Wireless Electric Power Transmission Working Model for Contactless Energy Transfer | radiomarket.in

The Wireless Electric Power Transmission Working Model demonstrates how electrical energy can be transmitted without physical wires using the principle of electromagnetic induction or resonant coupling. This technology is widely used in wireless charging systems, electric vehicles, medical devices, and smart electronics.

In this model, electrical power is supplied to a transmitter circuit and coil, which generates an alternating electromagnetic field. A receiver coil placed nearby captures this energy and converts it back into usable electrical power to drive loads such as LEDs, bulbs, or DC devices.

The project clearly explains contactless power transfer, transmitter–receiver interaction, efficiency variation with distance, and safe wireless energy flow. It is an excellent demonstration of modern power transmission methods where traditional cables are not practical or safe.

This working model is ideal for engineering mini projects, science exhibitions, STEM learning, and renewable energy demonstrations. The system can be enhanced with Arduino control, distance-based efficiency display, IoT monitoring, solar input, or multi-device charging features.

Available at radiomarket.in, providing high-quality wireless power transmission models and electronics components for academic and demonstration purposes.