Lithium batteries will be the guide for the future.

Most metropolises now face the same problem: traffic congestion, and while transportation is constantly on the rise, there is a new discovery. Lithium-ion batteries are growing in power markets such as transportation (such as electric cars, electric bicycles) and energy storage (such as smart grids, mobile communications and UPS power supplies).

In the field of transportation, it is represented by cars. The general direction of car electrification is undoubted, and the traditional fossil energy is less and less used. Before the advent of lithium-ion battery technology, almost every type of secondary battery technology (such as lead-acid batteries, nickel-cadmium batteries, nickel-hydrogen batteries, etc.) will be launched around the world, and there will be a wave of electric vehicle development around the world, but every time the root cause is that the battery performance cannot meet the demand. This time, the wave of electric vehicle development initiated by lithium-ion battery applications will continue, and the continuous improvement of battery performance is also crucial.

The requirements of electric vehicle for power battery performance are mainly reflected in safety and energy density. It goes without saying that safety is the primary choice of any means of transportation; In addition, the space for transportation is limited, and there are requirements for mileage. Therefore, the energy density of power cells is also very important. There are many factors that affect the performance of lithium-ion batteries. Among them, the positive electrode material is an important factor that plays a leading role. Therefore, before developing power lithium-ion battery technology, enterprises in different countries and regions should first consider which kind of positive material to choose.

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