Eco Power Group
Eco Power Group

The Wide Applications Of NCM Lithium Batteries

Why NCM lithium batteries are widely used

NCM lithium battery is a lithium battery using lithium nickel cobalt manganese or lithium nickel cobalt aluminate NCM cathode material. x lithium ion battery cathode material has a variety of materials, mainly lithium cobalt acid, lithium manganese acid, lithium nickel acid, NCM materials, lithium iron phosphate, etc.. Lithium manganate battery energy density is low, high temperature cycle stability and storage performance is poor, so lithium manganate only as the international 1st generation of power lithium battery cathode material; and multi-materials because of the dual advantages of comprehensive performance and cost is increasingly concerned and recognized by the industry, and gradually overtake lithium iron phosphate and lithium manganate to become the mainstream technology route. NCM material cells have replaced the widely used lithium cobaltate cells and are widely used in the field of notebook batteries.

NCM lithium batteries are used in the electric vehicle manufacturing industry

In recent years, the electric vehicle manufacturing industry has been driven by the current policy and the continued reduction of lithium-ion cost, and the application of lithium-ion battery replacement process has accelerated. The key types of lithium batteries for electric vehicles are NCM lithium batteries and their lithium-ion phosphate hybrid system rechargeable batteries. The development trend of lithium batteries for electric vehicles will promote the sales market of NCM materials.


NCM lithium batteries used in the new energy vehicle industry

In the industry "mileage anxiety", "range anxiety" background, long range has become the number one task of the new energy vehicle industry to focus on. Currently, there are two main technical routes to solve this problem, namely NCM lithium polymer batteries and lithium iron phosphate batteries. Nickel cobalt manganese NCM lithium battery has high energy density and is currently the most widely used, but its high cost, if a breakthrough in safety can be achieved, the future will still occupy the mainstream of the market.