The wave of automobile electrification drives lithium electric materials.Facing the TWh era, the capacity scale of the head enterprises of power battery generally steps forward to the volume of 100 GWh, which requires the scale of supporting materials to step forward to the level of more than 100 thousand tons. For lithium iron phosphate materials, […]
In 1973, The British chemist Whittingham used titanium disulfide with layered structure as a cathode, with lithium metal as a anode assembled into a battery, the development of contemporary li ion cell beginning from this. Then Akira Yoshino applied a layer of graphite to the anode, setting the modern li ion cell on the road to widespread commercial […]
SONY commercialized lithium-ion batteries in 1991, based on the work of John Goodenough, a professor at the University of Texas at Austin. So far, there are various types of lithium batteries have been developed in the past 30 years, and these different types have different performance, with some small differences.Different types of lithium batteries products have […]
Nowadays, the automobile industry is in the process of high-speed electrification, and auto batteries have become a very important part of electric vehicles, which to a considerable extent affects and determines the cost, mileage, price, stability and safety of the vehicle. Therefore, the importance of the auto batteries is more than the engine of the traditional fuel […]
Tesla will promote the lithium iron phosphate battery route in the US market, with ATL and BYD as potential suppliers. In the US, pre-orders for the standard enhancement Model 3 were recently notified that they would be able to pick up their car early if they chose lithium iron phosphate batteries from China. The lithium iron phosphate battery […]
The cell of lithium ion battery consists of only five parts, and there are about 10~20 kinds of materials related to the cell. The battery comprises a cathode material, a anode material and a corresponding fluid collector, separated by a separator between the cathode and anode, and its main components are polypropylene and polyethylene plastic. The […]
Lithium ion batteries are a very complex system consisting of different kinds of electrode materials, each with different performance characteristics. The cathode materials that have been commercialized include lithium iron phosphate, lithium cobalt acid, lithium manganese acid, nickel drill manganese ternary and nickel drill aluminum ternary materials.In the application of new energy vehicles, lithium iron phosphate […]
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