MXC920100B 100kW bidirectional inverter module for battery energy storage system

The MXC920100B is a 100kW bidirectional DC/DC inverter module designed for battery energy storage systems and renewable energy integration. It operates within a 700–920Vdc voltage range, providing up to 120A current with ultra-high efficiency (>98.5%). With low ripple output, precise control, and strong parallel capability, it supports advanced grid services such as demand response and peak shifting. Its robust design ensures reliable operation in high-power storage applications.
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  • Product Introduction:
    The MXC920100B is a 100kW bidirectional DC/DC inverter module optimized for Battery Energy Storage Systems (BESS) and renewable energy storage. With ultra-high efficiency (>98.5%), ripple ≤1%, and precise control (voltage ±0.5%, current ±1%), it supports a 700Vdc–920Vdc operating range. Its compact air-cooled design ensures reliable operation in parallel configurations.

    Characteristic Curve:

    • Output Power
      100kw
    • High Voltage Side Voltage Range
      700VDC~920VDC (Special customization available)
    • High Voltage Side Max Current
      120A
    • High Voltage Side Stabilized Voltage Precision
      ≤±0.5%
    • High Voltage Side Stabilized Current Precision
      ≤±1% (Output loading 20%~100% rated range)
    • High Voltage Side Current Sharing Imbalance
      ≤5%
    • Low Voltage Side Voltage Range
      700VDC~920VDC (Special customization available)
    • Low Voltage Side Max Current
      120A
    • Low Voltage Side Stabilized Voltage Precision
      ≤±0.5%
    • Low Voltage Side Stabilized Current Precision
      ≤±1% (Output loading 20%~100% rated range)
    • Low Voltage Side Ripple Peak
      ≤1%
    • Low Voltage Side Current Sharing Imbalance
      ≤5%
    • Operating Temperatue
      -40℃~75℃, output derating above 50℃
    • Altitude
      ≤ 2000m, output derating above 2000m
    • Size(W×D×H)
      345×500×87mm
    • Weight
      <20kg
    • Efficiency(full load)
      >98.5%
    • Isolated Method
      High Frequency Isolation
    • Cooling Mode
      Air Cooling
    • Communication Method
      CAN bus
    • Parallel Module Quantity
      ≤60 pieces