GBS LFP 80Ah 3.2v Lithium LiFePO4 Battery Cell

1. Battery cover and screw terminals: The battery is equipped with a protective cover to prevent the terminals and connectors from short circuiting or damage. The electrode terminals use four screws or rivets instead of one bolt, which reduces the chance of loosening under vibration. The screw hole terminals are more convenient and quick to use when assembling the battery pack. It is also easier to maintain and replace the battery cells later.

2. High rate output: Instantaneous pulse discharge (2s) can reach 10C.

3. Good high temperature performance: It can work at an external ambient temperature of 65℃, and the battery structure remains intact.

4. Good low temperature performance: When the external ambient temperature is -20℃, the 1C discharge capacity is not less than 90% of the rated capacity, and the 0.33c discharge capacity is not less than 70% of the rated capacity.

5. Good safety performance: The battery is equipped with a one-way safety valve with a unique dual protection function. When the internal air pressure of the battery exceeds the first pressure limit value, gas and heat will be released through the safety valve to ensure the normal use of the battery; when the internal air pressure of the battery exceeds the second pressure limit value, the safety valve will pop up instantly to ensure that the battery will not burn or explode.

6. High cycle life: After 3000 cycles of charge and discharge (80% DOD), the battery’s discharge capacity is still greater than 80% of the rated capacity.

7. Fast charging: 0.5 hours to 80% of the rated capacity, 1 hour to full.

8. Plastic shell: First, the plastic shell of the battery cell is more flexible and durable than the aluminum shell, which is equivalent to an extra layer of protection. This can prevent accidental falls or vibrations, reducing the possibility of damage to the battery cell. Secondly, unlike aluminum, plastic is more corrosion-resistant. In high humidity environments, plastic shells can better maintain their integrity, thereby ensuring longer battery life. Thirdly, plastic can provide a certain degree of heat insulation, which helps to insulate the battery. Finally, unlike conductive aluminum, plastic is non-conductive, providing a safer option.