2770145-16S3P-51.2V-60Ah-Lithium Iron Phosphate Battery-Photovoltaic Energy Storage


Short-circuit protection, overcharge protection, over-discharge protection, overcurrent protection, temperature protection, and cell balancing, among others.
  • Commodity name: 2770145-16S3P-51.2V-60Ah-Lithium Iron Phosphate Battery-Photovoltaic Energy Storage
  • Application scenarios: Portable Power
  • Voltage specification: >60V
  • Capacity Specifications: 50-100 Ah
  • Battery Type: Ternary lithium battery
  • Battery Cell Model: 18650

Email:

weilisi@qq.com

  • Product Description

    Short-circuit protection, overcharge protection, over-discharge protection, overcurrent protection, temperature protection, and cell balancing, among others.

    51.2V/60Ah photovoltaic energy storage battery
    Battery cell model: 2770145/3.2V/20Ah
    Battery specifications: 2770145/16S3P/51.2V/60Ah
    Nominal Voltage: 51.2V
    Nominal Capacity: 60 Ah
    Charging voltage: 58.4 V
    Charging current: ≤15A
    Discharge current: 20A
    Instantaneous discharge current: 30 A
    Discharge cut-off voltage: 40 V
    Finished product internal resistance: ≤200 mΩ
    Battery weight: 30 kg
    Product dimensions: 650 × 488 × 120 (max)
    Charging temperature: 0–45°C
    Discharge temperature: -20 to 55°C
    Storage temperature: -20 to 40°C
    Temperature protection: 65°C ± 5°C
    Battery casing: cold-rolled sheet metal
    Lithium-battery protection: short-circuit protection, overcharge protection, over-discharge protection, overcurrent protection, temperature protection, cell balancing, etc.
    Application Field: Photovoltaic Energy Storage

    Product Features

    • Battery level display: The battery level is shown on the display, providing a clear and intuitive overview of the battery status.
    • Shock and dust resistance: constructed with cold-rolled sheet metal, featuring a powder-coated surface and an internally packed shock-absorbing structure for superior vibration and dust protection.
    • Communication interface: Adopts the RS485 communication protocol, enabling readout of battery voltage, current, temperature, capacity, and other parameters.
    • Data communication management: employs software-controlled chips, precise data transmission, and accurate temperature control to minimize security risks.
    • Battery pack safety, equipped with a temperature probe; automatic protection activates when temperature exceeds the threshold.
    • The battery pack boasts a long cycle life, aligning with the values of low carbon, energy efficiency, and environmental protection.