Design and Implementation of IOT based Innovative Charging Method For E-vehicles

Abstract

The major goal of this paper is to use IoT to create a smart EV charging infrastructure. The application of IoT mesh rule-based algorithms to optimize low-carbon technologies via a single linked platform, therefore aiding in the decarburization of both energy generation and consumption. The most difficult difficulty with the EV is battery power management. Poor battery power management systems cause battery failure or damage, as well as fire mishaps. To avoid the issue of poor battery management, an IOT capable battery may be used, which will update the battery information/state of charging/healthiness to both the provider and the user. The battery management will be entirely wireless, with the ability to monitor different battery properties such as voltage, current, and temperature. Various sensors can collect data and send it to a microcontroller, which subsequently sends it to the cloud. This allows us to monitor the voltage current temperature in real time via smart phones and PCs. This paves the way for improving battery performance as well as battery life and optimizing its operation. An additional feature of web based user interface is also proposed for the better reliability.