摘要
针对当前大坝渗流监测系统中普遍存在的智能化程度不高、系统整体设计繁复和关键设备选型不优等问题,文章以禾坑口水电站大坝渗流监测系统设计为例,结合电站实际,在系统的结构设计与布置、关键设备的选取、智能化应用等方面进行了全面优化,设计出了一套能够更好地满足工程实际需求的大坝渗流监测系统。同时,该系统的设计可为同类型电站提供有益的参考和借鉴。
In view of the common problems of low intelligence,complex overall system design and suboptimal equipment se-lection in the current dam seepage monitoring systems,this paper takes the design of the dam seepage monitoring system of Hek-engkou Hydropower Station as an example,combined with the practical on-site conditions,comprehensively optimizes the design of the system in terms of structural design and layout,selection of key equipment,and intelligent application.A more effective dam seepage monitoring system has been developed to better meet the practical needs of engineering.At the same time,the design of this system can provide valuable reference and guidance for similar types of power stations.
作者
王田荣
WANG Tianrong(Huichang Shilei Hydropower Development Co.,Ltd.,Ganzhou 342600,China)
出处
《机电技术》
2024年第5期102-106,共5页
Mechanical & Electrical Technology
关键词
渗流监测
水电站
大坝
振弦式渗压计
Seepage monitoring
Hydropower station
Dam
Vibrating wire osmometer