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Gree Electric to Mass-Produce SiC Chips for Photovoltaic, Logistics, and Automotive Applications

Summarized by NextFin AI
  • Gree Electric Appliances is expanding SiC chip production to include photovoltaic storage and logistics vehicles, enhancing its product range beyond home appliances.
  • SiC chips improve vehicle efficiency by 1%-1.5% on 400V platforms and 3%-4% on 800V platforms, significantly extending driving range.
  • The company's semiconductor business generated over 10 billion yuan in revenue in 2024, with cumulative shipments exceeding 300 million units by 2025.
  • Gree's expertise in SiC technology positions it to potentially replace a significant portion of GAC Group's automotive chips.

Gree Electric Appliances is set to expand the mass production of silicon carbide (SiC) chips beyond home appliances to photovoltaic storage and logistics vehicles this year, the company revealed on Tuesday at the Greater Bay Area Compound Semiconductor Ecosystem Application Conference.

Feng Yin, Assistant to the President of Gree Electric and General Manager of Zhuhai Gree Electronic Components Co., said that after producing SiC chips for household appliances, the company will now focus on chips for energy storage and logistics vehicles.

As a compound semiconductor material, SiC is known for its high-voltage tolerance, high-frequency performance, and high-temperature resistance. SiC power chips have already been widely applied in the core systems of new energy vehicles.

On current 400V vehicle platforms, replacing traditional silicon-based IGBT modules with SiC power devices can increase overall vehicle efficiency by 1%-1.5%, translating to a 2%-3% improvement in driving range. On more advanced 800V high-voltage platforms, the benefits are even more pronounced, with vehicle efficiency improving by 3%-4% and range extending by 5%-8%. In addition to motor control, SiC is also increasingly used in vehicle charging systems.

On January 15, GAC Group Chairman Feng Xingya led a delegation to visit Gree Electric. During the meeting, Gree Electric Chairwoman Dong Mingzhu joked that in the future, half of GAC’s automotive chips could be replaced by Gree products.

Gree’s ability to set such ambitious supply targets stems from its technological expertise and production capacity in SiC chips. Established in 2023, Gree Electronic Components Co. focuses on the design, wafer fabrication, module packaging, and testing of SiC chips. Gree’s chips have already been installed in more than 2 million air conditioners, delivering both lower operating temperatures and higher energy efficiency.

The company’s semiconductor business has achieved scaled production, generating over 10 billion yuan in revenue in 2024. By 2025, cumulative chip shipments had exceeded 300 million units.

Gree Electric first entered the chip sector in 2015 and now houses the Microelectronics Institute and Power Semiconductor Institute within its Communication Technology Research Institute. The company’s chip team now includes nearly 1,000 employees, with technical staff accounting for more than 60% of the workforce.

Leveraging their high-voltage tolerance, high-temperature resistance, and efficiency, Gree’s SiC power chips have expanded from home appliances to applications in new energy vehicles, industrial systems, and specialized scenarios.

Explore more exclusive insights at nextfin.ai.

Insights

What are the fundamental properties of silicon carbide (SiC) chips?

What technological advancements have led Gree Electric to expand SiC chip production?

How does Gree Electric's production capacity compare to other companies in the semiconductor industry?

What market trends are currently influencing the demand for SiC chips?

What recent developments have occurred in Gree Electric's semiconductor business?

How do SiC chips enhance the efficiency of electric vehicles?

What challenges does Gree Electric face in scaling SiC chip production?

What are the implications of Gree Electric’s expansion into the logistics vehicle sector?

How have user feedback and performance metrics shaped Gree Electric's chip development?

What future trends can be expected in the SiC chip market?

How does Gree Electric's experience since 2015 inform their current chip production strategies?

What are the key differences between silicon-based IGBT modules and SiC power devices?

What role do government policies play in the growth of the semiconductor industry?

What future applications could emerge for SiC technology beyond current uses?

How does Gree Electric's semiconductor revenue compare to industry standards?

What controversies surround the use of SiC technology in automotive applications?

What lessons can be learned from Gree Electric's entry into the semiconductor sector?

How does Gree Electric's workforce composition contribute to its technological advancements?

What competitive advantages does Gree Electric hold in the SiC chip market?

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