Multi-level whole-process monitoring method for power equipment

Abstract

The invention discloses a multi-level whole-process monitoring method for power equipment. The method comprises the following steps: rendering and displaying a three-dimensional scene in a designatedarea of a two-dimensional picture of the power equipment for displaying an online operation state; switching to a three-dimensional scene of corresponding equipment by activating equipment pictures inthe two-dimensional picture; wherein the three-dimensional scene is sequentially divided into a plurality of levels of three-dimensional scene models according to the connection relationship of the power equipment; the switching among the three-dimensional scene models of multiple levels is realized by activating the movable parts with the hierarchical link information in the three-dimensional scene models, and the display of the equipment information in the three-dimensional scene models of multiple levels is realized through instantiated variable transmission. According to the multi-level whole-process monitoring method for the power equipment, the whole-process monitoring from the whole structure of the power equipment to the details of the single equipment is realized, and the equipment perception capability, the defect discovery capability, the state management and control capability and the emergency disposal capability of operation and maintenance personnel on the power equipment of a converter station are improved.

Description

technical field [0001] The invention relates to a multi-level whole-process monitoring method for electric equipment, and belongs to the technical field of real-time operation monitoring of electric power substations. Background technique [0002] In order to ensure the safe operation of the power system, it is necessary to monitor the operating status of the important equipment of the system. Discover all kinds of abnormal conditions of equipment in time, so as to repair and replace them in time before possible failures or performance degradation affect normal work, so as to avoid accidents that endanger safety. The current monitoring methods mostly use traditional two-dimensional screen monitoring equipment to operate, but as the power system becomes more and more complex, the existing monitoring methods can no longer meet the needs. [0003] Especially with the rapid development of ultra-high voltage direct current transmission and flexible direct current transmission te...

AI Technical Summary

Problems solved by technology

[0005] Purpose: In order to solve the shortage of current power equipment operation and maintenance management and monitoring means, the low degree of physical and information fusion, and the inability to intuitively control primary equipment, in order to strengthen the monitoring effect of power equipment and improve the level of power equipment operation and maintenance management, the present invention provides a multi-purpose power equipment Hierarchical Whole Process Monitoring Method

Images