Project Description: This project introduces a smart and integrated solution combining Wireless EV Charging Lanes with an IoT-Based Emergency Alert and External Airbag System to enhance both sustainable mobility and road safety.
The EV Charging Lane uses IR sensors and inductive wireless charging modules to detect a vehicle’s presence at the entry and exit points of the lane. When a vehicle is detected, charging begins automatically and continues as the car moves through the lane—enabling wireless, on-the-go charging without the need for manual connections or prolonged stops.
The Emergency Alert and External Airbag System is powered by an ESP32 and includes ultrasonic sensors, an ADXL335 accelerometer, servo motors, buzzers, and LED indicators to detect collisions or high-impact motion. In the event of an accident, the system deploys external airbags and sends real-time emergency alerts to hospitals and responders. The alert data, including impact severity and location, is displayed live on the ThingSpeak IoT platform for monitoring and quick response.
This project targets electric vehicle owners, smart city planners, and transportation authorities, aiming to boost EV adoption, enhance road safety, and promote intelligent transport systems. It showcases how the integration of IoT and automation can create a more sustainable and responsive mobility infrastructure.
Project Theme: Clean Energy and Sustainable Cities
