Xingheng is better.
The battery capacity of Coslight is very large and its lifespan is also quite long. But security is not high. Phylion's lithium manganese oxide battery has low cost, good low temperature resistance, high safety and energy density, and is suitable for use in low-speed electric vehicles.
Phylion, the global leader in lithium batteries for electric vehicles, is a well-known high-tech enterprise in the field of power lithium batteries in China, which relies on the technology of Institute of Physics of the Chinese Academy of Sciences.
Will Phylion lithium manganese oxide battery explode?
There are some differences between Phylion lithium battery and Xinri lithium battery in terms of route technical, energy density, lifespan andsafety performance.
1. Technical way: Phylion lithium battery adopts S7 ultra-lithium technology, which combines the advantages of the three major technical systems of lithium manganese oxide, ternary lithium and lithium iron phosphate. Xinri lithium battery is a product based on lithium iron phosphate technology.
2. Energy density: Xinri lithium battery has high energy density and excellent battery life. Although Phylion lithium batteries use ternary lithium technology, they may be slightly inferior to Xinri lithium batteries in terms of energy density.
3. Lifespan: Phylion lithium batteries and Xinri lithium batteries have a relatively long lifespan. Specific differences may vary depending on product models and technical parameters.
4. Safety performance:lithium iron phosphate material has good thermal and chemical stability, so Xinri lithium battery performs well in safety performance. Phylion lithium battery adopts the integration of multiple technologies and can also provide better safety performance.
Generally speaking, Phylion lithium batteries and Xinri lithium batteries have their own advantages, and consumers can choose the appropriate product according to their actual needs.
Yes.
Lithium manganate battery refers to a battery that uses lithium manganate material as the positive electrode. The rated voltage of lithium manganate battery is 2.5-4.2V. Lithium manganate battery is widely used for its low cost and good safety. It uses a low-cost cathode material that is safe and performs well at low temperatures, but the material itself-even is not very stable and breaks down easily to produce gas.
Therefore, it is mainly used in combination with other materials to reduce the cost of battery cells. However, its service life decreases rapidly, is prone to swelling, has poor high temperature performance, and has a relatively long service life. short lifespan. It is mainly used for large and medium-sized batteries. In terms of main battery and power, its standard voltage is 3.7V.
Lithium battery classification
According to different materials, the current power test batteries on the market are mainly divided into lithium iron phosphate batteries, ternary lithium batteries (including NCA and NCM), lithium manganese acid battery, lithium cobalt oxide battery, nickel metal hydride battery, battery lithium titanate, etc. Among them, theLithium iron phosphate batteries are currently the most common battery type in China's electric vehicle market, but in recent years, the market growth rate has been significantly slower than that of ternary lithium batteries.
According to statistics, from January to April 2016, China's lithium iron phosphate battery market shipments reached 2.6 GWh, an increase of more than 2 times over the previous year , representing 75.3% of the overall market; The ternary system battery market's shipment volume was 771.51 MWh, an increase of 3.47 times compared with the same period last year, and its proportion in the overall market also increased to reach 22.6%, gradually becoming a flagship product in the Chinese electric battery market.