Cabinet-Type PV-Storage System

Employing a standardized design, the lithium battery system, battery management system, firefighting system, liquid cooling thermal management system, and power distribution system are integrated within a single cabinet, offering commercial and industrial users a highly safe, reliable, and long-life energy storage product that can be flexibly configured to suit various application scenarios.

  • Battery Capacity: 261.248 kWh
  • Rated Power: 125 kW
  • Rated Voltage: 832 V
  • Cooling Method: Intelligent Liquid Cooling
  • Firefighting System: Aerosol
  • Dimensions (W × D × H): 1600 × 1350 × 2300 mm
  • Weight: ~3.33 t
  • Operating Temperature: -25~60℃ (derating above 45℃)
  • Communication Interface: Wireless 4G / Ethernet / PQ
  • Protection Rating: IP54
  • Relative Humidity: 0~95% RH
  • Product List

    System parameters
    Battery Pack Parameters Battery cluster parameters
    Project Unit Product Parameters Project Unit Product Parameters
    Cell type LFP 314Ah Pack number of strings 5S
    Combination method 1P52S Operating voltage range Vdc 728~936
    Rated voltage Vdc 166.4 Rated voltage Vdc 832
    Rated energy kWh 52.2496 Rated energy kWh 261.248
    Magnification Cp ≤0.5 Magnification Cp ≤0.5
    AC side parameters Photovoltaic parameters
    Project Unit Product Parameters Project Unit Product Parameters
    Rated AC power kW 125 Photovoltaic input power kW 100
    Rated AC current A 180
    Rated AC voltage V 400 Photovoltaic open-circuit voltage range V 250-708
    Frequency Hz 50/60
    Power factor 1 (Ahead of Schedule) ~ 1 (Lagging Behind) Photovoltaic maximum current A 160*2
    Current distortion rate <3% (rated power)
    Communication access methods Three-phase four-wire Photovoltaic MPPT number 2
    Standard parameters
    Project Unit Product Parameters
    Dimensions (W*D*H) mm 1600×1350×2300
    Weight t ~3.33
    Operating temperature range -25~60 (>45℃, the rate of decrease)
    Relative humidity %RH 0~95%RH
    Working altitude m ≤2000 No derating
    Cooling method Intelligent liquid cooling
    Protection level IP54
    Communication interface 4G Wireless/Ethernet/PQ
    Qualifying Method Down in, down out
    Firefighting methods aerosol

    Benefit

    Benefit

    • High-quality battery cells from leading manufacturers

      High-quality battery cells from leading manufacturers

    • Advanced liquid cooling technology

      Advanced liquid cooling technology

    • Supports multiple units operating in parallel

      Supports multiple units operating in parallel

    • Real-time fire detection

      Real-time fire detection

    • High safety performance

      High safety performance

    • Intelligent platform, supporting mobile APP and web access

      Intelligent platform, supporting mobile APP and web access

    Full-stack energy storage solutions, driving a green future with electricity.

      • Covering a full range of products including air-cooled/liquid-cooled outdoor cabinets, containers, and residential storage.
      • Meeting the application needs of various scenarios such as industrial, commercial, and residential applications.
      • Providing comprehensive solutions from investment analysis and operation and maintenance to full lifecycle services. 
    • High integration

      High integration

        - Employs a 1500V DC high-voltage system.

         - Significantly improves energy storage efficiency while reducing unnecessary losses.

         - Overall system cost is reduced by 10%, providing customers with a more cost-effective solution.

    • Multi-level fire monitoring system

      Multi-level fire monitoring system

        - Industry-first fire detection tube fire suppression technology.

        - Each PACK is equipped with an independent fire suppression system.

        - Enabling precise fire suppression at the single PACK level, effectively preventing the spread of thermal runaway.

        - Comprehensively ensuring the safety and reliability of the energy storage system.

    • Full-cycle independent design capability

      Full-cycle independent design capability

        - A closed loop is formed between simulation verification and early-stage design.

        - Achieving design autonomy across the entire ecosystem, from components to products.

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