Abstract
The technology of wireless power transfer is the subject of this study. An electronic device's battery will be charged wirelessly. The solar panel turns solar energy into electricity. Based on Faraday's law of induction, power from a solar panel is wirelessly sent by a transmitter circuit and received by a receiver circuit. Magnetic resonance coupling is employed in this research instead of magnetic inductive coupling since it is more efficient and beneficial. A transmitter and receiver coil are included. The transmitter coil is powered at the same frequency as the receiver coil's resonance frequency. As a result, the LC tuned circuit was designed to keep the same frequency. Some electricity is wasted when power is transferred wirelessly. As a result, efficiency has plummeted to just 11 percent. After all, in today's world, it will be a future charging option. Power may be given to electric automobiles, drones, medical equipment, and cell phones using wireless battery charger technology. This technology also helps to eliminate the need for cables.
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