62.5kw 1000v dc to dc power supply bidirectional converter module

The bidirectional charging module lets you send and receive electric energy in both directions. This lets you manage power systems better. It lets power flow freely between different devices and systems. This uses energy better, saves money, and is better for the environment. Bidirectional charging modules make energy management in power systems and for users more intelligent and efficient.
  • A bi-directional charging module for electric vehicles is a device that can transfer electrical energy from the grid to the EV battery, or from the EV battery to the grid. It allows electric vehicles to not only consume energy from the grid, but also participate in grid scheduling and energy management as a part of the grid's resources. This module can store and release energy from the EV battery, providing power to the grid when needed and returning excess power to the grid during peak demand.

    Key Features
    Ultra-High Efficiency: >99%
    Ultra-High Protection: Independent duct
    Wigh Range: 200V~950V, 200V~1000V
    High Power: 62.5 KW

    Characteristic Curve

     

     

     

    • Output Power
      62.5kw
    • High Voltage Side Voltage Range
      200VDC~1000VDC
    • High Voltage Side Max Current
      100A
    • High Voltage Side Stabilized Voltage Precision
      <±0.5%
    • High Voltage Side Ripple Peak
      <1%
    • High Voltage Side Current Sharing Imbalance
      <±5%
    • Low Voltage Side Voltage Range
      200VDC~950VDC
    • Low Voltage Side Max Current
      100A
    • 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 55℃
    • Altitude
      ≤ 2000m, output derating above 2000m
    • Size(W×D×H)
      240×455×87mm
    • Weight
      ≤10kg
    • Efficiency(full load)
      >99%
    • Cooling Mode
      Fan cooling
    • Communication Method
      CAN Communication
    • Parallel Module Quantity
      ≤60 pieces
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