How to evaluate the safety of lithium battery ARC?

ARC monitors the heat exchange between the tested sample and the environment through accurate temperature tracking, so as to provide an almost adiabatic environment, and it is important to detect and decompose the exothermic behavior of the tested sample. In addition to detecting thermal runaway, ARC can be used to provide an adiabatic environment. Combining ARC with DC constant current source and charging and discharging equipment can detect the specific heat capacity of lithium batteries and the adiabatic temperature rise during charging and discharging. The temperature problem of lithium batteries has a great impact on the safety of lithium batteries. The environment of use itself has a certain temperature, and the temperature of the lithium battery will also appear when it is used. What's more important is that temperature will have a greater impact on the chemical reaction inside the lithium battery. Excessive temperature will even damage the service life of the lithium battery, and in severe cases will cause safety problems for the lithium battery. As the safety of portable lithium batteries has attracted more and more attention, many companies have conducted research and development specifically for the safety hazards in lithium batteries, and put forward effective battery safety treatment methods. In order to safely use and solve the lithium battery, the national standard civil lithium battery safety general requirements are required to detect the lithium battery to ensure safe use. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: Is the price of 48V lithium battery electric vehicles high?