Online architecture system and online architecture system-based real-time water supply scheduling method

Abstract

The invention provides an online architecture system-based real-time water supply scheduling method. The method comprises the following steps: a data acquisition step, namely, acquiring water amount data of each node in an information platform in real time; a data cleaning step, namely, analyzing the water amount data and storing the water amount data into a pipe network water amount data table; a data predicting step, namely, reading the water amount data at the current time and the historical water amount data in the pipe network water amount data table, predicting the water amount data in a short time in the future, and recording the predicted water amount data into a predicted water amount data table; a water supply scheduling step, namely, generating a real-time scheduling instruction according to the predicted water amount data, and adjusting and guiding the water supply situation of a scheduling mechanism of a water company. According to the method, the water amount data are acquired automatically by a system through the adoption of an online architecture, and the recent water supply situation is predicted, so that the predicted data are more accurate; higher timeliness of the scheduling of a water supply pipe network is ensured; meanwhile, the predicted water amount data are detected and corrected continuously, so that the scheduling of the water supply pipe network is more accurate and effective.

Description

technical field [0001] The invention relates to the application field of water supply pipe network information, in particular to a real-time water supply scheduling method based on an online framework. Background technique [0002] The water supply network is a water supply network that supplies water to the water point by the water supply plant. Through the water supply of the water supply network, a large number of users can use the water that meets the requirements. [0003] The dispatch of the water supply pipe network is a means of controlling the distribution of water supplied in the water supply pipe network. Through the dispatch of the water supply pipe network, water with water pressure, water volume, and water quality that meet the requirements can be safely and reliably sent to each water point, and The water supply can meet the different needs of each different water supply point. The goal of water supply network dispatching is to supply water as flexibly and ef...

AI Technical Summary

Problems solved by technology

[0005] However, there are still some deficiencies in the current water supply network scheduling. Manual scheduling requires relevant personnel to perform manual scheduling, so errors will inevitably occur. At the same time, for large-scale water supply network scheduling, manual scheduling is complicated, time-consuming, and inefficient; Scheduling is more accurate and faster than manual scheduling due to data prediction and processing by computer. However, since the computer's prediction of water supply is based on historical water supply conditions, and the computer will predict the water supply scheduling plan for a long period of time, Therefore, the timeliness of computer-aided scheduling is poor, and the longer the predicted water supply situation is, the more inaccurate it will be. At the same time, it is impossible to respond quickly to the sudden situation of the water supply network and the user's water consumption; The data is used to analyze the water supply situation, so the scheduling has a certain timeliness and can be closer to the actual situation. At the same time, because the real-time scheduling control predicts the future water supply volume through real-time water volume data, the scheduling of the water supply pipe network is more accurate, but the current water consumption is real-time. The dispatching method is relatively complicated, involving more upgrading and transformation of the existing water dispatching organization, and the steps are cumbersome

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