Visualized display method adaptive to transformer station dynamic areas

Abstract

The invention discloses a visualized display method adaptive to transformer station dynamic areas. The method comprises the following steps of: reading a transformer station file and rendering the transformation station; reading transformer station area data and determining whether the transformer station is in an initial area, if yes, constructing an area graphic primitive and performing rendering, if not, determining whether the area of the transformer station changes, if the area of the transformer station changes, constructing a changed transformer station area graphic primitive and performing rendering; determining whether all currently-existing areas have an intersection case or a containing case, if yes, moving the intersected or contained areas along opposite direction, and repeating the step until all the areas are separate; determining whether there is an area with the same name as the current area, if yes, moving the area with the same name toward the central position of the current area, repeating the step until the areas with the same name intersect, and then merging the areas with the same name. The method may effectively adapt to the change of transformer station area data and presents the dynamic change of the transformer station areas.

Description

technical field [0001] The invention relates to a visual display method adapted to the dynamic partition of power stations, which is used to display the dynamic changes of the partitions to which the power stations belong in the monitoring of power dispatching systems according to the partitions of power stations, and belongs to the technical field of graphic display (visualization) of electric power systems. Background technique [0002] With the continuous development of the power system, the scale of the power grid has grown rapidly, and the number of plants and other equipment that needs to be monitored in the power grid dispatching system is increasing. The complex plant and station diagram has added a lot of extra mental pressure to the staff, especially the dispatcher. The demand for monitoring the plants and stations according to the partitions was proposed in this context, aiming to effectively reduce the labor intensity of the staff. The monitoring of factories and...

AI Technical Summary

Problems solved by technology

However, the division of the factory station is not static, and some related operations on site may cause dynamic changes in the division of the factory station

The existing power dispatching system can realize the monitoring of equipment such as plants and stations by partition, but lacks a good ability to display the dynamic changes of partitions

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