Configuration method of man-machine interface for integrated power monitoring based on mcgs

Abstract

The invention provides an MCGS-based integrated power supply monitoring human-computer interface configuration method. The method comprises the steps of system initialization, reading the information of the original configuration file of the system and determining whether the information of the configuration file is read successfully, establishing communication between an upper computer and a lower computer to check whether the current configuration information conforms to the specific requirements of a transformer substation, re-configuring the system information at the end of the upper computer and saving the configuration information in the configuration file, sending the configured data information to the lower computer, rebooting the lower computer and finishing the configuration process. The MCGS-based integrated power supply monitoring human-computer interface configuration method has the beneficial effects that the integrated power supply monitoring device is low in cost, simple to operate and high in adaptability, the experience of a user is good, the reutilization value of software is high, the user can set the configuration information of the transformer substation according to specific requirements and the subsystem interface of the corresponding transformer substation can be displayed quickly.

Description

technical field [0001] The present invention relates to the field of integrated power monitoring, in particular to a configuration method for an integrated power monitoring man-machine interface based on a general monitoring and control system (Monitor and Control Generated System, hereinafter referred to as MCGS). Background technique [0002] The integrated power supply monitoring system includes information such as AC power supply, DC power supply, communication power supply, and UPS power supply; the human-machine interface of the existing integrated power supply monitoring device and the configuration, layout, and wiring of the substation are a strong coupling mode, and each substation All need to develop a set of man-machine interface separately, and the man-machine interface information of each substation cannot be flexibly displayed according to the requirements of the substation. The portability of the software is poor, resulting in a large workload and difficult mai...

AI Technical Summary

Problems solved by technology

[0002] The integrated power supply monitoring system includes information such as AC power supply, DC power supply, communication power supply, and UPS power supply; the human-machine interface of the existing integrated power supply monitoring device and the configuration, layout, and wiring of the substation are a strong coupling mode, and each substation All need to develop a set of man-machine interface separately, and the man-machine interface information of each substation cannot be flexibly displayed according to the requirements of the substation. The portability of the software is poor, resulting in a large workload and difficult maintenance.

[0003] The human-machine interface of the existing integrated power supply device is inconvenient to operate, the user experience is poor, and the adaptability is not strong

The remote signal alarm information has a large amount of data, and it is necessary to compare the historical alarm information with the current alarm information. Manual comparison needs to find out the alarm record information corresponding to the current alarm and the historical alarm record for comparison, so as to accurately locate the cause of the fault in the area. It is difficult to compare the remote signal alarm information of the system, and it is difficult to locate

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