We develop charging systems and charging controllers for DC and AC charging. Our customers see us as a complete provider of components for devices within the charging infrastructure, for both static and mobile equipment. As an innovator in this field, we set new standards for the further development and standardization of components and solutions worldwide for a modernized charging infrastructure.
![Different types of Vehicles. Image from: https://www.leadingthecharge.org.nz/nz_electric_car_guide](http://www.phoenixcontact.com/assets/images_ed/local_sg/web_content/pic_con_sg_0022571_int.jpg)
Different types of Vehicles. Image from: https://www.leadingthecharge.org.nz/nz_electric_car_guide
Most Relevant Standard for E-Mobility Charging
IEC 61851 Electric vehicle conductive charging system
- IEC 61851-1 – General requirement
- IEC 61851-21 – Electric Vehicle Requirement
- IEC 61851-22 – Charging Station
- IEC 61851-23 – DC Charging
IEC 62196 Plug, Socket-Outlets and Vehicle Couplers
- IEC 62196 -1 General requirement
- IEC 62196 -2 AC Charging Connector
- IEC 62196 -3 DC Charging Connector
ISO/IEC 15118 Vehicle to grid communication interface
- ISO/IEC 15118 -1 Use Cases
- ISO/IEC 15118 -2 Protocol
- ISO/IEC 15118 -3 Physical and data link layer requirements
IEC 62752 In-cable control and protection devices (RCD)
Electric vehicle connectors
Phoenix Contact offers a complete range of vehicle connectors and infrastructure plugs from a single source: type 1, type 2 and GB/T standard. Whether it’s conventional charging on the AC power grid or fast DC charging, you’ll find the perfect solution in our product range which is also based on the requirements in accordance with IEC 62196.
- AC charging cables for Type 1, Type 2, and GB/T standard
- DC charging cables for CCS Type 1, CCS Type 2, and GB/T standard
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Charging controllers
The EV Charge Controller Advanced charging controller can establish an intelligent connection to control systems via Ethernet and Modbus TCP. The relevant energy and performance data is recorded by the charging controller via a configurable RS-485 interface, Modbus RTU and based on the requirements in accordance with IEC 61851-1. We also supply software modules in accordance with IEC 61851 and OCPP to facilitate communication between vehicles, charging stations, and even back-end systems.
![EV Charging Controllers](http://www.phoenixcontact.com/assets/images_ed/local_sg/web_content_2col/pic_con2_sg_0022574_int.jpg)
EV Charging Controllers
In addition to our charging systems, we also offer a complete product range for constructing a modern charging infrastructure – from the power supply to the tamper-proof operator interface. Our solution expertise is rounded off by professional consultation and software services.
Type of charging mode IEC 61851
![The three different modes of electric vehicle conductive charging specified in IEC 61851](http://www.phoenixcontact.com/assets/images_ed/local_sg/web_content_3col/pic_con3_sg_0022575_int.jpg)
The three different modes of electric vehicle conductive charging specified in IEC 61851
Phoenix Contact has a complete range of products for designing the infrastructure of charging stations, such as Ev Connectors, Charging Controllers, Energy Meters, RCM, Surge Protection, Terminal Blocks, Power Supplies, DC-UPS, Ethernet, Switch, PLC, IPC etc.
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If you would like to find out more about Phoenix Contact’s E-Mobility, feel free to contact us!