With monitoring and analyzing the variation of batteries' data the Lead-acid Battery BMS estimates SOC and SOH accurately and once an obvious fluctuation is detected there will be an alarm which enables customers to eliminate the hidden troubles in time reduce the risk and prevent accidents occurring
Battery Working Status Monitoring: The BMS continuously monitors critical parameters such as battery voltage temperature working current and battery power By analyzing these parameters in real-time the system can assess the current battery status and take necessary actions to prevent overcharging or over-discharging thereby protecting the battery
Battery Charging and Discharging Management: During the charging or discharging process the BMS manages the battery based on environmental conditions and battery status It sets optimal charging and discharging curves including charging current upper limit voltage and lower limit voltage to ensure efficient and safe operation
Balance Between Single Cells: The BMS ensures that each cell within the battery pack is charged equally maintaining a balanced and consistent state across all cells This balancing process is crucial for the overall health and performance of the battery pack Although the technology for cell balancing is still evolving it remains a core component of the battery management system
