A Geographic Indentation Automatic Drawing Method for Power System Diagram

Abstract

The invention relates to the technical field of the electrical power system monitoring and managing method, in particular to an automatic drawing method for the geographical indentation of an electrical power system diagram. A non-uniform geographical indentation layout algorithm is used, a substation refers to a practical coordinate to carry out indentation layout, and a relative position betweenstations is kept; outgoing switches are evenly distributed around the substation, a drawing space is used, and line cross is reduced; equipment annotation carries out vertical and horizontal malposition on the annotation of adjacent equipment according to the blank space of the drawing so as to realize the non-overlapping annotation of the equipment; and a layout algorithm guarantees that a lineis only a straight line, the drawing layout is clear and attractive, and the integral style is horizontal and vertical. The system diagram drawing drawn by the method disclosed by the invention is characterized in that the line is horizontal and vertical, the equipment layout is accurate, reasonable and attractive, the annotation is protected from excessive overlapping so as to be similar to the use habits of electrical power business departments, in addition, the expenditure of manpower resource cost and a manual mistake possibility can be reduced, the intellectualization of drawing work is improved, and the drawing is guaranteed to be correctly generated and updated in time.

Description

technical field [0001] The present invention relates to the technical field of power system monitoring and management methods, and more specifically, relates to a method for automatically drawing geographical indentations of power system diagrams. Background technique [0002] The system diagram is one of the core drawings of the power system, which can clearly show the overall wiring network relationship of the substation / power supply station in the power system. The system diagram can ensure the network management and control of the distribution network's full wiring for distribution network dispatching, that is, through the visual display of the contact relationship of power equipment in the distribution network system diagram, the monitoring and management capabilities of the entire distribution network dispatching can be improved. For example, when the power grid encounters heavy overload of the main network and needs to control the load immediately, the contact relatio...

AI Technical Summary

Problems solved by technology

However, the efficiency of traditional manual drawing is slow, requiring a large number of drafters to maintain manually, the cost of human resources is high, the drawings are not updated in time, and there is no unified standard for graphics elements and drawing specifications, resulting in different drawing styles and equipment display. It is confusing, and manual drawing is prone to errors, which brings safety hazards to line operation and maintenance; the force-directed algorithm is used to automatically draw the power system diagram. If there are a large number of power equipment in the drawing, the algorithm needs to iteratively and cyclically process the positional relationship between the equipment. The graphing efficiency is slow, taking up more computing resources, and the number of devices participating in the layout is inversely proportional to the final layout effect, that is, the more the number of devices, the less ideal the layout effect; The horizontal and vertical layouts of the system diagrams used by power supply enterprises are inconsistent, and the geographical direction information of the equipment cannot be reflected in the drawings; the wiring situation of the equipment in the station building cannot be objectively displayed

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