Transformer substation equipment material summary sheet making method based on three-dimensional design software

Abstract

The invention relates to a transformer substation equipment material summary sheet making method based on three-dimensional design software, which comprises the following steps: 1) constructing a material data collecting material data, defining the meaning of each piece of information, and importing and updating the data; 2) defining key fields of the engineering equipment data adding key fields for defining corresponding equipment in the engineering equipment database in the power transformation three-dimensional design software in the material database; step 3) searching material data; step 4) making an equipment material summary sheet: after the equipment in the engineering equipment library is used in engineering, recording relevant information of the equipment by the platform, finally exporting the equipment material summary sheet, and displaying the material code, the solidification ID and the complete material description of the equipment by the material sheet according to a result of searching the material data. The method has the beneficial effects that the advantages of three-dimensional design software are fully utilized, the automation degree is high, errors and omissions possibly caused by manual judgment in a conventional design mode are avoided, and the design efficiency and the design quality are effectively improved.

Description

technical field [0001] The invention relates to the technical field of power systems, in particular to a method for making a substation equipment material summary table based on three-dimensional design software. Background technique [0002] At present, the relatively mature coding systems in the power grid mainly include: power grid engineering identification system coding, scheduling coding, general equipment coding, material coding and equipment solidification ID coding. They are respectively used in systems such as design, operation and maintenance scheduling, and cost procurement. These coding systems are independent of each other, but they are intrinsically related. [0003] When the design institute submits the design results, it needs to manually enter the material code and solidification ID of the equipment used in the project in the material system of the power grid company. However, the coding process of material coding and solidification ID is cumbersome, and ...

AI Technical Summary

Problems solved by technology

However, the coding process of material coding and solidification ID is cumbersome, and it is generally obtained by manual search after keyword query on the equipment material list.

The manual search process is inefficient and error-prone; and for material attributes that are not reflected in the material inventory, even if there is a material code, it is necessary to query the specific attribute information of the device to further determine the solidified ID code

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