Drainage system integrated management platform based on water networking platform

Abstract

The invention discloses a drainage system integrated management platform based on a water networking platform, relates to the field of drainage system integrated management, and aims to solve the problems of disordered resource transmission, poor timeliness and lack of a unified management platform in the prior art. Comprising a water networking platform, a model analysis module, an early warning and alarm module and a comprehensive management module, and the water networking platform, the model analysis module, the early warning and alarm module and the comprehensive management module are connected in sequence; the operation state of the factory network river drainage system is visually displayed and monitored in real time, so that safe operation and comprehensive management of the whole drainage system are enhanced; by combining the powerful map function of the GIS, unified standardization and graphical management of a drainage system in a monitoring area are realized, and a corresponding early warning and alarm module is provided, so that scientific and effective scheduling schemes and maintenance and repair plans can be formulated, the comprehensive management capability of the drainage system is improved, and the crisis and scheduling management capability is improved.

Description

technical field [0001] The invention relates to the field of comprehensive management of drainage systems, in particular to a comprehensive management platform for drainage systems of a "plant, network, river (lake)" based on a water networking platform. Background technique [0002] The current management of the drainage system generally adopts the on-site deployment of terminal sensing equipment, and through the data acquisition device, the required data is collected, counted, and analyzed to evaluate the operation status of the drainage system, and finally generate reports on demand. For different water environmental conditions, such as the management of sewage plants, drainage pipe networks, and river channels, they are often separated as independent individual scheduling and management. The traditional management method requires multiple systems to monitor separately, and the low efficiency is not conducive to the timely management and control of water resources. and em...

AI Technical Summary

Problems solved by technology

For different water environment conditions, such as the management of sewage plants, drainage pipe networks, and river courses, they are often separated and managed as independent individuals. The traditional management method requires multiple systems to monitor separately, and the low efficiency is not conducive to the timely management and control of water resources. and emergency dispatch

Moreover, the data generated by multiple management systems cannot be interconnected and easily form information islands, resulting in waste of data resources, chaotic transmission, poor timeliness in water management and scheduling, and lack of a unified platform to integrate various smart terminal data

In addition, the lack of corresponding early warning and alarm measures during the operation of existing water wading facilities will also reduce the timeliness of water management response and the accuracy of dispatching decisions

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