International Research Journal of Education and Technology

This task proposes a programmed battery accusing framework that includes an autoslice off component to ensure safe and efficient battery charging. The framework uses a microcontroller to screen the battery voltage and current during the charging system. Sensors are utilized to recognize the battery's state and decide the ideal charging rate. When the battery arrives at its full limit, the microcontroller triggers a transfer or change to separate the charging circuit, forestalling cheating. This element expands the battery's life expectancy as well as upgrades security by decreasing the gamble of warm out of control or blast due to cheating. The proposed framework gives a financially savvy and solid answer for battery charging applications in different fields, including car, environmentally friendly power, and versatile gadgets.

Keywords-Charging, Battery charge,Rechargeable battery.