Lithium iron phosphate batteries will be widely used in a short time

Luo Huaanta, assistant to the dean of the High-tech Industry Research Institute and high-end analyst, said that the trip of Tening (or doped with lithium manganese) data-powered lithium batteries will be the focus of the development of pure electric vehicles in the next five years. Luo Huanta believes that lithium iron phosphate is the basic choice for my country now, but due to the energy density constraint of lithium iron phosphate, it is difficult to reach 150wh/kg. In the future lithium battery technology road, only three or silicon technology roads are expected to meet the policy. But silicon-based lithium batteries are still far from industrialization. Wu Jun, chairman of Bostonbattery, had similar thoughts in an interview. This shows that ternary data is a trend. In the next 3-5 years, high-end and ternary power lithium battery systems will show an oversupply situation; in the past, people paid attention to lithium iron phosphate (LFP), but due to the data Limitations may gradually decrease in the future. At present, electric vehicles represented by Tesla cars have gradually matured in the use of ternary data. But Mr. Wu also admitted that the battery industry is developing slowly. Lithium iron phosphate batteries, like many lead-acid batteries today, will continue to be used for some time. In a short period of time, domestic power will continue to be dominated by lithium iron phosphate lithium batteries. Jian Huafang, chairman of the Porch Science and Technology Center, also showed that domestic lithium battery and electric vehicle companies can pass the guarantee of lithium iron phosphate materials. Become a mature cell ability within three years, improve the skill level, and then transition to the industrialization of ternary materials for lithium batteries. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: How to improve the safety performance of lithium batteries?