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    • Keheng 10KW 20KW Lifepo4 HV battery 204V

    Keheng 10KW 20KW Lifepo4 HV battery 204V high voltage energy storage cabinet

  • Product Item：KH-HV204
  • Nominal voltage: 204.8V
  • Nominal capacity: 100AH
  • Nominal Energy: 10.24Kwh/20.48Kwh
  • Cycle Life:6000cycles(@90% DOD)
  • Description：High voltage Energy Storage Cabinet
    • high voltage energy storage cabinet  , 204v HV battery  , high voltage energy storage  , lifepo4 204v HV battery
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    Description

    KEHENG Lifepo4 HV 204V high voltage energy storage cabinet

    Product paramenters

    Item
    Specifications
    Model
    10.24Kwh
    20.48Kwh
    Nominal voltage
    204.8V
    Nominal Capacity
    50Ah/100Ah (Battery)
    Charge Current
    50A Max
    100A Max
    Max Discharge Current
    50A
    100A
    Housing
    IP65  Metal Cabinet
    Communication Port
    CAN, RS232, RS485
    Grid connection
    Off grid or Hybrid grid
    Dimension
    600*430*1370mm
    Charging working temperature
    0℃~45℃
    Discharge working temperature
    -20℃~55℃
    Storage temperature
    -10℃~45℃
    weight
    150KG
    200KG
    Customized
    Support custom design of your LOGO, laser process or label (ODM)


    1. Keheng High Voltage Energy Storage Cabinet ESS Features:

    2. LiFePO4 Battery Chemistry: LiFePO4 is a type of lithium-ion battery chemistry that offers a stable and safe operation. It has a high energy density,

    3. which means it can store a significant amount of energy in a compact space.

    4. High Voltage: The energy storage cabinet operates at a high voltage of 204 volts, allowing for efficient energy storage and distribution. Higher voltages

    5. are advantageous in certain applications as they reduce resistive losses during power transmission.

    6. Energy Capacity: The cabinet is designed to store a specific amount of electrical energy, measured in kilowatt-hours (kWh) or megawatt-hours (MWh).

    7. The energy capacity determines how much power the system can deliver over a certain period.

    8. Inverter System: An inverter is integrated into the energy storage cabinet to convert the DC energy stored in the LiFePO4 batteries into AC energy suitable

    9. for powering electrical loads or injecting into the grid.

    10. Battery Management System (BMS): The BMS is a critical component that monitors and manages the LiFePO4 battery cells' performance. It ensures safe

    11. charging and discharging, balances individual cells to maintain uniformity, and protects against overcharging or over-discharging.

    12. Cooling and Thermal Management: High-voltage energy storage systems generate heat during charge and discharge cycles. Effective cooling and thermal

    13. management systems are necessary to maintain optimal operating temperatures and extend the battery life.

    14. Control and Monitoring System: The energy storage cabinet is equipped with a control and monitoring system that allows operators to oversee the system's

    15. performance in real-time. It provides information on energy levels, battery health, and system status.

    16. Safety Features: Safety is paramount in high-voltage energy storage systems. The cabinet should have safety mechanisms, such as fuses, circuit breakers, and

    17. emergency shutdown systems, to protect against electrical hazards and prevent damage to the equipment.

    18. Enclosure and Environment Protection: The cabinet is designed with a secure and weather-resistant enclosure to protect the internal components from environmental

    19. factors and ensure safe operation in various conditions.

    20. Communication and Integration Capabilities: Supports RS485 RS232 CAN communication protocol


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