602030 lipo battery

　　Ternary 602030 lipo battery refers to a lithium battery in which the positive electrode material of the battery is lithium nickel cobalt manganate or lithium nickel cobalt aluminate. The ternary composite positive electrode material is made of nickel salt, cobalt salt, and manganese salt as raw materials. , the proportion of nickel, cobalt and manganese in it can be adjusted according to actual needs, and ternary materials are mainly used in new energy vehicles, electric vehicles, pneumatic tools, energy storage, intelligent sweepers, drones, intelligent smart wearable devices and other fields . Analyze the main uses of ternary lithium batteries based on the use of ternary materials:

　　1. New energy vehicle industry

　　In the 13th Five-Year Plan, the new energy vehicle manufacturing industry is a reliable application of the strategic new economy. Encouraged by new national policies, my country has already become the world's largest new energy vehicle market. The development trend of new energy vehicles shows that products and public service facilities are constantly improving, and sales are increasing. The increase in the sales market of new energy vehicles has promoted the market sales of battery cathode materials. Under the current impact policies and new energy bus customers' stronger requirements for navigation capabilities, the high energy density of ternary lithium batteries has become a market, and the ternary material market will continue to improve in the future.

　　2. Electric vehicle industry

　　In recent years, the battery vehicle manufacturing industry has been driven by current policies and the cost of lithium-ion batteries has continued to decrease, and the use and replacement process of lithium-ion batteries has accelerated. The important types of lithium batteries for electric vehicles are ternary lithium batteries and lithium-ion battery polyphosphate hybrid rechargeable batteries. The development trend of lithium batteries for battery vehicles will promote the market sales of ternary materials.

　　3. Industrial production of pneumatic tools

　　At this stage, the socialization of pneumatic tools has gone through the entire process of replacing traditional pneumatic tools with lithium battery-specific tools, increasing the production volume of single pneumatic tools, and expanding the production volume of lithium household appliances. In the future, the sales of lithium-ion batteries used in pneumatic tools will remain relatively stable. Ternary lithium batteries are used in pneumatic tools. Most mid- to low-end pneumatic tools are made of five-yuan series products and the following ternary materials. Therefore, the improvement in the sales of lithium-ion battery pneumatic tools will inevitably promote the development trend of ternary material sales.

　　4. Energy storage technology industry

　　At this stage, the market sales of energy storage lithium batteries in my country are still in the development stage, and because energy storage lithium batteries are dominated by ammonium sulfate lithium batteries and ternary lithium batteries are less used, the current development of energy storage lithium battery market sales Trend relativity is relatively limited. With the development trend of the energy storage lithium battery market, the future economic development is entering a process of continuous growth. Its energy storage is accompanied by the expansion of the market share of ternary lithium batteries. The growth of ternary materials in the field of energy storage lithium batteries Sales will increase relatively.

　　5. Smart sweepers, drones, smart wearable devices and other industries

　　At present, with the development trend of urbanization in my country, the continuous growth of household consumption, the improvement of consumption habits, and the emergence of new products such as smart sweepers, unmanned aircraft, and smart wearable devices are diversifying. With the significant improvement in the respiratory characteristics, temperature resistance and safety performance of ternary materials, as well as its price advantages, capacity density and other advantages and disadvantages, ternary materials will replace lithium cobalt oxide in the field in the future, and the market demand will further expansion.

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