Why can Tesla achieve ultra-long cruising range?

1. The pioneer of high-energy density ternary lithium batteries. When major automobile manufacturers were using lithium iron phosphate batteries, Tesla took the lead in using ternary lithium battery packs, which are compared to lithium iron phosphate batteries. The advantage is that the energy density is higher, and the disadvantage is that the safety is worse. This means that Tesla can obtain a longer cruising range than other lithium iron phosphate batteries with the same weight of batteries. This is the basic condition. . 2. The power of the exclusive black technology battery management system is that it can independently monitor and control the status of more than 8000 independent single batteries. Each group of its batteries has its own independent battery management system, which is located on the side of the battery pack. The device and the chip monitor the temperature change of each battery at any time, and control the temperature difference between the batteries within the range of ±2 degrees. In the event of an unexpected situation, the battery can be closed in milliseconds. 3. Relative cost control Everyone knows that the number of stack batteries can be used to increase the range, why not use more single batteries? On the one hand, because the method of stacking batteries will increase the weight of the vehicle, on the other hand, it is cost. In terms of cost, Tesla has two major advantages. One of the advantages lies in its positioning, and the other important factor lies in Tesla. The supplier of Panasonic batteries. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete.