Intelligent state evaluation system for thermal equipment

Abstract

The invention provides an intelligent state evaluation system for thermal equipment. The intelligent state evaluation system comprises a data server and an application client; the application client is configured to a data acquisition terminal of each piece of thermal equipment, and the data acquisition terminal monitors a measuring point area where the data acquisition terminal is located and acquires the operation state and operation data of the thermal equipment; the data acquisition terminal uploads the data of the thermal equipment to the data server; the data server is configured with a function of processing and analyzing data of the thermal equipment, and is used for acquiring and monitoring information of all pressure, temperature, flow, liquid level, instrument measuring point positions and actuating mechanism positions of all the thermal equipment in a measuring point area, and displaying all monitoring data at the same time; when a certain monitoring data exceeds a threshold value, an alarm prompt is given. The data acquisition terminal is adopted to record and upload the maintenance data of the thermal equipment, so that the whole-process management of the maintenance data of the thermal equipment is realized, and the maintenance efficiency of the thermal equipment is improved.

Description

technical field [0001] The invention relates to the technical field of thermal equipment, in particular to an intelligent state evaluation system for thermal equipment. Background technique [0002] At present, power generation enterprises use a lot of professional thermal equipment such as instruments and meters and actuators in the production process. These equipments have the characteristics of large quantity, many types, and different models. In the process of management and maintenance, the thermal maintenance team usually adopts management methods such as paper materials, form ledgers, and decentralized process management. The management efficiency is low, and the equipment data information cannot be fully utilized, and the operating status of the equipment cannot be grasped. Such a management method causes the team members to consult a large amount of information when they understand the operation of the equipment, and cannot accurately grasp the operation status of a...

AI Technical Summary

Problems solved by technology

In the process of management and maintenance, the thermal maintenance team usually adopts management methods such as paper materials, table ledgers, and decentralized process management. The management efficiency is low, and the equipment data information cannot be fully utilized, and the operating status of the equipment cannot be grasped.

Such a management method causes the team members to consult a large amount of information when they understand the operation of the equipment, and cannot accurately grasp the operation status of all equipment. Losses and inefficiencies caused by planned maintenance

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