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Infineon partners with Zenergize on India-designed power-electronics

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Advances India's path to technology self-reliance by enabling domestic design and manufacturing

Infineon has announced a technology partnership with Zenergize, an emerging Indian power-electronics company designing and manufacturing solutions for the solar, EV charging, and clean-energy sectors. This announcement was made at Bharat Electricity Summit (BES) 2026 at Yashobhoomi, New Delhi.

Under the partnership, Infineon, which has nearly 30 years of presence in India and over 2,500 employees across four sites, will provide its wide-bandgap (WBG) power semiconductors, including SiC technology, along with application engineering support for system-level integration.

The collaboration is focused on product and technology integration and does not involve a joint venture.

Jens Reinstaedt, VP application management industrial & infrastructure, for Infineon said. "India's energy-transition ambitions are among the most significant in the world, and Infineon is committed to being a long-term technology partner in this journey. As the number one in power semiconductors, we master all relevant materials — silicon, SiC, and GaN — and deliver complete system solutions from power switches and gate drivers to microcontrollers, sensors, and connectivity. This enables partners like Zenergize to build more efficient, compact, and reliable power-electronics products, optimised for India's demanding operating conditions."

"Access to Infineon's globally proven semiconductor technology, combined with our understanding of Indian operating conditions, positions us to build products that are truly designed in India for India and eventually for the world," said Veer Karan Goyal, Founder & CTO, Zenergize.

India is investing heavily in renewable energy, electric mobility, and distributed power infrastructure. National programmes such as PM Surya Ghar Muft Bijli Yojana, combined with rapid growth in EV charging and commercial-scale energy storage, are creating significant demand for domestically designed power-electronics systems.


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