Solution for Monitoring Reservoir Water and Rain Conditions

Industry background

According to the first national water resources census conducted by the State Council,our countryShared reservoir98002Seat, total storage capacity9323.12Billion cubic meters. Among them, the number of small reservoirs has reached93308Seat, total storage capacity703.51Billion cubic meters. The Technical Outline of the Overall Implementation Plan for National Small Reservoir Engineering Construction indicates that China's small reservoirs are approximately90% built in20century50—70Due to the influence of technological, economic, and social development conditions at that time, there were widespread problems such as low construction standards and poor engineering quality. Due to the lower engineering grade and building level, the corresponding design standards, safety guidelines, and management standards are also lower than those of large and medium-sized reservoir projects. Insufficient attention to actual construction and operation management has brought many unfavorable factors to the management of small reservoirs, and for a long time, there has been a lack of operation and maintenance funds, extensive management, and aging and disrepair of projects. Therefore, safety issues are prominent and accidents occur frequently in small-scale reservoir projects, directly threatening downstream safety and affecting the efficiency of the reservoir.

1The construction site is remote, and the cost of inspection personnel is high

2Rainstorm and water level danger warning is not timely

3Lack of professional technical personnel for equipment maintenance

construction objectives

♦Collaborative management

♦Business intelligence

♦Resource sharing

♦Intelligent decision-making

♦Service facilitation

Reservoir water and rainfall monitoring is a combination of traditional water conservancy andInternet of Things, cloud computing, etcDeep integration of technology enables remote monitoring of reservoirs, timely analysis and processing of massive information, and making corresponding processing results to assist decision-making recommendations, in order to manage in a more refined and dynamic wayoperationsThus achieving wisdomreservoirThe state.

The monitoring of reservoir water and rainfall is divided into four layers: perception layer, network transmission layer, platform layer, and application layer. On the basis of physical and network resources, collect and integrate all environmental protection related data and aggregate it on a big data platform; InPaaSImplement data analysis and mining on the platform, establish a unified middleware platform, and provide data analysis results to applications in the form of services, providing a unified and virtualized application interface for upper level specific applications.

List of Plans

Solution Value

1Unmanned operation reduces on-site inspection workload

2Reservoir water and rain situation report statistics, large screen monitoring display, more intelligent

3Reduce equipment operation and maintenance costs, provide reminders for equipment expiration, and automatically alert offline users

Application scenarios

1Water and rain monitoring of Rivers and Lakes;

2Urban flood control and waterlogging monitoring;