Bms Board

The role of the BMS is to maintain the condition of the battery on a cell-by-cell basis to ensure safety and long-term reliability, as well as optimal performance. Ultimately, the BMS controls charging and discharging via two MOSFETs associated with each cell. Based on measured cell-condition data such as state of charge, terminal voltage and temperature and the power requested by the driver – moderated by vehicle control systems such as traction control – the BMS adjusts the charge and discharge rate of each cell through PWM control of these MOSFETs.

Smart BMS check your battery performance on your mobile and reach to next level R&D of battery pack as well as have support multiple communication medium by support of UART CAN etc

The role of the BMS is to maintain the condition of the battery on a cell-by-cell basis to ensure safety and long-term reliability, as well as optimal performance. Ultimately, the BMS controls charging and discharging via two MOSFETs associated with each cell. Based on measured cell-condition data such as state of charge, terminal voltage and temperature and the power requested by the driver – moderated by vehicle control systems such as traction control – the BMS adjusts the charge and discharge rate of each cell through PWM control of these MOSFETs.

4S5A 14.8V BMS suitable for NMC chemestry cell application. it suitable for ev or toys.            Performance may vary depending on application. All specifications are subject to change without prior noticetotheuser. This data is for evaluation purposes only. No guarantee is intended or implied by this data. For clarificationandupdated information, please contact us.