• Charging Module REG1K0135Z5
Charging Module REG1K0135Z5
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Charging Module REG1K0135Z5

REG1K0135Z5 adopts a brand new topology and full SiC design, with peak efficiency>97% and comprehensive efficiency>96%; The module has a very small volume, reducing the footprint of the pile body; Supports 0 power consumption; More than 20 temperature sampling points are set up inside the module, and it supports three levels of noise reduction mode, which facilitates the noise reduction design of the pile body.

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  • Product Description
  • REG1K0135Z5 adopts a brand new topology and full SiC design, with peak efficiency>97% and comprehensive efficiency>96%; The module has a very small volume, reducing the footprint of the pile body; Supports 0 power consumption; More than 20 temperature sampling points are set up inside the module, and it supports three levels of noise reduction mode, which facilitates the noise reduction design of the pile body. Adopting a patented integrated design of power tube heat sink and applying adhesive treatment, the module reliability is much higher than traditional air-cooled heat dissipation products, and can be applied to fast charging and overcharging pile products in various environments and scenarios.

    • Input voltage range: 260Vac~530Vac, 3L+PE

    • Maximum input current: 76A

    • Frequency range: 45Hz~65Hz

    • Power factor: ≥ 0.99

    • Efficiency: Full load efficiency>96%

    • THD:<4%

    • Current sharing: Imbalance<± 5%

    • Voltage stabilization accuracy: < ± 0.5%

    • Steady current accuracy: ≤± 1% (output load 20% to 100% rated range)

    • Output current: 0~133A

    • Output voltage range: 150Vdc~1000Vdc

    • Output power: 40kW

    • Maximum output current: 133A

    • Dimensions: 84mm (height) x 300mm (width) x 438mm (depth) (excluding handle and terminal protrusions)

    • Weight: ≤ 16.5kg

    • Communication method: CAN bus

    • Working temperature: -40 ° C to+75 ° C, with derating for use above+55 ° C

    • Cooling method: forced air cooling

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