3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency

Product Description

Product Description
Product Description for Storage LiFePO4 3.2V 100Ah Solar Battery for Solar Energy System
  • Model: AS-3.2V-100Ah
  • Voltage: 3.2V
  • Capacity: 100Ah
  • For Storage and EV
Parameter Table
No. Item Parameters Remarks
1 Norminal Capacity 100Ah Capacity according to standard discharge, after standard charge
2 Norminal Voltage 3.2V Average voltage according to stardard discharge, after standard charge
3 Charge type CC/CV /
4 Charge cut-off voltage 3.65V /
5 Discharge cut-off voltage 2.0V /
6 Charge current 100A constant current
7 Discharge current 100A constant current
8 Max. discharge current 300A 15s
9 Weight 3420g /
10 Inner Resistance <2mΩ /
11 Dimension(T*W*H) 36*130*200mm /
12 Working temperature Charging: 0~45 °C;
Discharging: -20~60°C
/
13 Storage temperature 1 month: -20~60°C;
3 months: -20~45°C;
6 months: -20~25°C
Recommended storage temperature: 20°C, at the shipment state
Product Pictures
3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency
3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency
3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency
3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency
Package
3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency
Application
3.2V 100Ah Prismatic Lithium Ion Storage Battery LiFePO4 Solar Energy System with High Efficiency
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Frequently Asked Questions
What are the main applications for the 3.2V 100Ah LiFePO4 battery cell?
This cell is widely used in solar energy storage systems, solar streetlights, electric vehicles (EVs), electric patrol cars, golf carts, yachts, and UPS power backups.
Can I connect these 3.2V cells in series or parallel to make a custom pack?
Yes, you can connect them in series to increase the voltage (e.g., 4 cells in series for 12.8V, 8 cells for 25.6V) or in parallel to increase capacity, provided all cells are balanced and have matched capacity.
What is the expected life cycle of this LiFePO4 solar battery?
Generally, LiFePO4 battery cells offer over 2000 to 4000 cycles at 80% Depth of Discharge (DOD) under standard charge and discharge rates, lasting significantly longer than lead-acid options.
Do I need a Battery Management System (BMS) to run these cells?
Yes, it is highly recommended to install a BMS when building a battery pack. The BMS manages balancing, protects against overcharging, over-discharging, and protects against short circuits.
What are the recommended temperature limits for charging and discharging?
The standard charging temperature range is 0°C to 45°C. The discharging temperature range is -20°C to 60°C. Charging below freezing temperatures (0°C) is not advised without heating.
What is the recommended storage conditions for these cells?
For short-term storage (under 1 month), keep the cells between -20°C and 60°C. For longer storage, keep them in a cool, dry place ideally at 20°C and at the recommended shipment charge state.

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