Intelligent reservoir safety management system

Abstract

The invention provides an intelligent reservoir safety management system comprising a rainfall condition monitoring module, a dam safety monitoring module, a gate monitoring module, a flood forecasting and dispatching module, a video monitoring module and an automatic data reporting module. The hardware structure of the management system is divided into three layers, a data acquisition layer is arranged on a corresponding position of a reservoir area of each reservoir, and the data acquisition layer transmits the collected data to a cloud service platform via a mobile communication device; thecloud service platform provides data processing, data storage and GIS application service, and functional modules run on the cloud service platform; and the user accesses the cloud service platform via various terminal devices to use the services of the functional modules of the management system. The monitoring functions of the management system are rich, only the data collection devices are arranged at the corresponding positions of the reservoir, the monitoring data of the reservoirs are transmitted to the cloud service platform for centralized processing, the system maintenance is simple,and the provincial level joint control and joint prevention of safety of reservoirs are achieved easily.

Description

technical field [0001] The invention relates to a reservoir management system, in particular to a reservoir safety intelligent management system, which belongs to the technical field of water conservancy information technology. Background technique [0002] Reservoirs are one of the infrastructures for flood control and drought relief, and play an irreplaceable role in flood control, irrigation, water supply, power generation, breeding, tourism, and ecology. According to investigations, most of the more than 4,300 existing reservoirs in Guangxi were built during the "Great Leap Forward" and "Agriculture Village" periods, with low construction standards, incomplete reservoir safety monitoring facilities, outdated monitoring methods, and a low level of scientific regulation. At present, there are only 47 large and medium-sized reservoirs that carry out comprehensive observation of hydraulic structures, accounting for only 24% of the total number of large and medium-sized reser...

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Problems solved by technology

[0004] The purpose of the present invention is to provide a reservoir safety and intelligent management system to solve the problem that the hydrological monitoring functions of the current reservoir areas are single and scattered, the construction of local network data centers is expensive, maintenance is difficult, and the hydrological monitoring information of the reservoir areas needs to be reported manually. It is difficult to realize the status quo of joint control at the provincial level and other issues

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