Successful Cases

Guangdong Province National Flood and Drought Control Command System Phase II

The second phase of the National Flood and Drought Control Command System in Guangdong Province will be based on the existing achievements of the three-prevention command system, follow a unified technical architecture and standard specifications, and build a hydrological information collection system, construction information collection system, drought information collection system, engineering video monitoring system, flood and drought comprehensive database, data collection and application support platform, flood disaster assessment system, drought control business application system, comprehensive information service system, mobile emergency command platform, computer network and security system as well as system integration and application integration, etc., to provide stronger technical support and scientific basis for flood and drought dispatch decision-making and disaster relief command, and truly achieve the combination of prevention, resistance andrescue.

System Functions


1

Achieve provincial, city, and county three-level early warning connection, and push possible disaster information to the grassroots through the system for the first time; achieve provincial, city, and county document delivery and communication.

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2

Combined with real-time monitoring information of rain, water, wind, tide, and construction, risk assessment information, and historical disaster characteristics of each city, set discrimination conditions through the system, automatically generate classified guidance opinions and push them to relevant cities.

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3

Automatically push early warning rain defense measure information to 530,000 responsible persons, and manage it in a templated way, one-click send early warning guides to member party committees; finely classify and grade the disaster threshold of the station.

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4

Collect economic and social basic information and disaster statistics information level by level with towns and streets as units (build a historical disaster library, lay the foundation for the accumulation and application of big data); divide areas into finer units with towns and streets as units and count the number of people at risk in each area in charge of each responsible person.

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System Highlights


◆Transition from single-type monitoring to comprehensive risk monitoring

◆Transition from comprehensive guidance to classified guidance

◆Transition from high-intensity duty to intelligent office

◆Transition from single department duty to joint duty

◆Transition from internal warning to public warning

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