Scheme Introduction:

Following the concept of "building and managing simultaneously" and centered around the idea of "smart rivers and lakes", supported by information technology, various facilities, management methods, and construction goals in the water conservancy field will be organically integrated, and an information network will be constructed to link various facilities, nodes, and elements in the water conservancy field. Various channels, signals, and data will be integrated to form a seamless and interconnected information management and command network that integrates "perception, warning, decision-making, and disposal". Based on this, a command and dispatch center with regular duty will be built to achieve the modern construction goals of "real-time supervision, scientific toilet preparation, precise control, and efficient disposal" in the river and lake field, comprehensively improving the work of river and lake governance in economic construction. Social management The service guarantee capability in various fields such as ecological civilization.

Advantages of the plan:

1. Full coverage of monitoring system:

Adopting a full coverage monitoring system of "sky, earth, and sky".

'Air': With the help of remote sensing satellites and meteorological satellites, water conservancy and meteorological related applications can be realized, detecting changes in shorelines, water resource distribution, soil and water conservation, changes in dams and seawalls, and achieving air quality judgment, climate monitoring, meteorological warning, etc.

Sky ": Utilizing high point monitoring equipment, drones, etc. to achieve panoramic monitoring of the ground environment, helping to control the global view of local areas and achieve governance within the region.

Ground: Using multi-source data analysis to achieve multi-dimensional data collection, including water quality, meteorology, sediment, soil and water, dam displacement, vehicles, ships, personnel, flow rate, flow velocity, video, etc.

2. Resource integration: Integrated planning of IoT sensing devices to achieve full collection of water resources; Intensive construction, achieving full cloudification of resources and on-demand access.

3. Strengthening the platform: Building a water conservancy industry suite, accumulating data assets, model algorithms, achieving full data integration, and strengthening the platform.

4. Lightweight application: Based on a digital platform, water conservancy industry applications are built. The application system does not need to focus on general capabilities, but focuses on business innovation and rapid deployment, achieving fully intelligent business.

5. One stop command: relying on the command center, gathering department reports, sensor monitoring, inspection personnel reporting, public feedback and other river and lake information to achieve one-stop command and dispatch.

6. One Map Management: With geographic information as the core, integrate information on people, places, objects, events, and organizations related to rivers and lakes, achieve map based river and lake monitoring, command and coordination, and public services.

7. A table to assist decision-making: integrating sensor monitoring, manual filling and inspection information, forming operational sign reports, reflecting operational status in an intuitive way, and supporting leadership decision-making.