car tyre inflatable pump activates power supply all-in-one emergency vehicle mount

Four major advantages
1. Thermal uncontrolled temperature is much higher than tripartite polymers
Lithium iron phosphate Thermal runaway temperature reaches above 200°C, difficult to burn even if thrown into a fire
There are no safety hazards even in summer when the car is exposed to high temperatures. However, trimethyl lithium polymers
The battery is safe to withstand temperatures of 60°C, and once the heat goes out of control, sparks scatter and the combustion becomes intense.
Friends with battery common sense would never keep them in a car for long.
2.13V Voltage Accurately Match Automotive Circuit
The working voltage of the automotive circuit is about 11-14 V, which is perfectly compatible with the voltage of the 4-string iron phosphate lithium battery, truly making the vehicle feel no charge. Meanwhile, the 4-string tri-polymer battery has a full charge of up to 16.8 V, which is seriously higher than the standard voltage of the automotive circuit, easily causing the driving computer to report errors and even burning various low-voltage modules that are directly connected to the battery!
3. Small autonomous discharge, and supports full charge storage
Lithium iron phosphate batteries have stable chemical properties, discharge extremely low when resting and unused, and support long storage with full charge, allowing easy standby for several years. Meanwhile, high-amplify lithium tri-ion polymer batteries have high chemical activity, discharge faster, and full charge storage is prone to swelling, and due to safety considerations, they should not be stored with full charge in the car, with shorter standby time
4. Slow deterioration of performance, longer machine life
The naturally more stable chemical properties make the performance of iron phosphate lithium batteries decay more slowly. The cycle life of ordinary iron phosphate lithium batteries can reach about 4,000 cycles. Even the cycle life of chemical properties more active high-watt iron phosphate lithium batteries is also more than 2,000 cycles, far exceeding the cycle life of high-watt tripartite polymer batteries of 200-500 cycles.