The SOC balance BMS is composed of voltage and temperature acquisition module, MCU control module, current limiting module, balancemodule and supporting peripheral equipment. Electric vehicle sampling equalizzation scheme is adopted. In the design, a high reliability MCU control chip is uused, and the latest acquisition technology is adopted, which has high acquisition accuracy and provides a good physical basis for SOC estimation. Based onthe in-depth study of the complex electromagnetic environment of the lbattery pack  application environment, the EMC design of the product wais fully considered at the initial stage of the design. It adopts a variety of power isolation schemes and high redundancy design, and has been strictly tested to ensurethe reliable  operation of the product under various environmental coonditions,effectively  improving the overall service life of the battery and system stability.

Low Power Sleep Mode

• The Standby power consumption 5mA

   

Adaptive Battery

• Compatible with ternary lithium(Li-ion), lithium iron phosphate(Lifepo4), lithium titanate(LTO), sodium battery and other batteries

 

Data storage, Transmission and Processing

•Data is stored in the cloud for easy management

 

Sleep and Wake Up

•The BMS enters the sleep state. At this time, all functions of MCU are turned off except the GPS function

• Automatic wake-up when charge and discharge are detected

  

Automatic Addressing

•Automatic distribution of host and slave addresses, the principle is that the load contacts the discharge as the host.

 

Communication Function

• PC software

• IOS/ Android APP

• WIFI

• GPS

 

BMS protection function

•Oercharge protection

• Oerdischarge protection

• Overload protection

• Over Temperature Protection

• Low temperature protection

• Short circuit protection

• Overcurrent protection

• Electrostatic protection

• Drop line detection

 

Specifications