Magnetic Resonance Wireless Charging Based on Fiber-Optic Power Transmission

This paper introduces a novel approach to wireless charging by combining magnetic resonance with fiberoptic energy transmission. The innovation lies in using fiber optics as a conduit for energy transfer, enabling remote power delivery to wireless charging systems. This method addresses the limitations of traditional energy sources related to siting and environmental impact. The study focuses on the principles of magnetic resonance wireless charging and fiber optic cables, exploring their effectiveness in situations where direct electrical connections are impractical. This technology has potential applications in consumer electronics, remote charging infrastructures, and challenging environments for traditional power distribution. The integration of fiber-optic energy transmission with magnetic resonance wireless charging offers versatility and opens new avenues for wireless energy solutions, highlighting its potential for pioneering advancements in the field.