One-key renaming method based on panoramic data of plant station end monitoring system

Abstract

The invention discloses a one-key renaming method based on panoramic data of a plant station end monitoring system. The modification range mainly comprises a real-time database, a graphics library, a five-prevention library, a sequence control library, a report library, an alarm direct transmission/remote browsing file, an SCD model, an RCD model, a CID/CCD file of equipment, a check code description file MCCD and the like. After information such as line names or scheduling numbers in a library is renamed by a monitoring host and standby machine, a work station and a gateway machine according to a naming rule, a modification record file is generated locally, the modification record file comprises modification time, modifiers, data before modification and data after modification, it is guaranteed that modification records are traceable, and meanwhile, the original data can be recovered according to the content of the modification record file, and abnormal operation of the plant-station end monitoring system caused by modification errors is prevented. On the premise of ensuring stable operation of a plant station end monitoring system, information such as a line name or a scheduling number of a plant station end can be modified by one key, the information is transmitted to each application, and description information synchronization is realized.

Description

technical field [0001] The invention belongs to the field of factory station automation, and in particular relates to a one-key renaming method based on panoramic data of a factory station monitoring system. Background technique [0002] At present, in the field of power system plant-side automation, the operation and maintenance personnel modify the line names and dispatching numbers in the plant-side monitoring system mostly by manual modification, that is, the operation and maintenance personnel modify the plant-station In the terminal monitoring system, modify the monitoring main and standby machines, workstations, gateway machines and other equipment. The scope of modification includes real-time database, graphics library, five-defense library, sequence control library, report library, alarm direct transmission / remote browsing files, SCD model, RCD model, equipment CID / CCD file, check code description file MCCD, etc., after modification, the correctness of the modificat...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of power system plant-side automation, the operation and maintenance personnel modify the line names and dispatching numbers in the plant-side monitoring system mostly by manual modification, that is, the operation and maintenance personnel modify the plant-station In the terminal monitoring system, modify the monitoring main and standby machines, workstations, gateway machines and other equipment. The scope of modification includes real-time database, graphics library, five-defense library, sequence control library, report library, alarm direct transmission / remote browsing files, SCD model, RCD model, equipment CID / CCD file, check code description file MCCD, etc., after modification, the correctness of the modification must be manually verified. If there are many modified objects, it will bring a lot of duplication to the on-site operation and maintenance personnel. Labor takes a long time, the operation and maintenance personnel are under a lot of pressure, and the tasks are heavy

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