郁江流域水电站大坝灾害监测分析系统构建技术

发布时间：2018-03-28 14:29

本文选题：郁江流域　切入点：水电站大坝　出处：《水利水电技术》2017年06期

【摘要】：因近年来灾害性天气对电站输变电设备的影响越来越大,以构建水电站大坝工程灾害监测与分析评估信息系统为目标,立足于大坝生产运营的实际需要,设计了相应的硬件网络结构与软件架构。在此基础上,研究了灾害与水电站大坝的信息接入、灾害评估与可视化展示,提供了水电站大坝灾害监测、智能水电厂一体化管控、水利工程综合管控等已有业务的数据通信接口、集成展示接口,以实施暴雨、台风、高低温、雷电、山火5种类型灾害的监测和评估,实现雨量与气温监测分析、卫星云图与热带气旋监测、气温预报、水电站气象灾害分析等应用功能。该系统具备自动化、智能化、兼容性和扩展性等特点。以郁江流域龙桥水电站为例,进行了灾害监测分析的功能与应用场景描述。该系统对水电站大坝气象灾害监测预警有一定的借鉴意义。
[Abstract]:In recent years, the disastrous weather has become more and more important to the transmission and transformation equipment of hydropower stations. The aim of this paper is to construct the information system for monitoring and analyzing and evaluating the disasters of hydropower station and dam engineering, which is based on the actual needs of dam production and operation. The corresponding hardware network structure and software architecture are designed. On the basis of this, the information access, disaster assessment and visual display of disaster and hydropower dam are studied, and the dam disaster monitoring of hydropower station and the integrated management and control of intelligent hydropower plant are provided. The existing data communication interface for integrated control and control of water conservancy projects and the integrated display interface are used to monitor and evaluate five types of disasters, such as rainstorm, typhoon, high and low temperature, lightning and mountain fire, and to realize the monitoring and analysis of rainfall and temperature. Satellite cloud map and tropical cyclone monitoring, temperature forecasting, meteorological disaster analysis of hydropower stations and other application functions. The system has the characteristics of automation, intelligence, compatibility and expansibility. Taking Longqiao Hydropower Station in Yujiang River Basin as an example, The function and application scene description of disaster monitoring and analysis are carried out. The system can be used for reference for dam meteorological disaster monitoring and early warning of hydropower stations.
【作者单位】：南瑞集团公司(国网电力科学研究院);
【分类号】：TV698.1

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