IoT Based Health Supervision of Energy Storage System

Batteries are being used for storage of electricity. Electricity storage are fueling the use of batteries over wide range. Production of batteries will increase by nearly 500% in future to meet the growing demand for clean energy technologies. There are many applications in which they are used very rapidly such as Electric Vehicles, Home Energy Management System and different machines which are used in industry. The design of the battery and chemical nature is very important because all the factors for improving the system depend on this. The efficiency of the charging, reliability and lifetime depend on this. Approximately 50% of premature battery failures is caused by deep discharge (DD), heat, fast charging, and overcharging all accelerate the "aging" process. Moreover, Batteries are very susceptible to extreme temperature, charging at a low voltage or charging at high voltage and over charging. Keeping in view these problems, to deal with these exponentially increasing issues along with other mentioned challenges. One of the advanced and innovative methodologies is developing a battery management system. This is a more efficient method where the health of battery is sustained. This results in decreasing the aging process and enhance the battery life. In this project, state-of-charge, (SOC) state-of-health, (SOH) for monitoring the state of battery different sensors and microcontrollers will be used to visualize data on IoT based Dashboard. In this paper we developed a optimized model for the management of the battery. This model is developed by controlling the different important factors such as voltage (V), Current (I), state of charge (SOC) and temperature. In the battery management system (BMS) the dependability and safety of the battery is utmost important. Moreover, the improvement in the system can be easily achieved with the help of battery management system visual interface.