Remote-monitoring intelligent boiler system

Abstract

The invention discloses a remote-monitoring intelligent boiler system which comprises multiple boiler control subsystems, a remote-monitoring platform and a handheld mobile terminal. The boiler control subsystems are used for collecting and uploading operating data of a boiler, and controlling the operating state of the boiler according preset parameters. The remote-monitoring platform is a computer system arranged in the remote control center, and is used for monitoring operating data of each boiler subsystem remotely, and carrying out warning and remote boiler shutdown or remote fault processing operation when faults occur. The handheld mobile terminal is used for getting access to the remote-monitoring platform, inquiring the boiler state and achieving remote boiler shutdown or remote fault processing operation. The system has remarkable advantages that remote monitoring, warning, remote boiler shutdown and remote fault processing functions are achieved, the number of boiler managing personnel can be reduced, operating cost of the boiler is reduced, and the faults are mastered in real time and can be diagnosed and processed fast.

Description

technical field [0001] The invention relates to the technical field of intelligent boiler monitoring, in particular to a remote monitoring intelligent boiler system. Background technique [0002] Boilers play an important role in modern social life and production. Boilers usually operate in relatively harsh environments such as high temperature, high pressure, high corrosion, and dust, and have high potential dangers. For example, there are dangerous situations such as high temperature, high pressure, dry burning due to lack of water, and gas leakage. Therefore, the safe use and management of the boiler is directly related to the safety of the user's life and property. [0003] In the past, when boiler safety management was carried out, because the operating status of boilers in different places could not be grasped in time, it was generally only monitored and controlled in the boiler site control room or the DCS centralized control center connected to the factory. However...

AI Technical Summary

Problems solved by technology

[0003] In the past, when the safety management of boilers was carried out, because the operation status of boilers in different places could not be grasped in time, it was generally only monitored and controlled in the on-site control room of the boiler or the DCS centralized control center connected to the factory

However, some enterprise groups have multiple companies using intelligent boiler systems. If there is a failure, dedicated after-sales service personnel are required to go to various parts of the country for corresponding debugging, so the failure cannot be resolved in time.

What is more dangerous is that under normal circumstances, the boiler is sometimes in a state of sick operation because the user is not easy to perceive the potential safety hazards of the boiler.

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