基于5G技术的小型水库雨水情测报系统研发  

Research and development of a small reservoir rainfall monitoring and reporting system based on 5G technology

作　　者：王桥 吴飞飞 桑海伟 王佩 王永涛 Wang Qiao;Wu Feifei

机构地区：[1]贵州师范学院数学与大数据学院

出　　处：《生态文明新时代》2024年第3期128-133,共6页The New Era of Ecological Civilization

基　　金：贵州省水利厅科技项目(No.KT202236).

摘　　要：为解决小型水库雨水情测报系统数据传输延时的问题,利用5G网络的高速和低时延特性,设计了一种基于5G技术的数据传输方案。该系统主要由多个lora子节点,1个主节点,服务器以及远程控制端组成。系统子节点可采集水位、降雨量等多种雨水情参数,并将实时采集水库的雨水情数据传输至主节点。主节点主要基于STM32控制器,通过modbus协议和5G通信方式接入网络,确保数据的可靠性和稳定性。通过数据集中分析、系统的多节点覆盖,高时效性等特点,实现了小型水库数据集中分析、闸群集中远程控制和调度,适用于贵州小型水库雨水情测报情况的精准化监测和控制。To solve the problem of data transmission delay in small-scale reservoir rainfall monitoring and reporting systems,a data transmission scheme based on 5G technology was designed using the high-speed and low latency characteristics of 5G networks.The system mainly consists of multiple Lora sub nodes,one main node,servers,and remote control terminals.The system sub nodes can collect various rainfall parameters such as water level and rainfall,and transmit real-time rainfall data collected from the reservoir to the main node.The main node is mainly based on the STM32 controller,which connects to the network through Modbus protocol and 5G communication to ensure the reliability and stability of data.Through the characteristics of centralized data analysis,multi node coverage of the system,and high timeliness,small reservoir data analysis,remote control and scheduling of gate groups have been achieved,which is suitable for precise control and monitoring of rainfall and water situation in small reservoirs in Guizhou.

关 键 词：5G技术 小型水库 雨水情 测报系统 

分 类 号：TP3[自动化与计算机技术—计算机科学与技术]