This paper proposes a lithium-ion battery monitoring system with diagnostic interface for marine equipment. In this system, Arduino Nano is used as its main control chip; LTC6811 and AD8210 are used for voltage and current monitoring of lithium-ion batteries; the internal state of battery pack is monitored through the temperature, humidity, water leakage and fire sensors; the protection circuits and battery pack on-line / off-line test control circuits are designed. Moreover, the embedded program and communication protocol are constructed on the basis of hardware. Finally, the experimental results show that the system can accurately obtain the status information of the lithium-ion battery pack in real time.

Design of Lithium-ion Battery Monitoring System with Diagnostic Interface

Electric Vehicle (EV)/Hybrid Electric Vehicle (HEV) enabled by high-efficiency electric motor and controller, provide the means for a clean, efficient and environmental friendly transportation system. Portable rechargeable batteries are the essential basic component in EVs. In EV/HEV system a large number of cells should be connected in series to supply enough energy, while the voltage balancing problem between cells leads to poor performance. This paper attempts modular battery charge equalization based on state of charge (SOC) under MATLAB Simulink environment.

https://iopscience.iop.org/article/10.1088/1757-899X/396/1/012052/pdf

Modular battery charge equalization circuit based on state of charge for electric vehicle application

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Modular battery charge equalization circuit based on state of charge for electric vehicle application