When using charging stations for electric cars, safety is paramount. This is where Bender comes into play: our wide range of electrical safety relay solutions is specially developed for electric vehicle charging stations. Our components are designed to integrate seamlessly with the electronic control systems of electric vehicle safety equipment (EVSE).
What makes Bender's solutions so special? Our components continuously monitor the electrical flow to detect any insulation hazards or dangerous milliampere currents. The focus here is on protecting people and the charging station. If a dangerous threshold value is detected, an alarm is triggered immediately and the power supply is interrupted - before a potential hazard can arise. As different charging technologies exist, we customise our safety circuits to suit individual requirements. At Bender, you will find customised solutions for charging electric vehicles safely and securely.
Charging mode 4, also known as DC charging, enables electric vehicles to be charged quickly using direct current. DC stands for "direct current", which describes charging with direct voltage. This process, commonly referred to as fast charging, usually utilises higher charging power for rapid charging. A DC charging station is an unearthed power supply system that must be monitored by an IMD (insulation monitoring device) in accordance with standards.
There are two common charging standards for DC charging. In addition to the CCS standard (Combined Charging System) used in Europe, the Japanese charging standard CHAdeMO (according to "CHArge de MOve") is also used for most vehicles from Asian manufacturers. Both standards differ in terms of the requirements for monitoring the DC charging process. This concerns both the required switch-off times and the limit values for switching off in the event of a fault as well as monitoring for symmetrical or asymmetrical faults. Previously, two different devices were required for this.
The ISOMETER® isoCHA425HV insulation monitoring device in conjunction with the AGH420-1 coupling device supports both charging standards equally. Bender has now responded to market requirements with this combined device.
| Name | Category | Size | Language | Timestamp | D-/B-Number |
|---|---|---|---|---|---|
| Charging Electric Vehicles - Protection Against Electric Shock by DC Fault Current Sensor Units | Technical article | 931.2 KB | EN | 2019/05/1313.05.2019 | |
| Market segment brochure eMobility | Technical article | 20.0 B | EN | 2023/04/2828.04.2023 | |
| Technical paper Connection of charging stations for electric vehicles | Technical article | 20.0 B | EN | 2023/04/2828.04.2023 |
Products
AC/DC sensitive residual current monitoring for AC charge stations
AC/DC sensitive residual current monitoring for AC charge stations
DC sensitive residual current monitoring module for electric vehicle charging systems
AC/DC sensitive residual current monitoring module for electric vehicle charging systems
Insulation monitoring device with coupling device for unearthed DC systems (IT systems) DC 0 V to 1000 V Suitable for DC charging stations according to CCS or CHAdeMO
Insulation monitoring device for unearthed DC systems (IT systems) DC 0 V to 400 V. Suitable for DC charging stations according to CCS or CHAdeMO
Charge controller in enclosure for DIN rail mounting for classic integration with standard components
Charge controller as a PCB with integrated power supply for classic integration with standard components
AC/DC sensitive residual current monitoring for AC charge stations
AC/DC sensitive residual current monitoring for AC charge stations
DC sensitive residual current monitoring module for electric vehicle charging systems
AC/DC sensitive residual current monitoring module for electric vehicle charging systems
Insulation monitoring device with coupling device for unearthed DC systems (IT systems) DC 0 V to 1000 V Suitable for DC charging stations according to CCS or CHAdeMO
Insulation monitoring device for unearthed DC systems (IT systems) DC 0 V to 400 V. Suitable for DC charging stations according to CCS or CHAdeMO
Charge controller in enclosure for DIN rail mounting for classic integration with standard components
Charge controller as a PCB with integrated power supply for classic integration with standard components
Low-voltage switchgear and controlgear assemblies - Part 7: Assemblies for specific applications such as marinas, camping sites, market squares, electric vehicles charging stations
In-Cable Control and Protection Device for mode 2 charging of electric road vehicles (IC-CPD)
In-Cable Control and Protection Device for mode 2 charging of electric road vehicles (IC-CPD)
