Hopewind has created a product that utilizes silicon carbide devices and high-reliability packaging technology to achieve up to a 38% increase in power density and a high switching frequency of up to 6kHz, significantly increasing efficiency and reliability. The collaboration between Wolfspeed and Hopewind is expected to accelerate the development of next-generation wind power solutions for markets worldwide.
Wolfspeed’s silicon carbide solutions are helping drive the transition to next-generation energy systems that are more sustainable and cost-effective. The company’s 2.3kV LM Pack Module offers substantial system benefits, including simplified system design, higher efficiency, increased power density, and improved reliability—key factors that reduce overall system cost and provide superior performance for large-scale wind power applications. The 2.3kV LM Pack Module is expected to be commercially available in early 2026.
“We are excited to be working with Hopewind, a recognized leader in the renewables industry,” said John Perry, VP and General Manager, Medium and High Voltage Products at Wolfspeed. “Our 2.3kV LM Pack Module is perfectly aligned with the growing demand for higher voltage, higher current, and higher efficiency systems in the wind power sector. This collaboration not only strengthens Wolfspeed’s position as a trusted long-term SiC provider, but also helps meet the increasing global demand for renewable energy solutions.”
“Hopewind is thrilled to work with Wolfspeed to enhance the performance of our wind power converters with their world-class silicon carbide technology,” said Wang Yan, Vice President at Hopewind. “By incorporating Wolfspeed’s advanced 2.3kV LM Pack Module, we are taking a significant step forward in delivering high-efficiency, reliable, and cost-effective solutions for the wind power industry.”
