IoT (Internet of Things)-based water supply equipment management method

Abstract

The present invention discloses an IoT (Internet of Things)-based water supply equipment management method. The IoT based water supply equipment management method adopts a plurality of groups of water supply equipment management units. Each group of water supply equipment management units is used for managing and controlling a set of water supply equipment; each data of each group of water supply equipment management units is sent to a data acquiring and sending server by an information acquisition and data transmission module and is transmitted to a stream data server cluster for data processing by the data acquiring and sending server; the IoT-based water supply equipment management method has the functions of secondary data storage and data archiving; meanwhile, by a service server, real-time data or stored data of the water supply equipment is subjected to operations of inquiry and the like according to requests of an external client; by a system management client, faults of a system and faults of the water supply equipment can be processed and judged and corresponding maintenance personnel is assigned to carry out maintenance so as to implement intelligent and uniform management of each set of water supply equipment.

Description

technical field [0001] The invention relates to a management technology of water supply equipment, in particular to a management method of water supply equipment based on the Internet of Things. Background technique [0002] Water supply is divided into primary water supply and secondary water supply. Primary water supply refers to the water supply that is pressurized once from the water plant and transported through the main pipeline network. Generally, when the transmission distance is relatively short, only one pressurization station is required to pressurize it. Multiple pressurization stations are used for secondary or multiple pressurized delivery, and the pressurization station for primary water supply adopts frequency conversion and constant pressure water supply, and primary water supply is usually suitable for water supply on lower floors. [0003] Secondary water supply refers to the form of urban public water supply or self-built facility water supply by units o...

AI Technical Summary

Problems solved by technology

[0005] Conventional water supply equipment (including primary water supply equipment and secondary water supply equipment) is managed in the following way: each equipment is managed independently by manpower, if the equipment breaks down, it cannot be found and dealt with in time, which may cause equipment damage or other economic losses. Loss, leading to unstable water supply, water supply security can not be guaranteed

[0006] The control and management methods of the above-mentioned water supply equipment have the following problems: 1. The data collected by the water supply equipment is not comprehensive. Through the collected data, only conventional energy-saving water supply can be realized, but the operation, failure, energy consumption and status of the water supply equipment cannot be grasped in real time. Water quality and other information of water supply; 2. Each equipment is managed independently by manual, which not only has low intelligence and low management efficiency, but also requires a lot of manpower and material resources, and the management cost is high

3. Carry out emergency maintenance after the equipment fails, and cannot judge the working conditions of the water supply equipment in advance

4. There is no guarantee for daily inspection, maintenance and fault repair of water supply equipment

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