Which lithium ion battery is good? How to choose?

First of all, it depends on where you use the battery. Because the objects used are different, the performance requirements for lithium-ion batteries are also different. Second, it depends on the environment in which you use the battery. The lithium-ion batteries used in the south and the lithium-ion batteries used in the north also have different requirements. The important application scenarios of lithium-ion batteries are divided into two categories: power source type (power source type) and energy storage type. Such as electric bicycles, electric tricycles, electric forklifts and other special vehicles, electric vehicles, etc. In particular, electric forklifts and electric vehicles have higher requirements for charging and discharging lithium-ion batteries. Lithium-ion batteries sometimes have to reach a discharge rate of 3-5c during use. Application scenarios of energy storage type include base stations, power plant DC screens, stadiums, etc. This use scenario requires a high-energy-density lithium-ion battery. The operating environment is in our country, and the temperature difference between north and south is great. The temperature in the south reaches about 40 degrees Celsius in summer, while the temperature in the north reaches minus 40 degrees Celsius in winter. The performance requirements of lithium-ion batteries in these two environments are also different. In the South, we want lithium-ion batteries with good high-temperature performance. In the north, lithium-ion batteries must have good low-temperature performance. Battery raw materials Currently commonly used lithium-ion batteries include lithium manganese acid and lithium iron phosphate. These three materials have their own characteristics. The voltage range of lithium manganate battery is 3-4.2v, which has higher and lower temperature performance than lithium iron phosphate, but has a lower cycle life. The voltage range of lithium iron phosphate batteries is 2.5-3.65v. Long cycle life. The voltage range used by the ternary battery is the same as that of the lithium-ion manganese battery. But the energy density is the highest, the disadvantage is the lowest safety performance. It is easy to catch fire or even explode. The basic requirements of battery screening Li-ion batteries are important to investigate the voltage consistency, capacity consistency, and internal resistance consistency of several indicators in the monomer screening. Part of the battery charging and discharging platform is used as a reference indicator. In summary, I think the most important thing in choosing a lithium-ion battery is safety. Besides, the best battery for you is good. I hope it can help. Which of the lithium-ion batteries and lead-acid battery electric vehicles is better does not mean far. The key depends on the capacity of the battery. It is meaningless to say who is far away. For example, they are both 48V20AH. Lithium is basically the same as lead acid because it has the same capacity, but lithium is lighter, so it is a bit farther than lead acid. It can also be extended. Two people, one for 90 kilograms and one for 150 kilograms, use the same battery to drive the same car. A 90 kilogram person can run far. After all, there are more than 60 kilograms of fat, haha. But if lithium is 48V10AH and lead acid is 48V20AH, then lead acid is far away. Simply put, lithium is lighter than lead acid and can also be discharged. Disclaimer: Some pictures and content of articles published on this site are from the Internet, please contact to delete if there is any infringement. Previous: Analysis of the phenomenon of natural loss of lithium-ion battery capacity