Lithium iron phosphate batteries will cause some abnormal reactions at high temperatures, such as some material decomposition at high temperatures. Temperature has a great impact on the performance of lithium ion batteries. The temperature increases, the charging and discharge capacity of the lithium -ion battery will decrease, and the charging time will increase, but the temperature will increase, which can reduce the battery self -discharge. Instead, the battery capacity increases when the temperature is reduced. The working limit of lithium iron phosphate batteries at high temperature decreases as its working environment temperature rises. This process is called "thermal effect". The working limit of lithium iron phosphate batteries at high temperature depends on the temperature and discharge multiplication of the environment where it is located. When the ambient temperature exceeds 35 ° C, the lithium iron phosphate battery will occur significantly attenuation; when the environmental temperature is lower than 0 ° C, its attenuation will be attenuated. The amplitude is small. When the lithium iron phosphate battery works at high temperatures, it consumes too much oxygen to transfer heat to the outside instead of internal, so it will generate more calories.

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