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Senvion India Secures ALMM (Wind) Listing for its 4.2M160 Wind Turbine Model
Senvion India has secured the Ministry of New and Renewable Energy’s ALMM (Wind) listing for its new 4.2M160 wind turbine model. The company has already secured orders of about 600 MW for the model, along with a long-term framework agreement of 2 GW spread across three years.
January 06, 2026. By Mrinmoy Dey
Senvion India has announced that its new 4.2M160 wind turbine model has been included in the Ministry of New and Renewable Energy’s (MNRE) Approved List of Models and Manufacturers (ALMM) – Wind.
The ALMM (Wind) framework of MNRE, formerly known as the Revised List of Models and Manufacturers (RLMM), streamlines model qualification and strengthens quality assurance for India’s rapidly expanding wind energy sector. Further, the recent changes have sown the seeds for enhancing the localisation to strengthen domestic manufacturing.
With a 4.2 MW rated capacity and a 160-metre rotor diameter, the Senvion 4.2M160 is now listed for hub heights up to 140 metres, enabling its deployment in full compliance with MNRE’s model listing requirements, the company said in a statement.
Additionally, Senvion India has already secured firm orders exceeding 600 MW for the 4.2M160 turbine, along with a long-term framework agreement of 2 GW spread across three years, the company stated.
Amit Kansal, CEO and MD, Senvion India, remarked, “The ALMM (Wind) listing of our 4.2M160 is an important milestone in our commitment to India’s clean energy manufacturing ambition. Designed, engineered and industrialised in India, this turbine strengthens the domestic value chain, expands local production capacity, and supports the nation’s long term energy security goals. By scaling localisation and deepening our Indian supply chain, we are enabling our customers with a future-ready, fully India-built platform that delivers predictable performance for years to come.”
The Senvion 4.2M160 brings several advanced features tailored to India’s operational and climatic conditions, with a high localisation level of over 85 percent supported by a robust pan-India manufacturing footprint spanning blades, towers, nacelles, and hubs, the company claimed.
The wind turbine model is equipped with ReT 78.5-metre blades featuring lightning protection and offers the highest derating thresholds in its segment — up to 45°C — enabled by a hybrid active–passive cooling system. The turbine supports single-blade installation for more efficient project execution across diverse terrain conditions and is integrated with the future-ready FleetPro SCADA platform, providing real-time monitoring, predictive analytics, and full compliance with grid and cybersecurity standards. In addition, AI-enabled adaptive controls enhance energy capture in low-wind regimes, making the platform both performance-driven and future-proof, the company asserted.
Senvion India is present in India since 2016 and has manufacturing capabilities of 2 GW and an operational wind portfolio of over 1.5 GW across India.
The ALMM (Wind) framework of MNRE, formerly known as the Revised List of Models and Manufacturers (RLMM), streamlines model qualification and strengthens quality assurance for India’s rapidly expanding wind energy sector. Further, the recent changes have sown the seeds for enhancing the localisation to strengthen domestic manufacturing.
With a 4.2 MW rated capacity and a 160-metre rotor diameter, the Senvion 4.2M160 is now listed for hub heights up to 140 metres, enabling its deployment in full compliance with MNRE’s model listing requirements, the company said in a statement.
Additionally, Senvion India has already secured firm orders exceeding 600 MW for the 4.2M160 turbine, along with a long-term framework agreement of 2 GW spread across three years, the company stated.
Amit Kansal, CEO and MD, Senvion India, remarked, “The ALMM (Wind) listing of our 4.2M160 is an important milestone in our commitment to India’s clean energy manufacturing ambition. Designed, engineered and industrialised in India, this turbine strengthens the domestic value chain, expands local production capacity, and supports the nation’s long term energy security goals. By scaling localisation and deepening our Indian supply chain, we are enabling our customers with a future-ready, fully India-built platform that delivers predictable performance for years to come.”
The Senvion 4.2M160 brings several advanced features tailored to India’s operational and climatic conditions, with a high localisation level of over 85 percent supported by a robust pan-India manufacturing footprint spanning blades, towers, nacelles, and hubs, the company claimed.
The wind turbine model is equipped with ReT 78.5-metre blades featuring lightning protection and offers the highest derating thresholds in its segment — up to 45°C — enabled by a hybrid active–passive cooling system. The turbine supports single-blade installation for more efficient project execution across diverse terrain conditions and is integrated with the future-ready FleetPro SCADA platform, providing real-time monitoring, predictive analytics, and full compliance with grid and cybersecurity standards. In addition, AI-enabled adaptive controls enhance energy capture in low-wind regimes, making the platform both performance-driven and future-proof, the company asserted.
Senvion India is present in India since 2016 and has manufacturing capabilities of 2 GW and an operational wind portfolio of over 1.5 GW across India.
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