Groundbreaking E-Mobility technology
Actively help change the shape of modern mobility.
Plug-in charging systems from Phoenix Contact set new standards in power supply to electric vehicles. Whether charging on an AC network or fast DC charging – the AC and DC charging connectors from Phoenix Contact are safe, reliable, and user friendly.
Whether charging on an AC power grid or fast DC charging, Phoenix Contact offers charging systems suitable for international use.
Phoenix Contact offers all standard-compliant Vehicle Connectors for fast charging with up to 250 A DC worldwide. Charging processes are completed within a very short time.
HPC (High Power Charging) technology with integrated cooling system and up to 500 A represents the next expansion stage. It enables charging times to be further minimized.
Benefit from a complete product range – from type 1 (USA) to type 2 (Europe), and GB/T standard (China):
Whether AC charging cables with Vehicle Connector and open cable end for attachment to a charging station or mobile charging cables with Vehicle Connector and Infrastructure Plug for the trunk, or even conventional charging with alternating current – Phoenix Contact offers interfaces for all country-specific standards:
Phoenix Contact offers Infrastructure Socket Outlets in accordance with Type 2 and GB/T standard for single and three-phase charging (the Type 1 standard does not involve the use of Infrastructure Socket Outlets). The Infrastructure Socket Outlets can be used in wall boxes or charging stations. Additional accessories, such as protective covers and panel mounting frames, complete the portfolio.
The product portfolio includes vehicle inlets - an interface for charging all types of electric vehicles - and components around the vehicle inlet. In addition, project teams support industry customers and develop application-specific products together with them.
In addition to the charging systems, a wide range of accessories is available. You can use these to add useful functions, e.g., advanced protection against environmental factors.