Product Details

The MXC1500100B is a high-performance 100kW bidirectional DC/DC power module engineered for high-voltage DC applications. With an input voltage range of 1040Vdc–1500Vdc and an output range of 800Vdc–850Vdc, it provides flexible power conversion for solar-plus-storage systems, DC bus architectures, and microgrids. The module features air cooling and weighs less than 20kg, offering an ultra-high power density (>110W/in³) and superior efficiency (>98.5%) within a compact footprint of 345×500×87mm, making it suitable for cabinet integration and parallel system expansion.

For control and protection, the MXC1500100B supports CAN bus communication, ensuring seamless system integration and remote monitoring. Its precise regulation achieves ±0.5% voltage accuracy and ±1% current accuracy, enabling stable and reliable energy transfer. With current imbalance ≤5% and low ripple (<1%), the module enhances operational safety and extends battery lifecycle. A gluing process is applied for superior insulation, dust and moisture resistance, and improved thermal performance. Designed to operate in harsh environments, it supports a wide temperature range of -40℃ to +75℃ (derating above 50℃) and altitude up to 2000m (derating above 2000m).

Key Features

• Ultra-high efficiency: >98.5% conversion efficiency reduces system losses

• Wide voltage adaptability: 1040–1500Vdc input, ideal for next-generation solar storage systems

• High-precision control: ±0.5% voltage accuracy, ±1% current accuracy for stable operation

• Smart communication: CAN bus support for remote monitoring and system control

• Robust environmental adaptability: Operates from -40℃ to +75℃, suitable for outdoor and extreme conditions

• Modular and scalable: Lightweight (<20kg) compact design enables flexible parallel expansion

Applications

• Solar-plus-storage integration: Efficient energy transfer between PV arrays and battery banks

• DC bus systems: Stable DC power for data centers and DC microgrids

• Microgrids and off-grid systems: Enhances flexibility and reliability in distributed energy networks

• EV charging and energy storage infrastructure: Supports large-scale charging and hybrid power solutions

• Renewable energy power plants: Enables power balancing between wind/solar generation and the grid