What Should We Pay Attention To When Storing Lithium Batteries

Lithium batteries generate electric energy by moving lithium ions between electrodes. The storage and release of this electric energy is completed by inserting and removing lithium ions from the positive active material into the negative active material, without chemical reaction, which is the major feature of lithium ion batteries.
This characteristic of its battery response determines that it will have a longer life than the traditional secondary battery. In addition, the wide selection space of electrode data is also its major feature. In addition, lithium-ion battery itself has the characteristics of miniaturization, lightweight and high voltage. Through the selection of data and structural planning, it can not only achieve high output power and high capacity, but also plan the structure and characteristics that are completely consistent with the actual use, which is also one of the advantages of lithium-ion battery.
The lithium-ion battery is composed 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. Take the lithium-ion battery as an example to illustrate the storage environment and precautions of the battery:
Storage environment requirements Precautions: Do not immerse the power battery assembly product in water or wash it with water. It is prohibited to put the power battery assembly into fire or expose it to high temperature for a long time. It must be kept away from heat sources. It is prohibited to store and use in the environment with high static electricity or high electromagnetic radiation.