Smart water conservancy system monitoring platform

System principle

Smart water conservancy is to equip sensors, sensors, etc. to various objects such as reservoir outlets, water sources, radioactive sources, etc., and generally connect these objects to form the "Internet of Things", and integrate the "Internet of Things" with the Internet , to realize the connection and integration of human society and physical system. Utilize advanced technologies such as the Internet of Things, the Internet, and cloud computing to promote the construction of water conservancy informatization, improve the management efficiency and social service level of water conservancy departments, and achieve the following four goals:

1. Faster perception of real-time indicators affecting urban water conservancy systems;

2. More comprehensively monitor the change process of inspection, management and protection, disaster prevention command, and emergency accidents;

3. More effectively promote and assess the implementation effect of water conservancy supervision, inspection and management, and water conservancy incident handling;

4. Make smarter decisions on major water management issues in key urban areas and watersheds.

System composition

System Features

Comprehensive functionality:

The platform system adheres to the principle of practicability, aims to meet complex and diverse application scenarios, and designs comprehensive functional modules. It includes modules such as geographic visualization system, patrol management system, decision-making system, river chief system, early warning system, dispatching system, and emergency management system.

Technological advancement:

The construction of smart water conservancy system is a large-scale information construction project, which requires high technological advancement. The system uses a distributed architecture, supports high concurrent connections, and has good scalability. Ensure that the system can adapt to the ever-increasing demands of subsequent business data processing.

Safety and reliability:

Establishing a sound system operation security system is a very important task for large-scale information systems. The system must have sufficient security rights to ensure that data is not illegally accessed, stolen and destroyed; at the same time, it must have sufficient fault tolerance to ensure the logical accuracy of system data.Modularity and Extensibility:

With the rapid development of modern technology, user needs will continue to increase, and the scale of system construction will expand accordingly. This scheme fully considers this point in the design, adopts a modular design, the modules cooperate with each other, and can operate independently, realizing on-demand customization and flexible configuration.

Ease of operation and maintenance:

The smart water management system provides a good user interface and reduces the complexity of system operation. At the same time, the system should have good maintainability, and system maintenance, data maintenance, and network maintenance should be both safe and convenient.

Openness: The system design fully considers information linkage and resource sharing across departments and platforms, reserves data interfaces for other systems (such as smart water conservancy, smart sanitation, etc.), has good information exchange, sharing and upgrade capabilities, and follows unified and The principle of combining openness.

software platform

The platform combines the current advanced artificial intelligence, Internet of things technology, cloud service technology, spatial geographic information technology and mobile Application technology, etc. for R&D and design. The platform covers the home page, hydropower station information, ecological management, flow report, early warning report, image monitoring, equipment management, and system management involved in hydropower station management. It is displayed with rich graphics and data interfaces, and simplified operation function modules, so as to be close to reservoir management. In fact, it provides efficient management and data support services for the intelligentization and informatization of the hydropower station ecological development industry.