Monitoring system for water treatment of heat power station

Abstract

The invention discloses a monitoring system for water treatment of a heat power station. The monitoring system for water treatment of the heat power station is characterized by comprising a network monitoring platform, a mobile monitoring terminal, a control host and a plurality of PLCs, each PLC device is connected with a water treatment device, the control host is connected with the PLCs through buses, the control host and the network monitoring platform are connected through the Internet, and the network monitoring platform and the mobile monitoring terminal are connected through the Internet. According to the monitoring system for water treatment of the heat power station, large-area environmental pollution caused by the water treatment devices can be effectively avoided, the monitoring system for water treatment of the heat power station is quite applicable to management of staff of the heat power station, and working efficiency of the staff of the heat power station is improved.

Description

technical field [0001] The invention relates to a monitoring system, in particular to a water treatment monitoring system of a thermal power station. Background technique [0002] Water treatment tasks in thermal power stations are generally very heavy. The existing control method is generally to connect several large PLC devices to the control host, and each large PLC device controls multiple water treatment devices. Due to the long distance between many water treatment equipment, this setting not only requires a large amount of cable installation, but also if the PLC fails, it will usually affect the normal operation of multiple water treatment equipment. A situation arises where equipment in multiple locations is in dire need of manual repair. Moreover, the existing profit-making power station equipment troubleshooting generally adopts the method of manually calling for repairs. The process of arranging maintenance personnel and making the maintenance personnel arrive at...

AI Technical Summary

Problems solved by technology

Due to the long distance between many water treatment equipment, this setting not only requires a large amount of cable installation, but also if the PLC fails, it will usually affect the normal operation of multiple water treatment equipment. Situations where equipment in multiple locations is in urgent need of manual repair

Moreover, the existing profit-making power station equipment troubleshooting generally adopts the method of manually calling for repairs. The process of arranging maintenance personnel and making the maintenance personnel arrive at the scene usually takes a lot of time. Large-scale environmental pollution occurs, and at the same time, maintenance personnel need to arrive at the scene to have a comprehensive understanding of equipment failures. This will not only consume time, but also increase labor costs.

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