IOT BASED HYBRID SELF FUEL DISPENSE SYSTEM FOR EV AND PETROL VEHICLE

Abstract

In this project, we present a working model of an IOT-based EV Charging Slot Booking System. The
increasing adoption of electric vehicles (EVs) is straining existing charging infrastructure, leading to
challenges in finding available slots. This project presents a novel EV charging slot booking block
utilizing the capabilities of the Internet of Things (IoT) and a Raspberry Pi Pico microcontroller. The
system features real-time slot availability monitoring, secure booking and reservation management, user
authentication, and integrated charging control. Implemented using IOT, Arduino microcontroller, GSM,
keypad, RPS, RTC, LCD, buzzer, Arduino IDE tool, and embedded c language, the system successfully
demonstrates the booking of slot using IOT application, RTC gets activated and sends an activation code
to the registered user using GSM module, after entering the code and required amount of charging the
microcontroller activates the charging station, with this project the user will benefits with the reduced
waiting time for charging slots. This approach has the potential to significantly improve charging
efficiency, reduce waiting times, and enhance user convenience, contributing to the advancement of smart
grid management and sustainable transportation.