A Compact Multifunctional Power Electronic Interface for Plug-In Hybrid Electric Vehicles Using IoT

Abstract

The main objective of this endeavor is to construct a hybrid electric vehicle that recharges its battery using a range of electrical energy sources, such as solar, wind, and dynamo power using multifunctional power electronic sources. These are the forms of renewable energy that regenerate more quickly than they exhaust. Voltage sensors are attached to the PIC microcontroller, battery, solar panel, wind turbine, and dynamo in order to measure voltages. This measured voltage will be displayed on an LCD, and embedded C language will be used to upload the values, along with the date and time using ESP8266 WIFI-Module, to the THINGSPEAK cloud. This project's primary goals are to use rechargeable batteries to store source energy from solar, wind and dynamo power in an electric vehicle (EV) while using THINGSPEAK to monitor and record data, and update the LCD display with measured voltages