Tel:
China 3.2V LiFePO4 Battery Cell manufacturer
Shenzhen RJ Energy Co.Ltd

 6000cycles- 10 years Warranty - Factory Price - OEM/ODM

Home ProductsPrismatic Battery Cells

High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System

High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System

    • High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System
    • High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System
    • High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System
  • High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System

    Product Details:

    Place of Origin: China
    Brand Name: RJ
    Certification: MSDS/UN38.3/ROHS/KC/BIS/CE
    Model Number: RJ-LFP71173200-271

    Payment & Shipping Terms:

    Minimum Order Quantity: 1PCS
    Price: USD1-100.00 / PCS (FOB Shenzhen)
    Packaging Details: Carton packaging
    Delivery Time: 3 days
    Payment Terms: T/T, Paypal
    Supply Ability: 5000pcs per Month
    Contact Now
    Detailed Product Description
    Color: Blue Type: LiFePO4
    Size: D71*W173*H200MM Weight: 5.4KG
    Discharge: 2C Voltage: 3.2V
    Capacity: 271Ah Self Discharge Rate: 1-3%/month

    High Energy Density LFP 6000 Times Cycle Battery 3.2V 271Ah Solar Power System
    High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System
     

    Model

    RJ-LFP71173200-271

    TypeLiFePO4

    Casing material for single cell

    Aluminum shell

    Nominal Voltage

    3.2V

    Capacity

    271Ah

    Configuration867.2Wh

    Core size

    D71*W173*H200MM

    Cell Weight

    5.4KG

    Charging Current

    Standard Charging:0.2C

     

    Max Charging:1C

    Max Discharging Rate

    Max Discharging:2C

    Cut-off Voltage

    Charging:3.65V

     

    Discharging:2.5V

    Internal Resistance

    ≤ 0.5mΩ (At 0.2C rate, 2.0V cut-off)

    Working Temperature

    Charging: -10°C~55°C

     

    Discharging: -20°C~70°C

    Storage Temperature

    ≤1month: -10–45°C

     

    ≤3month: 0–30°C

     

    ≤6month: 20±5°C

    Life Cycle

    >6000 times (100%DOD)

    Supply Ability5000 Pieces per Month
    PackagingCarton packaging

    Port

    Shenzhen

     
    High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System
    High Energy Density LFP 6000 Times Cycle Battery Cells 3.2V 271Ah Solar Power System
     
    Product Description:
    1. RJ LiFePO4 Battery is rechargeable more than 6000 times, it can be used 15 years at least.
    2. RJ Lithium Iron phospahte Battery cell is well-performanced at high & low temperatures.
    3. Since 2009, RJ Battery has obtained International Certification, CE/IEC/UL/KC/BIS/ROHS, etc.
    4. Maintenance-free. RJ lithium LFP battery is free from using acid or water. Environmental friendly.
    5. RJ Battery is the Longest cycle life in the market so far for 6000 cycles, and has good fame in battery industry.
    6. Perfect critical backup power systems for hospitals, finance, telecommunications.
    7. Perfect used for Electric vehicles and charging stations, tourist coaches, yachts, wind and solar energy storage power, traffic signals.
    8. Solar hybrid street lighting, UPS power supply, home storage is also matched.
    9. If you need,Coal, disaster relief emergency, weather radar, electricity, smart grid, communication base stations can be used too.
    10. RJ  Battery is vastly superior to competitors because of high energy density, small size, light weight.
    11. RJ Battery has high C-Rate discharge / charge capability.

    Contact Details
    Shenzhen RJ Energy Co.Ltd

    Contact Person: Mr. Carl

    Tel: 86-13430203848

    Send your inquiry directly to us (0 / 3000)

    Shenzhen RJ Energy Co.Ltd
    4F Building B, No.2, Qixin Road, Longgang District, Shenzhen, China
    Tel:86-13430203848
    Privacy Policy China Good Quality 3.2V LiFePO4 Battery Cell Supplier. Copyright © 2019 rj-lithium.com. All Rights Reserved. Developed by ECER