Intelligent water supply management system and method thereof

Abstract

The invention provides an intelligent water supply management system and its method. The water supply management system includes a water storage unit, a water tower unit, a pumping unit, a pipeline unit, a detection unit, and a management module. The pipeline unit includes a main water pipe and a plurality of water distribution pipes. The detection unit includes a plurality of flow detectors. The management module includes a schedule unit with a peak period. The intelligent water supply management method includes: in the step (B), when the water volume of the water tower unit is less than the first level water level, and it is the peak period, and in a step (C2), further judging the water volume of the water tower unit The sum of the water quantity and the pipeline unit is less than the default value of the water demand, and only in the step (D), the control unit turns on the pumping unit to fetch water, effectively avoiding frequent fetching of water during peak hours of electricity consumption.

Description

technical field [0001] The invention relates to a water tower system, in particular to an intelligent water supply management system and its method. Background technique [0002] Energy conservation is a topic that everyone is constantly pursuing and discussing in order to reduce energy consumption and maintain environmental resources. If industrial or corporate users can effectively improve energy conservation efficiency, energy consumption and production costs will be greatly reduced. [0003] Both water and electricity consumption are closely related to daily life, and most of the water for people’s livelihood or industrial use first stores tap water in a reservoir, and then uses a pumping motor to drive the water from the reservoir into the top floor or high floor. The water tower is also used by users, and when the water tower is at a low water level, the pumping motor will be started to draw water and the water volume of the water tower will be replenished to the full ...

AI Technical Summary

Problems solved by technology

However, fetching water simply based on water level assessment often still needs to fetch water during peak hours of electricity consumption, resulting in users having to pay more than the contracted electricity bill, which is not cost-effective

Moreover, if the water pipe breaks or leaks, the user cannot be notified immediately, causing the pump motor to pump water frequently, and the user often finds that the water consumption is obviously abnormal and the electricity consumption will increase significantly after receiving the water bill. It is extremely necessary to explore and improve

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