New energy vehicle charging systems refer to the equipment and infrastructure that provide charging energy for electric vehicles (including pure electric vehicles and plug-in hybrid vehicles). The development of new energy vehicle charging systems is an important support for the popularization and promotion of electric vehicles. Charging piles are the core equipment of new energy vehicle charging systems and are used to provide electric energy to charge electric vehicles. Charging piles are usually divided into AC charging piles (AC) and DC charging piles (DC). AC charging piles are suitable for low-power charging and are suitable for home and commercial use. DC charging piles are suitable for high-power fast charging and are suitable for use in public charging stations and highway service areas. New energy vehicle charging piles are an important part of the new energy vehicle charging system. Due to different user needs and application scenarios, the types of charging piles also vary. Our electric vehicle charging modules are mainly targeted at public charging piles and fast charging piles, and are mainly used in public areas and commercial places, such as parking lots, shopping malls, hotels, office buildings, highway service areas, gas stations, and commercial areas. 

 

 

 

 

Electrical Parameters

 

Output voltage, current range, and power rating

Appearance Design

 

Horizontal or vertical installation support

Cooling Methods

Air-cooled or liquid-cooled options based on power density and environment

Communication & Control

 

Standard or fully customized to match your system

Environmental Protection

 

High protection levels: IP65 / IP67

Regulatory Compliance

 

Certification support: CE, UL, GB/T, RoHS

OEM Customization Services

We Engineer Solutions, Not Just Products.

Custom Charging Starts Here

At Maxwell, we understand that every EV charging system is different. That’s why our OEM modules are designed with flexibility in mind — adaptable to your power ratings, form factors, and control interfaces for a perfect fit every time.

Our OEM Partnership Process

From concept to delivery — our clear and transparent process ensures fast realization of your custom EV charging module solution.

Need a CE-Certified Charging Module for Your Project?

Maxwell offers tailored solutions for your market.

  • EV Fast Charging Systems

    Modules designed for public fast-charging stations, highway rest stops, and high-frequency vehicle fleets. Customization available:

    • Output voltage (150–2000VDC)

    ​​​​​​​• Power levels (30kW / 50kW / 60kW)

    ​​​​​​​• Cooling method (air-cooled or liquid-cooled) ​​​​​​​• Communication protocol (CAN, RS485)

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  • Energy Storage Charging

    Integrated into solar-powered and hybrid systems, enabling clean, distributed energy use.

    Customization available

    • DC interface matching with PV inverters or battery           systems

    • MPPT compatibility

    • Remote monitoring integration

  • High-Load Commercial Charging Networks

    Ideal for heavy-duty EVs, electric buses, trucks, and logistics fleets where large-scale parallel operation is required.

    Customization available:

    • High voltage output (up to 2000V)

    • Enhanced heat dissipation for long-duration charging • Parallel connection capability

     

     

  • Industrial & Special-Purpose Vehicles For electric

    Construction machinery, mining trucks, airport transporters, and port equipment.

    Customization available:

    • Robust design for harsh environments

    • Compact size for embedded installations

    • Industrial-grade connectors and enclosures

     

  • Bidirectional Charging (V2G )

    Supports future-oriented energy management where vehicles become part of the grid.

    Customization available:

    • Dual-direction DC-DC operation

    • Grid feedback functionality

    • V2G protocol interface

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