What is the capacity of a Tesla battery?

The current capacity of the Tesla battery is 83Kw/h. To prepare for the future technology monopoly, it is a natural choice to replace the battery. The energy density of the lithium-air battery can reach 3500Wh/h. Tesla uses the 18650 battery processed by Panasonic. After the Model 3 is officially put into production, the new 21700 battery will replace the 18650 and become a new battery cell. The 21700 battery is a ternary lithium battery, and the cathode material is lithium nickel cobalt aluminate. This cylindrical ternary battery is currently the highest energy density power lithium-ion battery processing method. Compared with block-shaped batteries, although this type of battery has a higher energy density, it has poor stability and requires better BMS support. Tesla Model 3’s battery is more advanced. Model S uses Panasonic 18650 cells, while Model 3 uses 21700 cells to increase the energy density of the battery pack. The battery capacity is 80kWh. The Tesla Model 3 new energy vehicle is designed for safety. First, it aims to obtain the highest rating for various types of security detection. The comprehensive cruising range of Model3 is 354-498 kilometers. The latest data shows that the Tesla Model 3 battery has greatly reduced the cobalt content and increased the nickel content. The 2710 lithium battery cathode uses a nickel-magnesium-cobalt ratio of 8:1:1. We know that cobalt is mainly used to improve conductivity and rate performance, while nickel is mainly used to increase energy density, but too high will be detrimental to thermal stability. It can be seen that their battery still tends to high energy density. As for the issue of thermal stability, Tesla's advantages in the energy management system can be brought into play. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: Analysis of lithium battery protection board