杨超

[摘    要]水利水电自动化系统的基本功能是自动监测水利水电设施运行，对于水利水电基础设施的运行数据信息进行实时的反馈处理，充分保证水利水电基础设施的功能得以实现。目前无线通讯的自动化技术手段已经被广泛运用于水利水电系统工程，体现了无线通讯技术在节约水利水电系统运行资源、降低水利水电工程事故隐患以及提升水利水电基础设施运行效益层面上的必要性。因此，目前针对水利水电自动化系统应当予以完善调整，结合无线通讯的网络信息化手段来改进水利水电项目的自动化运行管理方式。

[关键词]无线通讯技术;水利水电自动化系统;科学运用要点

[中图分类号]TM76;TP18 [文献标志码]A [文章编号]2095–6487（2021）07–0–02

Scientific Application of Wireless Communication Technology in Water Conservancy and Hydropower Automation System

Yang Chao

[Abstract]The basic function of a water conservancy and hydropower automation system is to automatically monitor the operation of water conservancy and hydropower facilities， and to perform real-time feedback processing on the operation data information of the water conservancy and hydropower infrastructure to fully ensure the good use of the water conservancy and hydropower infrastructure. Under the current status quo， the automation technology of wireless communication has been widely used in water conservancy and hydropower system engineering， reflecting the use of wireless communication technology in saving water conservancy and hydropower system operating resources， reducing hidden dangers of water conservancy and hydropower engineering accidents， and improving the efficiency of water conservancy and hydropower infrastructure operations. On the necessity. Therefore， the current water conservancy and hydropower automation system should be perfected and adjusted， combined with wireless communication network information means to improve the automatic operation and management of water conservancy and hydropower projects.

[Keywords]wireless communication technology;water conservancy and hydropower automation system;key points of scientific application

無线通讯技术的关键特征就是运用无线通讯网络来连接各个系统组成部分，进而达到准确与实时传递无线网络通讯数据的目标，对于传输与处理通讯数据的资源成本进行有效的节约。水利水电自动化系统具有连接水利水电基础设施各个部位的重要功能，自动化的设备运行管理系统可以将实时的水利水电工程运行数据传输给网络控制中心，以便于工程管理部门给出准确与科学的管理决策。由此能够得出，水利水电工程的自动化系统依靠无线通讯设施用于系统运行支撑，旨在合理节约水利水电工程通讯成本，改进水利水电自动化系统的运行功能。

1 无线通讯技术的特征与种类……