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Wireless Energy Transfer Project
Original price was: 999.00₹.699.00₹Current price is: 699.00₹.
The Wireless Energy Transfer Project enables wireless mobile charging and LED illumination, showcasing the principles of electromagnetic induction. Components include a battery, transistor, switch, copper coils, LED, charging circuit, and PCB, offering a hands-on learning experience in wireless power transmission.
- College Level Project.
- Totally Hand-made.
- No Branding.
- 100% working. Tested by S.R. Robotics.
- FREE Report + Ppt + Synopsis + Shipping.
- Description
- Additional information
Description
The Wireless Energy Transfer Project is an innovative kit designed to demonstrate wireless mobile charging and LED illumination. With its simple setup and efficient design, it offers a hands-on learning experience in the fascinating field of wireless power transmission.
Key Features:
- Wireless Mobile Charging: Experience the convenience of charging your mobile device without the hassle of cables.
- LED Illumination: Witness the power of wireless energy transfer as it lights up an LED bulb wirelessly.
- Educational Tool: Ideal for science fairs, STEM projects, and classroom demonstrations to explore the principles of electromagnetic induction.
- Easy Assembly: Comes with all necessary components and clear instructions for quick and hassle-free setup.
- Versatile Applications: Can be used to power various low-voltage electronic devices wirelessly, showcasing the potential of wireless energy transfer technology.
Components Included:
- Battery: Power source for the wireless energy transfer system.
- Transistor: Controls the flow of current through the circuit.
- Switch: Allows for manual control of the circuit.
- Copper Coils: Transmit and receive electromagnetic signals for wireless power transfer.
- LED: Illuminates wirelessly to demonstrate energy transfer.
- Charging Circuit: Converts wireless energy into usable power for charging devices.
- PCB: Provides a platform for assembling and connecting the components.
Working:
- The battery powers the circuit, supplying electricity to the charging circuit and transmitter coil.
- When the switch is turned on, the transistor activates the charging circuit, generating an alternating current (AC) in the transmitter coil.
- The alternating current induces an electromagnetic field around the transmitter coil, which is detected by the receiver coil.
- The electromagnetic field induces a current in the receiver coil, which is converted into direct current (DC) by the charging circuit.
- The DC power charges the mobile device wirelessly or illuminates the LED bulb, demonstrating the wireless energy transfer process.
Additional information
Technical Details |
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