Suzlon Handed Over 100.8 MW Wind Power Project in Karnataka

By Namrata Gulati Sapra/ Updated On Thu, Dec 28th, 2023

Highlights :

Suzlon will install 32 wind turbine generators (WTGs) with a Hybrid Lattice Tubular (HLT) tower and a rated capacity of 3.15 MW each.

uzlon Handed Over 100.8 MW Wind Power Project in Karnataka

Indian wind energy firm Suzlon Group has announced a new order win for the development of a 100.8 MW wind power project for the Indian subsidiary of a Nordic energy firm. Suzlon will install 32 wind turbine generators (WTGs) with a Hybrid Lattice Tubular (HLT) tower and a rated capacity of 3.15 MW each. The project is located at Karnataka.

This is a repeat order from the firm for the firm’s largest turbine rated 3.15 MW, S144‐ 140m from the 3 MW series. As part of the agreement for the 100.8 wind power project, Suzlon will supply the wind turbines (equipment supply) and supervise the project including commissioning. Suzlon will also undertake comprehensive operations and maintenance services post‐commissioning.

Girish Tanti, Vice Chairman, Suzlon Group said, “We are delighted to partner again with the leading Nordic energy company. A visionary policy environment, a robust domestic market and thriving local supply chain makes India an extremely lucrative renewable energy market for investors and utilities. The Suzlon 3 MW series is the next stage evolution of our proven technology, customized for the Indian wind regime and 3.15 MW is one of the largest wind turbines in the country today.”

JP Chalasani, Chief Executive Officer, Suzlon Group, said about bagging the 100.8 wind power project, “A repeat order is always special, and we are happy to announce our second order with the leading Nordic Energy company within a span of a few months. Targeting the Commercial & Industrial (C&I) consumer segment, this order will help in expanding the reach of renewable energy and drive India’s net‐zero targets.”

Suzlon turbines feature Doubly Fed Induction Generator (DFIG) technology that efficiently integrates wind turbines into the utility network to meet the grid requirements.