CHARGING MODULE SOLUTIONS

Charging Module Solutions

Mobile & High-Efficiency Charging Solutions

MOBILE CHARGING CONCEPT

Bring charging capability wherever the vehicle goes.

Built around mobile DC charging for vehicle-to-vehicle energy transfer, roadside support, and temporary outdoor charging without dependence on fixed charging infrastructure.

Discuss Your Charging Project
40kW Mobile Charger

FEATURED SOLUTION

Vehicle-to-vehicle mobile charging that brings power where fixed infrastructure cannot.

Designed for roadside assistance, outdoor parking, fleet dispatch and temporary energy replenishment, and can be configured with high-efficiency charging modules for flexible DC charging equipment.

  • Vehicle-to-vehicle charging
  • No fixed charging station required
  • Outdoor & roadside emergency use
  • 40kW mobile DC charging

CHARGING MODULES

High-Efficiency Charging Modules

Key specifications are presented for fast evaluation of output power, voltage range, efficiency, parallel capability and operating environment.

30kW / 40kW Wide-Range Constant-Power Charging Module

30kW / 40kW WIDE-RANGE CONSTANT POWER MODULE

30kW / 40kW Wide-Range Constant Power Charging Module

01

Product Overview

A core power module for DC fast-charging systems, supporting a wide 150–1000VDC output range for passenger and commercial EV applications. The 30kW and 40kW versions share the same enclosure dimensions for easier system integration, replacement, and maintenance, with comprehensive protection and CE, UL, and CB certifications for new installations and charging-system upgrades.

Key Specifications
Rated Power
30kW / 40kW
Output Voltage
150–1000VDC
Constant Power Range
300–1000VDC
Input Voltage
160–530VAC
Rated Efficiency
≥95%
Peak Efficiency
≥96%
Dimensions
W300 × H84 × D437.5 mm
Cooling
Forced air
Standby Power
≤10W
Communication
CAN
Max. Parallel Units
60
Noise
<65dB
Weight
≤16kg
Operating Temperature
-40°C to 75°C
Certifications
CE / UL / CB
40kW SiC High-Efficiency Charging Module

40kW SiC HIGH-EFFICIENCY CHARGING MODULE

40kW SiC High-Efficiency Charging Module

02

Product Overview

Built on next-generation SiC technology, this 40kW module combines high efficiency, reduced power loss, and lower heat generation. It is designed to fit existing 40kW charging-system structures for straightforward module replacement and efficiency upgrades. The G2 version reaches up to 97.5% peak efficiency and supports reliable high-temperature operation with fault diagnostics and international certifications.

Key Specifications
Rated Power
40kW
Output Voltage
150–1000VDC
Input Voltage
160–530VAC
Rated Efficiency
≥96%
Peak Efficiency
Standard ≥97% / G2 up to 97.5%
Dimensions
W300 × H84 × D437.5 mm
Cooling
Forced air
Standby Power
10W
Communication
CAN
Max. Parallel Units
60
Noise
<65dB
Weight
Standard ≤16kg / G2 ≤15kg
Operating Temperature
Standard -40°C to 75°C / G2 -40°C to 70°C
Certifications
CE / UL / CB
62.5kW High-Efficiency Power Module

62.5kW HIGH-EFFICIENCY POWER MODULE

62.5kW High-Efficiency Power Module

03

Product Overview

A 62.5kW high-power module designed for heavy-duty commercial vehicles, buses, and public ultra-fast charging systems. Its higher output per module reduces the number of modules required and simplifies system integration. Wide-range input, multi-module parallel operation, and high-temperature capability make it suitable for large charging stations and high-power DC fast-charging applications.

Key Specifications
Rated Power
62.5kW
Output Voltage
150–1000VDC
Input Voltage
160–530VAC
Rated Efficiency
≥97%
Peak Efficiency
97.5%
Cooling
Forced air
Communication
CAN
Max. Parallel Units
60
Noise
<60dB
Weight
≤25kg
Operating Temperature
-40°C to 85°C

Planning a mobile charging or DC fast-charging system?

Share your application scenario, input conditions, target power, mechanical constraints and estimated volume. We can help evaluate the right charging module configuration.

Contact Us About Charging Modules

CONTACT US

Share your charging requirements,
and we will help evaluate the solution.

We recommend including the use case, target output power, input voltage, mechanical dimensions, estimated quantity and certification requirements so we can evaluate suitability efficiently.

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