Intelligent scheduling decision-making method based on flood control and drought control under extreme climate conditions

Abstract

The invention discloses an intelligent dispatching and decision-making method based on flood control and drought prevention under extreme climate conditions, which is used in areas along the river and includes the following steps: step 1), acquiring and collecting various original data; step 2), initially establishing a virtual reservoir model; step 3), model optimization; step 4), using the final data model obtained in step 3), output various data to each sub-function module, so as to achieve intelligent scheduling decision-making for flood control and drought prevention in the area along the river under extreme climatic conditions Purpose. This method can ensure the scientificity, accuracy and reliability of the data, and achieve the effect of expert early warning support and decision-making plan analysis. For the sudden rainstorm process, it can respond in time, and immediately start the pumping station to drain waterlogging, which not only reduces the amount of accumulated water, but also In addition, it greatly reduces the full-load working process of the pumping station, saves energy and reduces emissions, effectively improves the early warning and processing capacity of flood and drought prevention in the riverside area, and drives the overall level of water resources dispatching management, which is extremely practical.

Description

technical field [0001] The invention relates to the field of water resources dispatching, in particular to an intelligent dispatching decision-making method based on flood control and drought prevention under extreme climate conditions, which is suitable for areas along the river. Background technique [0002] my country is a country with serious shortage of water resources and uneven distribution, and the situation of water resources is extremely severe. At the same time, in recent years, floods and waterlogging disasters caused by extreme weather conditions along the river basin have become increasingly prominent. With the process of my country's modernized economic construction, various resources are consumed hugely. In the early days, due to insufficient attention to water resources, random acquisition and discharge, many water resources were seriously polluted and unusable, and the per capita water consumption was also declining year by year. . [0003] The shortage of...

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Problems solved by technology

[0007] Domestic scientific research institutes have carried out different theoretical and practical studies in plain water network areas, such as "Study on Comprehensive Planning of Urban Water Resources in Southern Jiangsu" by Yang Ying of Hohai University, and "Rational Water Resources in South Jiangsu Water Quality Type and Water Deficiency Areas" by Shen Xiaojuan. Allocation Research", Ruan Renliang's "Mechanism and Practice Research on Water Resources Regulation and Improvement of Water Quality in Plain River Network Areas" and Lei Sihua's "Water Flow Model in Plain River Network Areas and Its Application in Water Resources Regulation", but these studies are more Most of them are theoretical achievements such as mechanisms, algorithms, and planning, which cannot be used for system applications in actual work, and cannot satisfy the construction of a systematic intelligent management platform based on existing informatization, and most of the model algorithms studied are based on traditional These models have a large number of parameters and complex algorithms, which directly affect the computing speed of the computer and cannot achieve the effect of timely warning

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