Water Conservancy Dam Monitoring

Views: 21 Author: Site Editor Publish Time: Origin: Site

As an important part of China's engineering system, the reservoir has comprehensive functions of flood control, water supply, electricity storage, irrigation, ecology, etc. It is one of the important engineering measures to regulate the space-time distribution of water resources, optimize the allocation of water resources, prevent and control water disasters, and protect the ecological environment, and is an irreplaceable important part of the river flood control system.

In the 1950s and 1970s, China completed the Great Leap Forward in the construction of water conservancy projects and became the country with the largest number of reservoirs in the world. Most of the existing 93000 reservoirs were built during this period. However, limited to the technical and economic conditions at that time, the quality and construction level of many reservoirs are not too high. Most of them are small dams, and they are basically out of service. In the following decades of operation, due to the lack of necessary maintenance funds, the number of dangerous reservoirs exceeded half to more than 40000. Since 1954, there have been 3515 dam-break reservoirs in the country, of which small reservoirs account for 98.8%. Moreover, most reservoir managers lack modern reservoir management knowledge and technical quality, which are far from meeting the management requirements of reservoir management under the market economy. The concept of reservoir safety management is backward, lack of strategic research, lack of a complete set of technologies and specifications, lack of guidance for the management and safety of medium and small reservoirs, and lack of a reservoir safety management system for the corresponding basin. The level of safety monitoring of small and medium-sized reservoirs is relatively low.

In view of the large number and remote location of these small reservoirs, managers lack modern reservoir management knowledge. If we rely on the regular inspection of personnel alone, on the one hand, we need a lot of manpower and capital investment, on the other hand, the timeliness is low, and it is difficult to effectively grasp the safety status of the reservoir. Therefore, a system with remote automatic monitoring is needed to assist efficient work.The water conservancy dam safety monitoring system is such a remote operation monitoring system.

The water conservancy dam safety monitoring system calculates and analyzes the overall stability of the dam through real-time perception of various parameters of the dam, such as environment, deformation, displacement, structure, stress, seepage, etc., and gives timely and accurate alarm to the danger, so as to control the development trend of the dam safety for a long time, provide scientific data support for safety management, realize automatic collection, transmission, storage, analysis and early warning of monitoring data, and support manual addition Modify/delete data, pop up software window alarm, email alarm, short message alarm, audible and visual alarm and other functions.

Scenario product layout

System extension diagram

Software Diagram

System features

 The system is designed by combining B/S and C/S;

◆ Video supports multi-element data overlay and real-time update function;

◆ The system supports 4G/optical fiber transmission, Beidou satellite docking transmission and multiple communication modes;

◆ The system supports browser access to the system and electronic map visualization interface display;

◆ The system supports timed active reporting+event alarm active reporting;

◆ Software modular design, mainly including project overview, real-time online monitoring, comprehensive monitoring, video monitoring, data acquisition, statistical analysis, system management and other modules;◆ The system software supports SQL database, which can store various historical data of not less than ten years, and the data storage interval can be set;

◆ The software has good scalability, compatibility and openness, and can provide normative interfaces for the later expansion and upgrading of the system and the provision of data sharing services to other relevant platform systems.

On-site scene

GNSS displacement monitoring

Machine vision displacement monitoring

Seepage monitoring



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