Method and system for monitoring electrical equipment in remote distance

Abstract

The invention relates to a method for monitoring electrical equipment in remote distance, which comprises the following steps: transmitting, executing and processing an unloading control stroke, exchanging a scheduling command and informing guard. The invention also relates to a system for monitoring the electrical equipment in the remote distance, which comprises a main control center and a scheduling monitor of two or more client terminals, wherein the main control center is provided with a web server, an automatic informing and communicating subsystem, an associated database subsystem, a user data managing / setting subsystem and a user data retrieving subsystem. The steps and the system can lead the equipment to maintain a best running state forever and achieve the effects of saving themanpower and prolonging the service life of the equipment.

Description

technical field [0001] The invention relates to a method and system for remote monitoring of electric equipment, in particular to a method and system for exchanging electric power information and schedule monitoring. Background technique [0002] The control center of the early energy-saving monitoring system was installed on the client site and maintained and managed by the user. The disadvantage is that when the user leaves the site or the control center computer fails, the system cannot function normally. In addition, commercially available economizers usually do not have the power information storage function, so there is no power consumption data before and after the implementation of energy-saving control, and it is impossible to provide users with objective and accurate energy-saving benefit analysis data; Only by knowing the operating status of the equipment and querying the relevant power consumption data, that is, there is no active notification mechanism, and it...

AI Technical Summary

Problems solved by technology

The disadvantage is that when the user leaves the site or the control center computer fails, the system cannot function normally

In addition, commercially available economizers usually do not have the power information storage function, so there is no power consumption data before and after the implementation of energy-saving control, and it is impossible to provide users with objective and accurate energy-saving benefit analysis data; Only by knowing the operating status of the equipment and querying the relevant power consumption data, that is, there is no active notification mechanism, and it is impossible to actively notify the user to troubleshoot when the equipment fails, resulting in equipment damage and shortened service life

Due to the lack of an active reporting mechanism, it is impossible to proactively notify customers of equipment maintenance at the best time for equipment maintenance, resulting in reduced equipment efficiency and power consumption, and it is impossible to know the specific difference in efficacy before and after equipment maintenance

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