Technical route of lithium battery ternary materials

As the energy density of lithium iron phosphate basically lacks room for substantial improvement, in the context of the country’s increasing requirements for the range of new energy passenger cars, BYD has always been regarded as the adherent of the lithium iron phosphate route. The energy vehicle Tangs uses ternary lithium batteries, and more domestic new energy processing companies including BAIC, JAC, Chery, SAIC, etc. have also begun to abandon the lithium iron phosphate route and switch to the category of ternary lithium batteries. From the perspective of industrial layout, more and more lithium iron phosphate battery processing manufacturers are beginning to pay attention to the development of ternary materials. Someone said before that the company is actively accelerating the development and industrialization of composite ternary material batteries. According to reports, the output value of lithium battery cathode materials in my country in 2017 reached 9.575 billion yuan, of which ternary materials accounted for 2.74 billion yuan, accounting for 28.6%; in the field of power lithium-ion batteries, ternary materials are rising strongly, with BAIC EV200 roll out. Chery EQ, JAC IV4, Zhong Taiyun 100, etc. all use ternary power lithium-ion batteries. Many experts predict that ternary materials will replace expensive lithium cobalt oxide materials in the near future due to their excellent performance and reasonable manufacturing costs. Ternary materials are important consumables in electrochemical processing. Their quality directly affects the quality of pre-baked anodes, and more recently the consumption of pre-baked anodes in the sintering process, and even affects the current efficiency, power consumption and product grade of battery materials and other economic indicators . Although ternary materials are widely used, it does not mean that ternary lithium batteries will absolutely dominate the world in the future. The battery industry has always been a generation of material generation technology, and the entire industry has not stopped exploring new materials and new technologies. Energy density and safer performance are always the two propositions that the company tries to balance. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete.