A suitable charging infrastructure is critical to supporting the rapid growth of the global electric vehicle market. As the world's leading supplier of autonomous driving and electric vehicle semiconductors, Infineon Technologies AG (hereinafter referred to as Infineon) is helping to standardize the global standardization of hybrid and pure electric vehicle charging infrastructure.
It is reported that Infineon has joined the Global Electric Vehicle Charging Interface Initiative (CharIN). CharIN's goal is to draft, develop and promote global standards for a variety of electric vehicle charging systems. Its founding members are mainly large automakers.
“Infineon plays an integral role in building a global fast, energy-efficient and standardized charging infrastructure,†said Peter Schiefer, President of Infineon Automotive Electronics. “We are using automotive systems and safety technologies. Expertise and automotive semiconductor solutions based on leading materials to accelerate the deployment of electric vehicles."
Infineon brings to CharIN its expertise in electric vehicle systems and automotive safety and data security. As a member of the organization, Infineon is committed to making electric car chargers faster, safer and more energy efficient, while creating efficient electric vehicle charging posts.
For electric vehicles to be widely promoted, reducing costs, especially battery costs and increasing cruising range are key. In addition, smart grids and a sufficient number of charging station infrastructures with standardized connectors and communication interfaces are also indispensable. And semiconductor solutions from Infineon can drive technological breakthroughs in areas such as battery cost and cruising range, charging infrastructure and smart grid.
It is understood that in the energy sector, Infineon's solutions play an important role in three areas: wind and solar power, transmission and transmission of electricity to electricity and electricity saved by electric vehicles back to the grid. Infineon's security expertise supports the secure payment procedures of charging stations and also supports the delivery of electric vehicle savings power back to the grid for peak usage.
The charging station can also be equipped with additional semiconductors for bidirectional transmission of electrical energy. These operations can be billed through the power provider. For this reason, a security chip is required for verification and secure data exchange between the charging station and the car communication interface.
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