A kks intelligent batch coding method for three-dimensional design of substation

Abstract

The invention discloses a method for intelligent and batch KKS encoding of a three-dimension design of a transformer substation. According to the method for intelligent and batch KKS encoding of the three-dimension design of the transformer substation, names of two-dimension symbols are standardized so that the similarity of the same type of devices can be guaranteed; sequential encoding is carried out on the two-dimension symbols with a bus rod naming method, and batch encoding of devices with the same type at the same interval is achieved; a first non-associated device which is encoded is selected, the sequence of batch encoding of non-associated devices is determined according to the sequence of distance between remaining devices and the first non-associated device, and then KKS encoding of the three-dimension design is achieved. The method for intelligent and batch KKS encoding of the three-dimension design of the transformer substation has the advantages that intelligent and batch KKS encoding is achieved, and accuracy and high efficiency are guaranteed.

Description

technical field [0001] The invention relates to a KKS intelligent batch coding method for three-dimensional design of a substation, belonging to the technical field of computer design. Background technique [0002] With the development of computer technology, the 3D design methods of substations began to be gradually promoted. The 3D design of substations calls intelligent and parametric 3D models, arranges electrical equipment, conductors, and buildings (structures) in a 3D environment, and automatically generates drawing. At present, most design institutes use BentleySubstation substation 3D design software. BentleySubstation is a design tool specifically for substations. It has professional and mature intelligent auxiliary design functions, which can ensure the sharing and inheritance of design data during the entire project design process, so as to truly realize 3D digital collaborative design. Moreover, design data can be transmitted to various stages such as construc...

AI Technical Summary

Problems solved by technology

On a drawing, the "safety area" and "installation point" of the equipment, that is, the station code and system code, are mostly different, while the "component label" of the equipment, that is, the equipment code, is regulated, and numbers cannot be added casually , so to make the KKS code of the equipment comply with the marking rules, it must be manually modified after the equipment layout is completed. Manually modifying the KKS code is not only a lot of work, but also prone to errors

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