Bidirectional dc/dc module

Model: MXC95050B

Bus side: 200~950Vdc/0~40A

Battery side: 200~950Vdc/0~50A

Rated power: 20kw

MXC95050B 20kW DC/DC Bi-directional Module – High-Efficiency Power Conversion Solution

The MXC95050B 20kW DC DC bi-directional module is engineered for modern power systems that require flexible energy flow, stable DC conversion, and compact system integration. Designed as a high-performance DC/DC module, it enables seamless bidirectional power transfer between high-voltage and low-voltage DC buses, supporting both charging and discharging modes within a single platform.

With its advanced topology and optimized thermal design, this 20kW module is well-suited for continuous operation in demanding environments where efficiency, reliability, and space utilization are critical. The module supports a wide DC voltage interface, making system design more adaptable for evolving energy architectures.

As a robust bi-directional module, the MXC95050B plays a key role in applications such as battery energy storage systems (ESS), photovoltaic power systems, DC fast charging infrastructure, battery second-life systems, and data center power management. Its high power density helps reduce overall system size, while comprehensive protection mechanisms enhance long-term operational safety.

For system integrators and equipment manufacturers seeking a scalable and future-ready 20kW DC DC bi-directional module, the MXC95050B provides a reliable foundation for next-generation energy storage, charging, and multi-energy complementary solutions.

Feature details

• Hot-plugging

Hot-plugging charging modules, easy installation and maintenance.

• Current sharing

Auto current sharing between modules, current imbalance less than 5%.

• Output current adjustment

Through external controller, current limiting point of module can be configured continuously from 0A to 50A (40A). Current on the battery side can be configured continuously in both charge and discharge mode.

• Output voltage adjustment

Through external controller, the output voltage of module can be configured continuously from 200Vdc to 950Vdc, and the minimum adjustment step is 0.1Vdc.

• Over/under voltage protection
• Over temperature protection
• Short circuit protection

Characteristic Curve