Lithium batteries rely on the movement of lithium ions between electrodes to generate electrical energy. The storage and release of this electrical energy is accomplished by the insertion and de-insertion of lithium ions released from the positive active material into the negative active material, without chemical reactions. , which is a big feature of lithium-ion batteries.

The lithium ion battery consists of a positive active material as an oxidant, a negative active material as a reducing agent, an electrolyte as a lithium ion conductive phase, and a separator to prevent short circuit between the two electrodes. The following takes the lithium-ion battery as an example to illustrate the storage environment and precautions of the battery:
Precautions for storage environment requirements Do not immerse the power battery assembly product in water, or rinse it with water. It is forbidden to put the power battery assembly into fire or expose it to high temperature for a long time, and it must be kept away from heat sources. Avoid storage and use in environments with high static electricity or high electromagnetic radiation.