Silicon carbide device module company Xinju Energy Semiconductor obtains a new round of financing

Recently, Guangdong Xinjuneng Semiconductor Co., Ltd. (hereinafter referred to as "Xinjuneng Semiconductor"), a silicon carbide device module company, received exclusive investment from SDIC Venture Capital to support the company in expanding its production capacity and optimizing its industrial chain layout.

Founded in 2018, Xinju Energy Semiconductor's main business is the research and development, design, packaging, testing and sales of silicon carbide-based and silicon-based power semiconductor devices and modules. Its main products include automotive-grade power modules, industrial-grade power modules and discrete devices, etc. The products can be widely used in the fields of new energy vehicles and industry.

According to reports, all of the company's operations and R&D personnel have experience working in multinational semiconductor companies or internationally renowned R&D institutions; the technical team covers a wide range of talents including packaging core technology R&D, chip design, process development, testing and verification and application solutions, production operations, and quality management.

According to information from SDIC Venture Capital, Xinju Energy Semiconductor will focus on developing automotive-grade silicon carbide MOSFET power modules, customized module products and discrete devices with significant market competitive advantages in the future, and further develop industrial-grade silicon carbide power devices and modules for photovoltaics, wind energy, energy storage, IDC, etc. that are in line with the country's "carbon peak" and "carbon neutrality" goals and "new infrastructure" directions.

SDIC Venture Capital stated that this exclusive investment in Core Energy Semiconductor will precisely support Guangdong’s “Strong Chip Project” overall plan for wide bandgap semiconductors, help Guangdong build the third pole of my country’s integrated circuit industry development, and fill the gaps in the domestic wide bandgap semiconductor industry.