How long does the Lithium-Polymer battery live?

Due to the different electrolyte materials that make up lithium ion batteries, lithium ion batteries are also divided into polymer lithium ion batteries and liquid lithium ion batteries. Polymer lithium-ion batteries have the same positive and negative materials as liquid lithium-ion batteries. The battery works in similar ways, and the electrolytes are different. Polymer lithium batteries are lightweight, have strong energy storage capabilities, have good discharge performance, and can cause various shapes, and have a long life. The electrolyte of a polymer lithium battery is a solid electrolyte. Compared to the liquid electrolyte of a liquid lithium ion battery, a polymer lithium battery can create various shapes to improve the specific capacity of the battery.

Polymer lithium battery

So how long does the Lithium-Polymer battery life last? Under the international uniform standard, the life of the battery is not expressed by time, but by the number of cycles, that is, the complete discharge is calculated once. The general lithium battery is between 300-500 times, and the A product polymer battery can reach 800 times. Therefore, the quality of the battery will be guaranteed by selecting a good battery supplier and the service life will be longer.

If lithium-ion batteries are used in high-temperature environments, such as temperatures above 350C, the battery's stored power will continue to decrease, resulting in a battery's service life that will not last as long as it does in a room temperature environment. Charging the battery in this high temperature environment will cause great damage to the battery, which will affect the service life of the battery. Even charging in hotter environments can cause varying degrees of damage to the battery, so it should be avoided as much as possible. If the battery is charged at a low temperature, such as an environment below 40C, it will also cause damage to the battery.

If the polymer lithium-ion battery is not charged for a long time, its life span will be reduced. Polymer lithium-ion batteries need to keep the electrons flowing for a long time before they reach their ideal service life. Polymer lithium-ion batteries are not very mature in the global commercial production technology and now occupy a small market share.

At present, the market price of polymer lithium-ion batteries is higher than that of liquid lithium-ion batteries. Compared with liquid lithium-ion batteries, their life span and safety performance are good. It is believed that there will be a lot of room for increase in the near future.

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