Dr. Dipali Shende,Divyansh Patial,Prem Mhaske

The pervasive use of electric vehicles is redesigning the current transportation sector, but even with all those developments, some prominent obstacles like the battery range and charging infrastructure are still not up to the mark. ChargeAlert is one of the IoT-based ondemand charging service networks that integrates an EV battery monitoring system to eliminate some of these problems. Evelta INA219 Voltage/Current Sensor monitors the real-time batteries while the ESP32 Xiao C3 microcontroller addresses wireless communication and cloud-based analytics. The user can get status information of a battery's charge level and demand for local charging service providers through a mobile application. ChargeAlert also introduces the principle of a bidirectional converter, which enables an energy transfer between EVs. Vehicles can thus temporarily supply or share power with other vehicles. This paper identifies and details the technological components, system architecture, and data processing capabilities of real-time data of ChargeAlert that might revolutionize its way of using the energy from EV batteries in operating electric vehicles, in a more efficient way of unrelenting state-of-the-art comfort. The system cuts Charging anxiety and creating a more robust, reliable EV infrastructure.

https://doi.org/10.58357/jedcs.2025.v4.i1.1