‌Optimization of battery design and production‌: Expansion force detection can provide feedback for battery design and production, help optimize battery structure, extend cycle life, and improve safety performance. Through high-precision and high-stability force sensors (such as pressure sensors and displacement sensors), expansion force data can be recorded and analyzed in real time to ensure the stability and reliability of the battery during design and production.‌

‌Real-time monitoring and early warning‌: Tactile pressure sensing technology can obtain expansion pressure change data by detecting the pressure in the module, and establish an early warning algorithm based on pressure changes. This technology can issue an early warning before the battery expands to a dangerous level, helping users take timely measures to avoid potential safety risks‌.

‌Multi-channel monitoring and data acquisition‌: The battery expansion force detection system usually has a multi-channel monitoring function, which can monitor the expansion force data of multiple cells at the same time to improve the detection efficiency. The system can also automatically record and analyze data, provide historical data and curve display and viewing functions, and facilitate users to conduct subsequent analysis and judgment‌.

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