Stellantis and Infineon are announcing the joint development of a next-generation power architecture to drive the efficiency and cost savings of electric vehicles (EVs) with the aim of advancing electrified mobility.
🟦 Stellantis and Infineon strengthen partnership to improve EV technology
Stellantis and Infineon Technologies AG are working together to develop next-generation power architectures. As a result of this collaboration, Infineon will provide the following key technologies:
- PROFET™ Smart Power Switches
- Alternative role to conventional fuses
- Enabling Intelligent Power Networks
- SiC (silicon carbide) semiconductors
- Improving the performance and efficiency of electric vehicles
- Realize cost savings
- AURIX™ MCUs
- STLA Brain Zone Architecture
- Enhanced system stability and safety
Stellantis
It is a global automotive company group that was created in January 2021 through the merger of France’s PSA (Peugeot Citroën) and FCA (Fiat Chrysler) of the United States and Europe. It has the fourth largest share of the global automotive market, behind Toyota, Volkswagen, and Renault-Nissan.
🟦Background and Necessity of Advanced Technology for EV Popularization
The partnership between Stellantis and Infineon is driven by the growth of the market due to the widespread adoption of electric vehicles and their increasing technical demands. The automotive industry is rapidly transitioning to electrification and digitalization, which requires efficient and cost-effective semiconductor solutions. In particular, Infineon’s SiC semiconductor and microcontroller technologies offer advanced performance and reliability, which are expected to decarbonize mobility and improve the user experience.
🟦 Summary
The partnership between Stellantis and Infineon is a major step towards clean and efficient mobility through next-generation power architectures. Innovative technologies are being introduced to balance the performance and cost of electric vehicles, and this initiative is expected to reduce environmental impact and improve the driving experience.
In order to accelerate the spread of electric vehicles, I feel that it is important to introduce high-performance semiconductor solutions while keeping costs down. Electric vehicles still tend to be expensive, so one of the challenges is to reduce the price of the vehicle. This is expected to make it easier for consumers to reach and further promote the spread of EVs.
