Ternary lithium battery pack has become the development trend of lithium battery technology

　　Ternary lithium battery pack has become the development trend of lithium battery technology. The reason why the development momentum of ternary lithium battery packs is so rapid is the continuous adjustment and change of the state's subsidy policy for new energy vehicles. As consumer demand for electric vehicle driving range continues to increase, ternary lithium battery packs with battery energy density advantages are expected to further replace the lithium iron phosphate battery market.

　　Ternary lithium battery pack has become the development trend of lithium battery technology

　　As the core of new energy vehicles, power batteries have come to the forefront. As the core king of electric vehicles, ternary lithium battery packs have become the development trend of lithium battery technology. The development of ternary lithium battery packs has become a general trend, and ternary 18650 battery 1800mah are leading the innovation direction of lithium battery technology.

　　From the perspective of the entire industry chain, the upstream new energy vehicles of 18650 battery 1800mah are greatly affected by policies. Specifically, every increase in the production and sales of new energy vehicles is accompanied by policy incentives such as recommended catalogs. New energy passenger vehicles and special-purpose vehicles use ternary batteries as their main power source. Among them, new energy passenger vehicles equipped with ternary lithium battery packs accounted for 78%, and new energy special-purpose vehicles accounted for 70.5%. Compared with previous passenger vehicles, For automobiles and special vehicles, the application of ternary lithium battery packs has been greatly improved.

　　From the current point of view, there are two types of ternary lithium battery packs, lithium nickel cobalt manganese oxide battery (NCM) and lithium nickel cobalt aluminate (NCA). Their energy density distribution is 170Wh/kg and 230Wh/kg. The energy density is better than other types of 18650 battery 1800mah, and from a technical perspective, ternary lithium battery packs have greater room for improvement. It is expected that the capacity density of ternary 18650 battery 1800mah can reach up to 300-330Wh/kg.

　　From a market perspective, under the cover of cyclical stocks, major financial adjustments have been obvious, while growth sectors are becoming increasingly active, and capital preferences are tilted towards small and medium-sized enterprises. This has also created good conditions for the activity of the ternary lithium battery sector. In addition, the price increase of production materials such as ternary precursors has also stimulated the performance of the ternary lithium battery industry chain.

　　Under the dual trends of technological development and policy support, ternary lithium battery packs are facing a window for explosive growth, and there is huge room for increasing market penetration. In the short term, ternary batteries are expected to double. Institutions predict that the demand for ternary batteries is expected to double from 4.4GWh in 2015 to 9.5GWh in 2016. In the long term, ternary batteries have room for 10-fold growth. The demand for Yuan batteries can reach 55.4GWh (including buses) or 50.5GWh (excluding buses), an increase of 11.6 times or 10.5 times compared with 2015.

　　With the advancement of research and development technology, ternary 18650 battery 1800mah have exploded with greater potential. Ternary lithium battery packs have obvious advantages in energy density, cruising range, low temperature performance and charging efficiency, and show greater development possibilities.

　　Summary: In the future, ternary lithium battery packs will continue to contribute to breakthroughs in battery energy density for new energy vehicles. The demand for ternary 18650 battery 1800mah and ternary materials industry will increase significantly, or there may be explosive growth. It is expected that the demand for ternary lithium battery packs in my country will exceed 200,000 tons by 2023.

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