Water quality and the water volume joint monitoring method and platform

Abstract

The invention provides a water quality and water volume joint monitoring method and platform. In allusion to the real-time, remote and large-area requirements of water quality and water volume monitoring at present, related data of a water quality monitoring sensor network, a water volume monitoring sensor network, video monitoring and GIS remote sensing is aggregated to a regional cloud service bus, the service bus performs conversion, organization, processing, combination and integration on local-oriented data and forms new integrated data or virtual integrated data, and then the new integrated data or virtual integrated data is transmitted to a resource center of a cloud platform system so as to form a basic data set of the water quality and the water volume. The water quality and watervolume joint monitoring method realizes remote and real-time monitoring for the water quality and water volume of a target water area, has the advantages of convenient operation, automatic monitoring, complete monitoring information, high early warning information release speed, intelligent decision making and high safety, is easy to perform function expansion, has great upgrade functions and hasexcellent application prospects and market prospects.

Description

technical field [0001] The present disclosure relates to the field of water quality and quantity monitoring, in particular to a method and platform for joint monitoring of water quality and quantity. Background technique [0002] With the development of society and economy, the requirements for the safety of water quality and quantity and the degree of automation of water quality and quantity monitoring are getting higher and higher. However, the existing water quality and quantity monitoring platform mainly relies on human monitoring and reporting of abnormal conditions. The quality and quantity of water in the polluted water function area, only relying on inspectors seems to be insufficient to monitor, especially in areas such as overseas water sources, reservoirs, and water plants, where the losses caused by fire are unacceptable. In areas such as pipelines and culverts, it is urgent to improve the level of intelligent monitoring of water quality and quantity, and invest ...

AI Technical Summary

Problems solved by technology

[0002] With the development of society and economy, the requirements for the safety of water quality and quantity and the degree of automation of water quality and quantity monitoring are getting higher and higher. However, the existing water quality and quantity monitoring platform mainly relies on human monitoring and reporting of abnormal conditions. The quality and quantity of water in the polluted water function area, only relying on inspectors seems to be insufficient to monitor, especially in areas such as overseas water sources, reservoirs, and water plants, where the losses caused by fire are unacceptable. In areas such as pipelines and culverts, it is urgent to improve the level of intelligent monitoring of water quality and quantity, and invest manpower and material resources in intelligent monitoring for technical improvement. Therefore, a joint monitoring platform system for water quality and quantity is needed

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