An IoT module (ESP8266) transmits real-time energy parameters like voltage, current, and battery level to a cloud dashboard (e.g., ThingSpeak or Blynk), enabling remote monitoring and data logging. The system aims to enable decentralised roadside EV charging stations, especially in remote or highway regions with limited grid access, offering a cost-effective and eco-friendly solution.
IoT solar wind project, Arduino EV charging, roadside power transmission, solar wind hybrid system, IoT renewable energy project, EV charging station Arduino, solar powered EV charger, wind energy Arduino, IoT based EV power supply, embedded system for EV, Arduino IoT energy monitoring, ThingSpeak EV charging, smart highway energy solution
IoT solar wind project, Arduino EV charging, roadside power transmission, solar wind hybrid system, IoT renewable energy project, EV charging station Arduino, solar powered EV charger, wind energy Arduino, IoT based EV power supply, embedded system for EV, Arduino IoT energy monitoring, ThingSpeak EV charging, smart highway energy solution
An IoT module (ESP8266) transmits real-time energy parameters like voltage, current, and battery level to a cloud dashboard (e.g., ThingSpeak or Blynk), enabling remote monitoring and data logging. The system aims to enable decentralised roadside EV charging stations, especially in remote or highway regions with limited grid access, offering a cost-effective and eco-friendly solution.
IoT solar wind project, Arduino EV charging, roadside power transmission, solar wind hybrid system, IoT renewable energy project, EV charging station Arduino, solar powered EV charger, wind energy Arduino, IoT based EV power supply, embedded system for EV, Arduino IoT energy monitoring, ThingSpeak EV charging, smart highway energy solution
Advanced IOT Solar Wireless Power Transfer On Road For Electric vehicle - Image 3
IoT solar wind project, Arduino EV charging, roadside power transmission, solar wind hybrid system, IoT renewable energy project, EV charging station Arduino, solar powered EV charger, wind energy Arduino, IoT based EV power supply, embedded system for EV, Arduino IoT energy monitoring, ThingSpeak EV charging, smart highway energy solution
Advanced IOT Solar Wireless Power Transfer On Road For Electric vehicle - Image 5
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Advanced IOT Solar Wireless Power Transfer On Road For Electric vehicle

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10-transistor SRAM cell schematic showing improved static noise margin and low standby power. A Reliable Low Standby Power 10T SRAM Cell With Expanded Static Noise Margins

Original price was: ₹25,000.00.Current price is: ₹19,500.00.

This project is a dual-integrated system featuring a Smart IoT-Based Wireless EV Charging Road and an IoT-enabled Electric Vehicle (EV) with real-time monitoring. An IoT module ESP8266 sends real-time energy parameters such as voltage, current, and battery level to a cloud dashboard (e.g., ThingSpeak or Blynk), allowing remote monitoring and logging of data. The system is intended to facilitate decentralized roadside EV charging stations, particularly in rural or highway areas where grid connectivity is poor, providing an affordable and environmentally friendly option.

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Description

#Advanced IOT Solar Wireless Power Transfer On Road For Electric vehicle
#Dynamic wireless Charging on Road

Introduction:

This project is a dual-integrated system featuring a Smart IoT-Based Wireless EV Charging Road and an IoT-enabled Electric Vehicle (EV) with real-time monitoring. The system showcases wireless energy transfer, vehicle detection automation, and remote data monitoring via ThingSpeak, powered by solar energy. The road is embedded with inductive coils, which transfer power wirelessly to electric vehicles. The system uses 8 IR sensors to detect the position of the vehicle, so only the coil directly under the car is activated—ensuring high energy efficiency. The electric car is designed to run on the wireless road charging system and includes a real-time onboard monitoring system using sensors and an ESP8266 Wi-Fi module to log data to ThingSpeak.

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.

Block Diagrams:

                                                                            Block Diagram 1: Smart IoT-Based Wireless EV Charging Road

                                                                             Block Diagram 2: IoT-enabled Electric Vehicle (EV) with real-time monitoring

Components Used :

  • Arduino Uno X2

  • 8 IR Sensors

  • 8-Channel Relay Module

  • Wireless Power Transmission Circuit

  • TX Copper Inductive Coils X8

  • RX Copper Inductive Coils

  • Solar Panel

  • 12V Rechargeable Battery

  • 7805 Voltage Regulator

  • ESP8266 Wi-Fi Module

  • DHT11 Sensor

  • Voltage Divider Circuit

  • 16×2 LCD Display

  • 10k Potentiometer

  • DC Motors & Wheels

  • 8V Rechargeable Battery

  • Mini Chassis

Project Title Options:

  1. IoT-Enabled Solar Wireless Power Transfer System for On-Road EV Charging

  2. Smart Solar Road with IoT-Based Wireless Charging for Electric Vehicles

  3. Real-Time Wireless EV Charging System Using Solar and IoT Integration

  4. Dynamic On-Road EV Charging Platform Powered by Solar and IoT

  5. Intelligent Wireless Power Transfer System for Electric Vehicles Using IoT and Solar Energy

  6. Solar IoT Smart Road for Wireless EV Charging in Motion

  7. IoT-Driven Solar Charging Highway for Continuous EV Power Supply

  8. Self-Charging Smart Road: IoT and Solar Powered Wireless EV Charging System

  9. Wireless Solar Charging Infrastructure for EVs with IoT Monitoring

  10. IoT-Integrated Solar Smart Road for Sustainable Electric Vehicle Charging

Dynamic wireless Charging on Road, IoT solar wind project, Arduino EV charging, roadside power transmission, solar wind hybrid system, IoT renewable energy project, EV charging station Arduino, solar powered EV charger, wind energy Arduino, IoT based EV power supply, embedded system for EV, Arduino IoT energy monitoring, ThingSpeak EV charging, smart highway energy solution

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Some Customization suggestions: Like IOT, Solar, Ml integration, Additional sensors, GPS GSM etc.

 

Whats Included !

No branding, handmade and different look as required by students.

✅ What You’ll Get When You Order this Project.

💡 Fully Assembled & Working Project – Plug & Play ready!
📘 Complete Documentation – Includes Synopsis, Report, PPT & more.
🔄 Block Diagram & Circuit Diagram – With clear explanations.
📦 Component Specs List – Know exactly what’s inside!
⚙️ Working Principle Explained – Understand how it all works.
📑 Datasheets of All Components – For deep technical insight.
💻 Arduino Code + Training – Full program + how to upload/run it.
🧾 Bill of Materials (BOM) – Every item listed.
🔌 Complete Interfacing Guide – Learn how each part is connected.
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Main Version :

Youtube Videos

Different Versions:

1. Wireless Energy Transfer on Road for Electrical Vehicles using Arduino

2. IOT Solar Based Wireless Power Transfer on Road for Electrical Vehicle

3. Short : Wireless Power Transfer from Road for EV Electrical Vehicle

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