(1) Real time collection of voltage and surface temperature of each battery by each module;

(2) Equipped with automatic address allocation function, convenient on-site debugging and maintenance, and strong availability;

(3) Using intelligent analysis technology to provide forecasts for the backup time of battery packs during power outages in the city;

(4) The input port of the battery module is designed with anti reverse and recoverable fuse protection to prevent damage caused by improper construction, ensuring high system safety;

(5) Module structure design allows for flexible configuration of different numbers of battery packs, achievingLow cost applicationPlan;

(6) Provide RS485 communication interface to achieve remote monitoring function, which can be easily integrated into the application systems of third-party companies;

(7) The circuit port has EMC design and strong anti electromagnetic interference capability, especially for UPS battery packs with strong high-frequency interference, which can achieve high measurement accuracy;