Water supply system optimization method and adjustment method for community water supply system

Abstract

The invention discloses a water supply system optimization method and an adjustment method for a community water supply system. The water supply system optimization method comprises the following steps that basic information of a water supply system supply community is obtained; and an optimized high-level water tank volume of each high-level water tank joint is obtained according to the basic information of the community. According to the water supply system optimization method, the optimized high-level water tank volume of each high-level water tank joint is obtained on the basis of the basic information of the water supply system supply community, a new optimization result can be obtained at any time according to the change of the basic information of the community, and the actual water storage capacity of each high-level water tank is adjusted according to the optimization result; therefore, compared with the prior art, a water supply environment more suitable for the community can be provided, when the water consumption of the community is reduced, the water storage capacity of the high-level water tank is correspondingly reduced, and the problem that water quality is reduced due to the fact that accumulated water is frequently stored in the high-level water tank is solved.

Description

Technical field [0001] The present application relates to the technical field of urban water supply system, and specifically, a water supply system optimization method, a water supply system optimization device, a residential water supply system adjustment system, and a cell feed water system adjustment system. Background technique [0002] A reliable urban water supply system is a basic condition that people live and develop, and the system consists of a facility such as water, water supply, water treatment and water treatment, and an overall formation of a certain square. Under normal circumstances, the water supply system of the building will meet the standard life water, and deliver to the end user through the pipeline. Of course, this is an ideal situation in which the building meets the design conditions, but in actual life, there may be more potential to open the water pressure of the faucet or the water quality is not ideal. For the former, it can be improved by adjusting...

AI Technical Summary

Problems solved by technology

This situation should have reduced the usage load of comprehensive equipment and facilities in the old community, but in terms of the design and use of some facility systems and related chains, the difference between ideal and reality will cause some confusion and inconvenience to users

For example, the water supply capacity of the building water supply system is far from the standard required number of people when the original design is full load, resulting in an increase in the use time of the water intake, so that long-term storage makes the amount of residual chlorine in the tap water insufficient, and the water quality deteriorates and it is easy to breed bacteria problem

[0005] The control scope of the traditional empirical management model is too rough to meet the requirements of modern property management asset operation and maintenance improvement for accurate quantitative indicators of management services

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