Tap water production monitoring and water supply scheduling management system

Abstract

The invention discloses a tap water production monitoring and water supply scheduling management system, comprising a production monitoring terminal, a monitoring server, a network system and a systemclient, wherein the production monitoring terminal comprises a water taking monitoring and control system, a tap water production monitoring and control system, a pressurized pumping station monitoring and control system, a water supply pipe network monitoring system, and a cell secondary water supply equipment monitoring and control system; the network system comprises industrial communication protocol conversion equipment, firewall equipment and a ZigBee wireless networking system; the monitoring server is connected with the production monitoring terminal through a wired or wireless connection; the system client is connected with the monitoring server through a wired or wireless connection. According to the monitoring and scheduling system, supervision for tap water taking, production and conveying links is realized, economic benefits and social benefits of water supply enterprises are effectively improved, and sustainable healthy development of water supply enterprises is promotedthrough perfect equipment connections, rich software interfaces and a convenient browsing mode.

Description

technical field [0001] The invention relates to a tap water production monitoring and water supply scheduling management system. Background technique [0002] Tap water is an important part of residents' daily life, and the safety and quality of water supply are even more related to thousands of households. Therefore, it is necessary to realize the comprehensive monitoring of tap water production from water intake to water supply. However, the general monitoring system has the following problems: [0003] 1. The general production monitoring system can only monitor local production equipment, and cannot monitor production equipment that is not in the same geographical location. [0004] 2. Only the main production equipment can be monitored, but not all production equipment can be monitored. [0005] 3. There are multiple systems that coexist and are used separately, and cannot be unified into one system platform. For example, water plants, pressurization stations, and seco...

AI Technical Summary

Problems solved by technology

[0003] 1. The general production monitoring system can only monitor local production equipment, and cannot monitor production equipment that is not in the same geographical location

[0004] 2. Only the main production equipment can be monitored, but not all production equipment can be monitored

[0005] 3. There are multiple systems that coexist and are used separately, and cannot be unified into one system platform. For example, water plants, pressurization stations, and secondary water supply equipment all use their own platforms, and data cannot be shared with each other

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