rechargeable batteries Manufacturers

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.

What is the development prospect of lithium battery pack industry in the next few years? Where is the development direction? Lithium battery affects the industrial reform of new energy fields such as energy storage, and relates to the development of China's new energy vehicle market. With the in-depth development of national environmental protection, the development scale of China's lithium battery industry will become larger and larger in the next few years. So, what is the future development prospect? Where is the development direction? Let's listen to what these industry leaders say. 1、 Changes in the application field of lithium batteries Since 2015, the industrial structure of lithium battery packs in China has changed significantly, and the demand for power lithium batteries has grown rapidly. In 2016, the power lithium battery market accounted for

Lithium battery manufacturers for electric vehicles: With more and more intelligent products, the application of lithium battery for electric vehicles will be more and more extensive, which can be said to be an important part of them. However, if you do not know the operation items during the use, it is likely to reduce their service life. What should we know when applying? Let's take a look at the answers given by lithium battery manufacturers.

、 Background of intelligent lithium battery At present, lithium-ion batteries have become popular in the market, and a large number of lithium-ion battery packs have adopted the form of multi cell series and parallel. Due to the individual differences of cells, it is impossible to achieve 100% balance between charging and discharging, so a complete set of charging management system is