Gas turbine monitoring software event configuration method that supports event sequence customization

Abstract

The invention relates to a gas turbine monitoring software event configuration method that supports event sequence customization, which includes the following steps: step 1, trigger condition configuration; step 2, perform action configuration operation; step 3, select the above-mentioned action item A collection and a composite condition item collection, as a new event item, is selected into the event item collection, and the event item collection is a collection of all action items corresponding to the current condition; Step 4. According to the control requirements, adjust the execution priority order of the event items, The event items ranked first are executed first; step 5, after the above event configuration, store the event configuration results in the configuration file; step 6, the event scheduling module schedules event items in turn according to the scheduling category and priority; step 7, event scheduling The module continues to run until the HMI configuration software stops running or exits. The invention can improve the automation capability of the monitoring system, reduce human dependence, improve ease of use, improve control efficiency, and meet the requirement of timeliness.

Description

technical field [0001] The invention relates to a gas turbine monitoring software event configuration method, in particular to a gas turbine monitoring software event configuration method that supports event sequence customization, and belongs to the technical field of gas turbine monitoring event configuration. Background technique [0002] At present, the operation control of the HMI configuration software based on the gas turbine control system usually adopts manual and script methods, specifically: [0003] Manual method: The operator is required not only to be familiar with the entire control process, but also to be able to make correct responses to various control states in a timely manner, so that the entire control system can meet the requirements of various control conditions. Judging and responding, the operator is stressed, inefficient and error-prone. [0004] Script method: usually adopts the text method, which has weak graphics ability and requires high skills...

AI Technical Summary

Problems solved by technology

[0003] Manual method: The operator is required not only to be familiar with the entire control process, but also to be able to respond correctly to various control states in a timely manner, so that the entire control system can meet the requirements of various control conditions. Judging and responding, the operator is stressed, inefficient and error-prone

[0004] Script method: usually adopts the text method, which has weak graphical ability and requires high skills for script writers. It is not only necessary to be familiar with the script language itself, but also to master script development, debugging and other tools. The learning cycle is long and not enough flexible

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