What thermal conductive material is used in the lithium battery pack of new energy cars?

What materials are used for lithium battery packs for new energy vehicles? What data are used for lithium battery packs for new energy vehicles? Battery packs are the core energy of new energy vehicles and supply power for the entire vehicle. Lithium battery packs have been widely used in electric vehicles due to its multiple functions and advantages. The author of this article will analyze the usage of a new energy vehicle lithium battery pack for you. The sensitivity of the development of new energy vehicles has gradually become an important development direction for future automobiles. As an important energy storage component of automobiles, lithium battery packs for new energy vehicles directly affect the functions of automobiles. Lithium battery packs have the advantages of high energy, high power, long life, fast charging, and less pollution. They are the first choice for new energy vehicles. my country's new energy vehicle market has ushered in a rapid rise, and the lithium battery pack information industry has also ushered in a rapid development and huge market opportunities. What is the thermal conductivity data used in new energy vehicle lithium battery packs? Thermally conductive silicone sheet: Thermally conductive silicone sheet is a thermally conductive silicone sheet made of organic silica gel as the main body and filled with polymer materials such as fillers and thermally conductive materials. It has good thermal conductivity and electrical insulation, and is widely used in the heat dissipation system of electronic components and lithium batteries. When the car is working, it is necessary to continuously vibrate and heat the soft silicone plate to play the purpose of shock absorption, buffering, and close coordination between the heat source and the radiator to ensure the reliability of useful heat conduction for the car's movement. Thermal silica fin heat dissipation function: 1. Do not fix with screws, reduce the cost of parts and increase the processing capacity. 2. Full contact with more useful cooling effect. 3. Excellent application temperature scale -54-250, resistant to 300 high temperature in a short time. 4. High dielectric strength to ensure electrical insulation characteristics. 5. Single component and simple application. 6. Elastic bonding, shockproof, shock absorption, can be used for vibration source electrical equipment. 7. Fast bonding speed, strong bonding of relays, long-lasting bonding of relays. 8. Applicable to different product planning and technological processes. The battery pack is mainly composed of battery cells, modules, electrical systems, heat treatment systems, shells and BMS. The power lithium-ion battery system planning should meet the planning conditions such as vehicle power requirements. The internal structure, safety and disposal plan of the battery system should be considered together. The planning process is as follows: confirm the planning requirements of the vehicle, confirm the power and energy requirements of the vehicle, select and match the appropriate battery battery, confirm the composite structure of the battery module, confirm the planning of the battery processing system and the configuration processing system, simulation simulation and specific test verification . 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: How fast can the battery charge be called 'quick charge'?