SUZLON SECURES ORDER FOR 3 MW SERIES TURBINES FROM JUNIPER GREEN ENERGY

Suzlon Group announced the order of the 3 MW product series for the development of a 50.4 MW wind power project for Juniper Green Energy Private Limited. The project is located in Dwarka district in Gujarat and is expected to be commissioned in 2025.

This is the repeat order for the company's largest turbine rated 3.15 MW, S144-140m from the 3 MW series. As part of the agreement, Suzlon will supply the wind turbines (equipment supply) and execute the project including, erection and commissioning. Suzlon will also provide comprehensive operations and maintenance services post-commissioning.

Suzlon 3 MW Series
With the primary objective of increasing generation, reducing the cost of energy, and contributing to an Aatmanirbhar Bharat, the 3 MW series marks a significant milestone for the company and the country's wind energy sector.

Suzlon's 3 MW turbines feature a 144-meter rotor diameter and are designed to unlock low wind sites and deliver improved energy yield suitable for all Indian wind regimes. With local content of up to 85-90% by its serial launch, this series proves Suzlon's commitment to innovation and self-reliance.

The S144 wind turbine generator is one of the largest in India, extendable up to 3.15 MW, depending on site wind conditions, available at a hub height of 140 meters going up to 160 meters by its serial launch. At 160 meters hub height the S144 will also be India's tallest wind turbine. Suzlon's S144 fleet will deliver a remarkable 40-43% higher generation over Suzlon's current model, the S120 - 2.1 MW wind turbine, showcasing its ability to optimize wind resources at higher altitudes and make low-wind sites viable.

Furthermore, the 3 MW turbine generators feature the time-tested Doubly Fed Induction Generator (DFIG) technology and the SB 70.5 carbon fiber blade engineered and developed by Suzlon. This world-class technology provides the capability to utilize thinner aerodynamic profiles, resulting in excellent performance in low-wind sites, and a significant increase in generation yield per unit of land.