3.2V 280AH Lithium-Ion Battery Cell Lithium Electric Vehicle Battery

Low voltage protection switch automatically disconnected
Overvoltage protection switch automatically disconnects
Short Circuit Protection Switch - Automatic Disconnect
Reverse Polarity Protected Switch - Automatic Disconnect
Internal Cell Balancing - Automatically balances cells
Charge Balancing - Independent balancing of multiple cells connected in parallel or in series.
This battery protection system is designed to last throughout the life of the battery and provide reliable power for thousands of cycles.

battery balance
The BMS balances the cells by sending more current to the vertical boards and into the lower voltage cells. The BMS also discharges the battery over 3.2V during charging. of

thermal fuse

Advantages of lithium iron phosphate batteries
1. Large capacity, the same voltage and capacity are smaller than lead-acid batteries, lighter than lead-acid batteries
2. Lithium iron phosphate battery: long cycle life, more than 2000 cycles; lead-acid battery: cycle life is only 500 times
3. Good high temperature performance
4. Even if the battery is damaged internally or externally, the battery will not burn. Will not explode, best security
5. No pollution to the environment, green battery

FQA:

1.What is the failure rate of EV batteries?
On average, EV batteries degrade at only 2.3% of their maximum capacity per year, so with proper care, you can reliably expect EV batteries to last as long or longer than ICE drivetrain components.

2.Is it bad to charge your electric car every day?
Charging an EV at night can shorten the life of the car's battery pack. It's important to note that you should always follow the battery charging recommendations in your car's owner's manual.

3.How to extend electric car battery life?
Minimizing the time the EV is exposed to extreme temperatures, choosing standard charging over fast charging, controlling the optimal state of charge, and maintaining a consistent speed are the main ways to extend EV battery life.

4.What is a battery?
A battery is a device that directly converts chemical energy contained in active materials into electrical energy through electrochemical redox (redox) reactions. This type of reaction involves the transfer of electrons from one material to another through an electrical circuit.