Battery Management System monitors the battery to detect when it is at risk for failing, to ensure the battery runs without degradation, loss of capacity, and potential harm to customers and the environment. It is also responsible for accurately estimating the battery's state of charge (SOC) and state of health (SOH) to ensure customers have sound information and a secure application experience throughout the entire lifespan of the battery.
Going forward, enterprises are focusing on developing more accurate algorithms to improve the precision of battery status detection, fault diagnosis and protection through the addition of new detection parameters; In addition, active equalization management will be more and more applied to achieve the purpose of energy saving and high efficiency; Distributed management systems are gradually replacing centralized management systems, where each module is responsible for a single function, improving system flexibility and reliability.
The overcharge and overdischarge protection function of BMS is to monitor the battery voltage in real time when Li-ion batteries for energy storage is charging, and stop charging when the batteries reaches maximum capacity to prevent damage to the battery pack components.
Real-time data is transmitted to display screen and monitoring platform through BMS, fault detection and risk warning information is uploaded according to the system settings.
Battery temperature is a critical factor affecting battery performance and life. energy storage BMS monitors the battery temperature and implements effective thermal management measures to prevent adverse effects on battery performance and lifespan due to excessively high or low temperatures.
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