锅浪跷水电站施工期水情自动测报系统设计与实现
发布时间：2019-01-05 18:07
【摘要】：从四川锅浪跷水电站施工期水情测报系统的建设目标、设计原则与要求入手,介绍了系统遥测站网布设、系统遥测站结构及功能、传感器选型、通信方式、电源、防雷等设计方案,以及系统中心站网络平台及应用软件功能配置方案。该系统设计方案顺利实施和按期投运后,系统运行稳定,从流域上遥测站自动采集雨水情数据,到传送至中心站自动处理、存储、统计分析,再自动发布到最终用户,中间过程不需要人工干预,基本实现了无人值守运行。
[Abstract]:Starting with the construction objectives, design principles and requirements of the water regime measuring and reporting system for the Guolangqiao Hydropower Station in Sichuan Province, this paper introduces the network layout of the system telemetry station, the structure and function of the system telemetry station, the type selection of sensors, the communication mode, the power supply, etc. Lightning protection and other design schemes, as well as the system central station network platform and application software function configuration scheme. After the system has been successfully implemented and put into operation on schedule, the system runs stably, automatically collecting Rain Water data from the telemetry station in the river basin, and then automatically transmitting to the central station for automatic processing, storage, statistical analysis, and then automatically publishing to the end user. No manual intervention is needed in the intermediate process, and the unattended operation is basically realized.
【作者单位】： 中国水利水电科学研究院北京中水科水电科技开发有限公司;
【分类号】：TV52;TV124
，
本文编号：2402124
[Abstract]:Starting with the construction objectives, design principles and requirements of the water regime measuring and reporting system for the Guolangqiao Hydropower Station in Sichuan Province, this paper introduces the network layout of the system telemetry station, the structure and function of the system telemetry station, the type selection of sensors, the communication mode, the power supply, etc. Lightning protection and other design schemes, as well as the system central station network platform and application software function configuration scheme. After the system has been successfully implemented and put into operation on schedule, the system runs stably, automatically collecting Rain Water data from the telemetry station in the river basin, and then automatically transmitting to the central station for automatic processing, storage, statistical analysis, and then automatically publishing to the end user. No manual intervention is needed in the intermediate process, and the unattended operation is basically realized.
【作者单位】： 中国水利水电科学研究院北京中水科水电科技开发有限公司;
【分类号】：TV52;TV124
，
本文编号：2402124
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