武引灌区涪梓干渠水情测报系统设计与实现

发布时间：2018-12-09 13:08

【摘要】：武都引水工程作为四川省大型骨干水利工程,又称为天府“第二堰”,工程在四川省“西水东调”和“北水南补”总体规划中占有十分重要的地位。武都引水工程作为我国大型龙头水库计划,建成后的水库容量将达到5.72亿m3,项目竣工运行将实现巨大经济与社会效益。武都引水项目具有以防洪抗旱及农田灌溉为主兼有改善川内国土资源环境、缓解用水问题以及水产养殖等众多功能。实现武引水资源的有效管理利用、全面提升防汛抗旱效率、千方百计满足灌区用水要求、努力实现全灌区整体受益,就要求在水情管理中结合现代化信息技术,强化水利信息化的建设,引入水情信息管理系统。建设武都水情测报系统提高防汛抗旱指挥决策的科学性,保证武引灌区涪梓干渠水旱灾害信息采集、传输、处理的时效性和准确性,充分地发挥水利工程的效益具有重要意义。武引灌区涪梓干渠水情测报系统由采集、传输、处理和应用4部分组成,系统由遥测终端、中心站、监测站等组成,系统采用可视化编程工具Delphi 7实现,实现了水情监测、数据传输、水情信息比对、防汛调度等多功能。
[Abstract]:Wudu Water diversion Project, as a large key water conservancy project in Sichuan Province, is also called "the second Weir" of Tianfu. It plays an important role in the overall planning of "Water diversion from West to East" and "North Water supply to South" in Sichuan Province. Wudu water diversion project, as a large leading reservoir project in China, will have a reservoir capacity of 572 million m3 after completion, and the completion and operation of the project will achieve great economic and social benefits. Wudu Water diversion Project has many functions, such as flood control and drought resistance and farmland irrigation, as well as improving the land, resources and environment in Sichuan, alleviating water problems and aquiculture and so on. To realize the effective management and utilization of Wuyin water resources, to comprehensively improve the efficiency of flood prevention and drought relief, to do everything possible to meet the water requirements of irrigation districts, and to strive to realize the overall benefits of the whole irrigation district, it is necessary to combine modern information technology in water regime management. Strengthen the construction of water conservancy information and introduce water information management system. It is of great significance to construct the Wudu water regime monitoring and forecasting system to improve the scientific nature of flood control and drought control and decision-making, to ensure the timeliness and accuracy of information collection, transmission and treatment of flood and drought disasters in Fuzi trunk canal of Wuyin irrigation area, and to give full play to the benefits of water conservancy projects. The water regime measuring and reporting system of Fuzi trunk canal in Wuyin irrigation area is composed of four parts: collection, transmission, processing and application. The system is composed of telemetry terminal, central station and monitoring station. The system is realized by visual programming tool Delphi 7 to realize water regime monitoring. Data transmission, water information comparison, flood control scheduling and other functions.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TV124;TP311.52

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