Solar based Wireless Electric Vehicle Charging Station

Solar based Wireless Electric Vehicle Charging Station, a sustainable solution designed to provide convenient and eco-friendly charging for electric vehicles. This innovative station utilizes solar power and wireless technology to offer hassle-free charging, making it ideal for various applications, from residential use to public charging infrastructure.

Features:

• Utilizes a Relay Module and Arduino NANO for intelligent control and management of the charging process.
• Features a 16×2 LCD Display Module for real-time monitoring of charging status and system parameters.
• Incorporates an IR Sensor for detecting the presence of vehicles and initiating the charging process automatically.
• Includes a 7 Segment Voltmeter for displaying voltage levels during charging, ensuring safe and efficient operation.
• Utilizes Z44 MOSFETs and copper coils for wireless power transmission, eliminating the need for physical cables or plugs.
• Equipped with LED resistors for visual indication of charging status and system operation.
• Features a DC Jack and 9V DC Adapter for power supply to the charging station.
• Includes a solar panel for harnessing renewable solar energy to supplement power generation.
• Equipped with a rechargeable battery for storing excess solar energy and ensuring continuous operation even during low sunlight conditions.

Components:

1. Relay Module
2. Arduino NANO
3. 16×2 LCD Display Module
4. IR Sensor
5. 7 Segment Voltmeter
6. Z44 MOSFET
7. Copper Coils
8. LED Resistors
9. DC Jack
10. 9V DC Adapter
11. Solar Panel
12. Rechargeable Battery

Working:

1. The Arduino NANO controls the charging process, monitoring the status of the charging station and managing power flow.
2. The IR Sensor detects the presence of vehicles, signaling the Arduino NANO to initiate the charging process automatically.
3. Solar energy is converted into electrical energy by the solar panel, which is then stored in the rechargeable battery for later use.
4. When a vehicle is detected, the Arduino NANO activates the wireless power transmission system, consisting of copper coils and Z44 MOSFETs.
5. The Z44 MOSFETs control the flow of electrical energy from the battery to the copper coils, creating an electromagnetic field for wireless power transmission.
6. The electric vehicle equipped with a compatible receiver coil enters the electromagnetic field, inducing a current in the receiver coil for wireless charging.
7. The 16×2 LCD Display Module provides real-time feedback on the charging status and voltage levels, ensuring safe and efficient charging.
8. LED resistors provide visual indication of charging status, with different colors indicating charging in progress, fully charged, or error conditions.

Application:

• Residential Charging Stations: Provides convenient and eco-friendly charging solutions for electric vehicles at home, utilizing solar power for sustainable energy generation.
• Public Charging Infrastructure: Enhances public charging infrastructure with wireless and solar-based charging options, promoting the adoption of electric vehicles and renewable energy.
• Off-Grid Locations: Suitable for off-grid areas where access to traditional power sources is limited, offering a self-sufficient charging solution powered by solar energy.
• Sustainable Transportation: Contributes to the development of sustainable transportation by providing eco-friendly charging solutions for electric vehicles, reducing carbon emissions and reliance on fossil fuels.