L&T Semiconductor Technologies a wholly owned subsidiary of Larsen & Toubro, has entered into a Master Supply Agreement with Newen Systems to collaborate on the design, development, qualification and supply of Silicon Carbide-based power modules for use in renewable energy inverter applications. This will help India drive the energy transition of global proportions and position India as full stack power electronics solution provider. The partnership will power new-age data centre and AI model development through existing and upcoming DC solutions.
This MSA positions both companies at the forefront of the rapidly expanding renewable energy semiconductor market, with particular focus on BESS, Solar etc. that demand high-efficiency power conversion technologies. The agreement encompasses partnership in joint engineering efforts to create next-generation SiC-based power modules optimised for renewable applications, leveraging both companies’ technical expertise and innovation capabilities.
The MSA includes rigorous testing and validation processes to ensure products meet the stringent reliability and performance standards required for renewables applications in diverse environmental conditions. To support market demands, the agreement establishes streamlined manufacturing and distribution to deliver scalable solutions that meet the growing market demand for renewable energy infrastructure.
The renewable energy sector continues its unprecedented growth trajectory, with solar installations driving substantial demand for advanced power conversion technologies. SiC-based power modules offer superior efficiency, thermal performance, and reliability, compared to traditional silicon solutions, making them essential components for next-generation inverters. This partnership directly addresses the semiconductor ecosystem’s need for specialised solutions that can handle the unique requirements of renewable energy applications, including high switching frequencies, high Power density, elevated operating temperatures, and extended operational lifespans.
Shri Ghanshyam Prasad, Chairperson, Central Electricity Authority, said:“India’s commitment to achieving 500 GW of renewable energy capacity by 2030 requires cutting-edge technological solutions that can handle the complexities of grid integration and energy storage. Silicon Carbide-based power modules represent a significant technological leap in power conversion efficiency, which is critical for optimizing renewable energy systems. Collaborations like this between leading semiconductor and power electronics companies strengthen India’s position in the global clean energy value chain and support our nation’s energy security and climate goals. Such partnerships accelerate the adoption of advanced technologies that will be instrumental in India’s transition to a sustainable energy future.”
Dr. Sandeep Kumar, Chief Executive, L&T Semiconductor Technologies, added:“The energy sector is evolving with the rise of smart grids and renewable energy integration, and this agreement reflects our focus on developing advanced power semiconductor solutions for high-growth sectors such as renewable energy. SiC-based power modules are essential to meeting the efficiency and performance demands of power converter applications, and this partnership allows us to work closely towards delivering robust, energy-efficient solutions.”
Nitin Sharma, Founder and CEO, Newen Systems Pvt Ltd. shared, “The renewable energy market continues to expand rapidly, increasing the need for efficient and reliable power electronics. Through this partnership, we aim to collaborate on solutions that support energy efficiency and meet the evolving needs of battery inverter applications. With 30 GW power electronics world-class manufacturing infrastructure in India, collaboration with LTSCT will help drive global innovation and adoption from India to the World.” The strategic agreement brings together LTSCT and Newen’s capabilities in semiconductor design, development and supply. The agreement is expected to contribute to the broader semiconductor ecosystem by supporting the growing renewable energy market and enabling energy-efficient solutions for end customers.