Which battery is high temperature resistant?

The primary battery (non-rechargeable) high temperature resistance mainly includes the following batteries: 1) Lithium argon battery, voltage 3.6V, generally can be used at a high temperature of 85 ℃ (such as ER14250\ER17505, etc.), specially designed high temperature lithium argon The battery can work at 125°C. 2) Lithium manganese battery, usually can withstand high temperature of 85℃ (cylindrical lithium manganese battery, such as CR123A\CR14250, etc.), general button type lithium manganese battery (also called coin cell, such as CR2032\CR2016, etc.) can only withstand high temperature of 70℃ 3) Lithium carbon fluoride batteries can withstand high temperatures of 125°C, and currently only Japan and the United States can process them. Secondary batteries (rechargeable) high temperature resistant batteries must be specially designed. 1) High-temperature nickel-cadmium batteries and high-temperature nickel-metal hydride batteries can withstand high temperatures of 80°C, but note that the general charging still needs to be charged at room temperature, and discharge can be discharged at high temperatures. 2) Lithium iron phosphate battery can withstand high temperature of 70℃. 3) High temperature lithium battery, through special design, can withstand high temperature of 80℃. Generally, it can only be used for discharge at high temperature and cannot be charged at high temperature. 4) High-temperature lead-acid batteries can be used at a high temperature of 50-60 ℃, and are mainly used in hot areas. In order to determine which high-temperature battery to use, other factors, such as size, voltage, method, discharge current, weight, price, etc. must be considered. 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: Use and function analysis of lithium battery test equipment