3s lipo battery Manufacturers

In terms of materials used, the positive electrode materials of polymer lithium ion batteries are divided into lithium cobalt oxide, lithium manganate, ternary materials and lithium iron phosphate materials. The negative electrode is graphite, and the working principle of the battery is basically the same. The important difference between the positive electrode materials of polymer lithium ion batteries lies in the difference of electrolytes. Liquid lithium ion batteries use liquid electrolytes, and polymer lithium ion batteries use solid polymer electrolytes instead. This polymer can be dry or glued. At present, most of the polymer gel electrolytes are used.

Lithium battery has been widely used in the market today. Maybe many people do not know the correct operation of this product. In fact, its service life is generally 10 years, depending on the application environment and usual habits. It can be used for about 10 years under normal circumstances, but the capacity will slowly decrease in the later period. Each charge can be discharged for 300~500 times. In addition, how can the service life be extended? Let's take a look at the introduction given by the lithium battery manufacturer.

There are many kinds of electric boats, such as electric fishing boats, electric sightseeing boats, electric kayaks, etc., but generally speaking, they are mainly divided into two categories: unmanned model electric boats and manned practical electric boats.

The battery module can be understood as the intermediate product of the battery cell and pack formed after the lithium ion battery cells are combined in series and parallel, and the single battery monitoring and management device is installed. Among the three common lithium battery packaging forms, the single energy density of the soft package lithium battery is the most easy to achieve, but when it comes to module design, the task of considering the overall safety of the product is the most important, which can be said to transfer part of the cell activity to the module structure.