create real impact, the kind India needs to lead the global clean energy race.
Also Read: Heatwave Turns Helpful: Summer and Solar Growth Spark a Record Q1 for India
As the project progresses in Kurnool, it brings hope for a greener tomorrow, not just for Andhra Pradesh, but for India as a whole. With its eye on 25 GW by 2030, AMPIN Energy Transition is clearly committed to leading from the front. And with partners like Suzlon, this mission doesn’t just look possible but looks promising.
Together, they’re not just building wind farms. They’re building the backbone of India’s clean energy future, one turbine at a time.
© 2024 Crivva - Business Promotion. All rights reserved.