E-Vehicle Solar-Powered Charging Station With IoT

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Abstract

This project uses an IOT solar panel to monitor the maximum power produced by an e-vehicle charging module. There is a correlation between the increase in car use and population growth. The majority of modern cars run on fossil fuels like gasoline, diesel, LPG, and so on. Fossil fillers are one-time-use, non-renewable materials. Vehicle engines have evolved in a variety of ways in an attempt to produce a widely accessible, sustainable energy source for everyday use. Electrical energy is one type of this type of energy source. Because of their many benefits, electrically powered vehicles have progressed effectively over the years and are starting to become the standard everywhere. As a result, electric car charging stations are required. We have created a solar-powered charging station for convenience. Solar energy is a renewable energy source that can be simply obtained from the sun. An Arduino controller that tracks light levels using LDR sensors, stores data in the cloud, observes solar energy using a solar cell, and stores batteries.

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Keywords

Solar Panel; Arduino Uno; GSM Modem; Servo motor; Rechargeable battery; LDR; Rain Sensor; LCD