CAJ | 학술논문

本文介绍了一种基于ZigBee无线传感网络通信协议与移动4G无线网关的风光互补路灯远程监控系统,每盏路灯对应一个监控节点,用于采集风光互补路灯各部分的运行参数及控制其运行状态.网关搭配4G移动通信模块与ZigBee射频模块,实现底层节点与上位机的通信. 采用二叉树形式的网状网,每个父节点都有路由转发功能,解决了ZigBee通信距离短、路灯监控节点分布散矛盾,实现低成本、远距离、高效率监控风光互补路灯的目的.
본문개소료일충기우ZigBee무선전감망락통신협의여이동4G무선망관적풍광호보로등원정감공계통,매잔로등대응일개감공절점,용우채집풍광호보로등각부분적운행삼수급공제기운행상태.망관탑배4G이동통신모괴여ZigBee사빈모괴,실현저층절점여상위궤적통신. 채용이차수형식적망상망,매개부절점도유로유전발공능,해결료ZigBee통신거리단、로등감공절점분포산모순,실현저성본、원거리、고효솔감공풍광호보로등적목적.
This paper introduces a kind of remote monitoring system about wind and solar complementary street lamp based on ZigBee wireless sensor network communication protocol and mobile 4G wireless gateway, every street lamp corresponding to a monitoring nodes, for collecting the street lamp's operating parameters and control the running status of each part. Gateway equipped with 4G mobile communication module and ZigBee RF module to realize the communications between underlying nodes and the upper computer. Using binary tree in the form of a mesh network, each parent node has routing forwarding function, then the contradictions about the ZigBee communication distance is short and street lamp monitoring nodes distribution was solved,achieved the aim of low cost,long distance and high efficiency monitoring wind and solar complementary street lamp.