Advanced IOT Solar Wireless Power Transfer on Road for Electrical Vehicles

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#arduino #evcharging #wirelessevcharging

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for EEE ECE Mechanical, Science Exhibition project

|| dynamic wireless charging on road for electric vehicle, Arduino wireless charging car, moving vehicle charging system, wireless EV charging ||

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*Description*

This project shows a dynamic wireless charging system for an Arduino-based EV car. 8 TX induction coils along a track create magnetic fields using pulse generators controlled by an 8-channel relay module. IR sensors detect the car’s position and switch the coils on and off as the car moves. RX coil on the car wirelessly picks up power, which is displayed on a 16×2 LCD. An ESP8266 Wi-Fi module and DHT11 sensor sends real-time voltage, temperature, and humidity data to a server, enabling remote monitoring and diagnostics of the car’s charging status and environmental conditions.

*Objectives*

* To develop a wireless system power transmission system to charge the battery.
* To optimize coil power consumption when no vehicle is there.
* To develop a Robotic car to show continuous power delivery to the battery.
• To show battery Parameter on Web server like Battery %, Temperature, Humidity, Battery Voltage.

*Components required*

1.Arduino Uno Microcontroller (X2)
2.TX Copper Coil (X8)
3.RX Copper Coil (X1)
4.Jumper Wires
5.4V DC motors (X4)
6.Battery 4V
7.Batteries 12V (4Vx3)
8.Pulse generator module
9.8 channel Electromagnetic relay
10.LCD 16X2
11.ESP8266-01 module (Wi-Fi)
12.7805 IC voltage regulator
13.DHT-11 sensor
14.Voltmeter
15.Connecting wires
16.Solar Panel
17.IR Sensors (X8)

Methodology

In this project, an Arduino microcontroller controls the wireless power transmission system for a moving EV prototype. The setup includes eight 45-turn TX induction coils connected to an 8-channel relay module, each linked to a pulse generator. As the car, equipped with a 125-turn RX coil and an 8V battery, moves along the track, IR sensors detect its position. When aligned with a TX coil, the corresponding relay activates, inducing current wirelessly in the car’s coil. A 16×2 LCD the charging voltage. The process repeats with each coil, enabling continuous wireless charging. An ESP8266-01 module and DHT11 sensor transmit real-time voltage, temperature, and humidity data to the cloud for remote monitoring.

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