AC to DC Power Supply EV Charging Module for DC Fast Charger

• Customization: Available
• Type: Fast EV Charging Station Module
• Output Current: 0-67A Continuously Regulated
• Model NO.: MXR100020
• Input Voltage: 260-475VAC
• Input Current: <40A
• Power Supply: 3phase+PE
• Communication Mode: Can Bus
• Cooling Mode: Forced Air Cooling
• Warranty: 12 Months
• Certification: ISO, RoHS
• Efficiency(Full Load): >95.5%
• Weight: <12kg
• Parallel Module Quantity: <60 Pieces
• Transport Package: Wooden Carton or Kraft Carton
• Specification: 84*218*459mm
• Trademark: ANGELITE
• Origin: Heibei, China
• HS Code: 8504409999
• Production Capacity: 100000pieces/Year

Product Description

MXR 100020 offers a faster charging speed and shorter charging time for electric vehicles. It achieves an impressive 95.5% charging efficiency, effectively converting electric energy into the energy storage system of the electric vehicle, reducing energy loss and improving charging speed. We also provide professional and high-quality after-sales service and technical support, as well as customized service to meet your needs.

 

Main features

• Wide output voltage range,50~1000VDC, suitable for a wide range of EVs.
• Wide operating temperature range at full power, -40ºC~60ºC;
• Full load efficiency is higher than 95.5%, high efficiency in the whole working range, and more energy-saving;
• Ultra-low standby power consumption, the whole series of products are controlled within 8W;
• Ultra-low noise, improve user charging experience;
• The current in the low-voltage area does not shrink, and the charging speed is faster;
• The module is built with residual pressure relief loop to reduce system cost and improve system reliability.

Advantages

• Ultra-high Temperature Friendly

Full-load operating temperature 60ºC

MXR100020 can output full power at 60ºC, effectively ensuring the charging speed in high temperature enviroment.

• Ultra-wide

Constant power range 300V-1000V

MXR100020 is a 20kw charging module that fully meets the wide-range constant power requirements of the state Grid.