Suzhou Electric Appliance Research Institute
期刊号: CN32-1800/TM| ISSN2097-6623

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基于一体化平台的智能水电站设计与应用

来源:电工电气发布时间:2026-02-26 13:26 浏览次数:9

基于一体化平台的智能水电站设计与应用

吴舟,廖栩沣,李松林,张超,雷诚诚,姚丹
(中国电建集团贵阳勘测设计研究院有限公司,贵州 贵阳 550081)
 
    摘 要:水电站应用系统众多,供应厂商各不相同,且对电力对象大多有自己专门的建模方法,相互之间设计很少能够进行自由的数据交换,使得各个应用系统在信息上成为相对孤立的“信息孤岛”,不易与其他功能区域交换数据或在企业范围内实现集成。提出了一种基于一体化平台的智能水电站设计方案。介绍了智能水电站一体化平台的总体架构、层次体系,分析了一体化平台的系统构成,并参考相关资料进一步对一体化平台各安全区的设备配置、应用部署等进行了研究,得到了适用于水电站的一体化平台应用方案,通过将其应用到某水电站的监控系统改造中,提高了水电站的智能化水平以及运行管理能力,促进了水电站各系统之间的有效互动。
    关键词: 一体化平台;智能水电站;水力发电;监控系统改造
    中图分类号:TM734 ;TV74     文献标识码:B     文章编号:2097-6623(2026)02-0042-07
 
Design and Application of Intelligent Hydropower Station
Based on Integrated Platform
 
WU Zhou, LIAO Xu-feng, LI Song-lin, ZHANG Chao, LEI Cheng-cheng, YAO Dan
(Power China Guiyang Survey and Design Research Institute Corporation Limited, Guiyang 550081, China)
 
    Abstract: Hydropower stations employ numerous systems from diverse suppliers, each with its own specialized modeling methods for power objects. Mutual designs are rare for facilitating free data exchange, resulting in individual application systems becoming relatively isolated "information islands" in terms of information. This makes it difficult to exchange data with other functional areas or achieve integration within the enterprise. A design scheme for an intelligent hydropower station based on an integrated platform is proposed. The overall architecture and hierarchical system of the intelligent hydropower station integrated platform are introduced, and the system composition of the integrated platform is analyzed. Furthermore, by referring to relevant materials, the equipment configuration and application deployment in various security zones of the integrated platform are further studied, resulting in an application scheme for the integrated platform suitable for hydropower stations. By applying this scheme to the monitoring system renovation of a certain hydropower station, the intelligence level and operation management ability of the hydropower station have been improved, promoting effective interaction between various systems within the hydropower station.
    Key words: integrated platform; intelligent hydropower station; hydropower generation; monitoring system renovation
 
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