Integrated Monitoring and Communication System Based on Fiber Wireless Fusion
Addressing the current monitoring challenges in urban confined spaces,this study aims to explore an integrated monitoring and communication system based on fiber-wireless convergence.By integrating micro-nano units into a unified optical cable for communication and power supply,and applying multi-parameter monitoring,a novel solution for simultaneous energy and signal transmission is proposed.The research consists of three main parts:long-distance fiber-optic energy and signal transmission,photoelectric conversion,and the integration of magnetic resonance wireless power transfer.Additionally,it includes system integration and application exploration of these key technologies.Through in-depth research on high-efficiency photoelectric conversion technology,short-distance wireless power transfer based on magnetic resonance,and the design and development of a unified optical cable for communication and power supply,this study constructs a comprehensive theoretical framework and provides experimental validation.This research offers new directions and practical cases for integrating of fiber-optic and wireless technologies.The outcomes expand the application fields of fiber-optic communication and wireless sensing technologies and provide innovative technical support and solutions for critical areas such as power grids and urban infrastructure monitoring.
fiber energy transmissionfiber optic communicationwireless chargingenergy and signal transmission
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