60kW High-Frequency DC Charging Module 150–1000V Wide Output CAN Bus Parallel Up to 60 Units for Commercial Fast Charging Cabinets

This 60kW DC power module is built as a scalable building block for medium and large-scale EV fast charging systems. It converts three-phase AC power into stable DC output with a wide voltage range, helping system integrators configure charging cabinets for different battery packs, site power budgets, and operational models.

The 60kW DC charging module is a power conversion unit designed to form the core of DC fast charging cabinets. It takes three-phase AC input and converts it into controlled DC output for charging electric vehicle batteries.

Unlike smaller on-board or low-power modules, this unit is oriented toward commercial infrastructure applications. It combines high-frequency power conversion, intelligent cooling, and digital communication into one compact assembly, allowing charging cabinet manufacturers to build scalable DC systems without designing the entire power stage from scratch.

Its wide output voltage range gives system designers flexibility across different EV platforms. By automatically switching between low-voltage and high-voltage constant power regions, the module can maintain stable power delivery while accommodating varying battery voltage levels during charging.

Reliability is a central design focus. The module is built with reinforced internal protection, including protection against reverse current from the battery side. It also supports hot-swap operation in parallel systems, which is important for reducing maintenance downtime and supporting continuous station operation.

The CAN communication interface enables centralized monitoring and control. Operators or master controllers can read voltage, current, address, operating mode, and fault information, making it easier to integrate the module into larger charging management systems.

An integrated LED display provides local visibility of operating data and fault status. This is especially useful during cabinet commissioning, routine inspection, and on-site troubleshooting.

Thermal management is handled by forced air cooling. Although the module is compact, its cooling structure is optimized to sustain stable power delivery across a wide temperature range. It can operate in harsh environmental conditions, though output may be reduced at higher temperatures to protect internal components.

Mechanical robustness is also emphasized. The module is engineered to withstand the mechanical and environmental stresses found in commercial charging stations. Its compact size and low weight help optimize cabinet layout, reduce installation burden, and support more flexible system integration.

• Easier system design: Wide voltage output and parallel capability reduce custom development workload.
• Better operational stability: High efficiency and active cooling help maintain consistent performance.
• Lower long-term cost: Reduced energy loss and simpler maintenance improve total cost of ownership.
• Flexible project planning: Scalable parallel architecture supports small, medium, and large charging hubs.
• Commercial-grade durability: Built for continuous operation in demanding EV infrastructure environments.

• DC fast charging cabinets
• Public EV charging stations
• Commercial fleet charging depots
• Heavy-duty vehicle charging systems
• Custom DC power supply integration
• Medium and large-scale energy infrastructure projects

Mckee is an EV charging equipment manufacturer based in Luoyang, China, with a focus on the development and production of DC fast chargers, AC chargers, portable charging devices, and related infrastructure components.

Since 2011, the company has been committed to clean energy technology and the advancement of electric vehicle charging infrastructure. Its product strategy centers on safety, efficiency, scalability, and real-world usability, aiming to provide stable charging solutions for different market environments and operator requirements.

The company serves system integrators, charging station operators, fleet managers, and global distributors. Its product portfolio includes split DC charging stations, integrated DC fast chargers, AC charging piles, portable chargers, and supporting accessories.

Mckee supports OEM and custom development requests. Customers with specific technical parameters, voltage requirements, communication protocols, or cabinet integration needs can discuss tailored solutions directly with the engineering and sales team.

1. OEM and custom development are supported.
2. All technical parameters are subject to final verification against the actual product and project specification.
3. Customers should confirm voltage range, communication mode, parallel quantity, and application scenario before integration.
4. Product pricing is determined by configuration, power rating, order quantity, and customization level.
5. The company will respond to enquiries within 24 hours during working days.