Normally, high-temperature lithium batteries can undergo 300-500 charges and discharges. Lithium batteries should preferably have partial discharge rather than full discharge. As soon as the battery is released, it is the passage of time. Whether you use it or not, its lifespan is only 2-3 years.

　　The temperature has reached 800 degrees Celsius. The testing temperature of lithium batteries is generally around 200, 500, and 800 ℃, but we have never encountered such high temperatures in our daily lives. However, we often find that when we overcharge or overcharge electronic products, we will find that they have been damaged.

　　There are two main types of high-temperature lithium batteries, one is metal lithium batteries, and the other is lithium-ion batteries. This lithium-ion battery does not have any metallic lithium and can be charged. The sixth generation charger - lithium metal batteries was introduced in 1996. Its safety, specific capacity, self discharge rate, and cost-effectiveness are all superior to lithium-ion batteries. Due to its high technological content, only some companies in certain countries currently need to manufacture lithium-metal batteries.

　　In some large instruments, high-temperature resistant lithium batteries are used. Due to its environmental pollution, low energy density, large volume, short service life, and heavy weight, lead-acid has the characteristics. At present, the new products and upgraded versions of batteries launched by manufacturers are mainly powered by high-temperature lithium batteries.

　　To ensure the service life, safety, and reliability of the battery, the safety protection and management system of the battery should avoid potential safety hazards caused by charging, overload, high temperature, low temperature charging, or short circuit.

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