Urban and rural overall planning water supply pipe network hydraulic water quality simulation platform

Abstract

The invention discloses an urban and rural overall planning water supply pipe network hydraulic water quality simulation platform, and belongs to the technical field of pipe network operation monitoring intelligence, and comprises an online alarm early warning module, an optimal scheduling management module, an accident emergency disposal module, a leakage monitoring alarm module and a system configuration module. The on-line alarm early warning module monitors the hydraulic condition and the water quality condition at the current moment on line through the system and predicts the hydraulic and water quality trend in the future 24 hours. The optimization scheduling management module comprises three parts of hydraulic optimization scheduling management, water quality optimization schedulingmanagement and a scheduling expert database. The leakage monitoring and alarming module simulates the influence caused by an accident point and the range of an affected area through the operation online model, and the model is used for making various water plant pump station scheduling schemes. Research and analysis of various plans are provided for a decision maker to simulate a decision processand a scheme environment, and meanwhile various information sources and analysis tools are accessed to help the decision maker improve the decision level and quality.

Description

technical field [0001] The invention belongs to the technical field of intelligentized pipe network operation monitoring, and relates to a hydraulic water quality simulation platform for urban and rural water supply pipe networks. Background technique [0002] Water is an indispensable resource in human production and life, and safe drinking water is an important guarantee for public health and social development. Therefore, it is particularly important to monitor and manage the hydraulic water quality of the water supply network. However, the water supply pipe network is buried deep underground and has a complex structure. The hydraulic and water quality indicators are not convenient for direct manual observation. It is very difficult to understand the actual hydraulic and water quality of the water supply pipe network in real time and comprehensively. [0003] At present, in related technologies, most of the researches focus on water quality monitoring methods, monitoring ...

AI Technical Summary

Problems solved by technology

However, the water supply network is buried deep underground and has a complex structure. The hydraulic and water quality indicators are not convenient for direct manual observation. It is very difficult to understand the actual hydraulic and water quality of the water supply network in real time and comprehensively.

[0003] At present, in related technologies, most of the researches focus on water quality monitoring methods, monitoring data analysis and abnormal operation alarm of pipe network. Such research provides support for monitoring and analysis of water supply pipe network, and can provide timely feedback on the operation of water supply pipe network. When the operating conditions of the water supply pipeline network need to be adjusted, for example, when there is an alarm that the hydraulic water quality index does not meet the standard, or the pipeline network needs to be adjusted for hydraulic water quality, or when there are abnormal situations such as pipe bursts, pump shutdowns, and sudden pollution events, the proposed measures cannot be adjusted. Comparison and evaluation of decision-making directly affect the speed and quality of decision-making, and it is impossible to actively manage the water supply network efficiently

Images