Wiring design system and wiring design method for power grid

Abstract

The invention discloses a wiring design system and design method for a power grid. The design system comprises an analysis module, wherein the analysis module is used for converting input external equipment information into design information which can be identified by the design system; a basic library management module which is used for storing design information and cable channel information, including but not limited to cable parameters and design standard parameters; an algorithm module which integrates a plurality of algorithms, and each algorithm corresponds to a different wiring mode; and a cable channel design module which is used for calling the design standard parameters and automatically generating a design scheme in combination with the design information obtained by the algorithm module and the analysis module. According to the design system and method, synchronous design of cable channels and cable wiring of the whole station can be achieved.

Description

technical field [0001] The invention relates to the technical field of cable wiring in a power grid, in particular to a wiring design method for a power grid. Background technique [0002] Traditional substation cable laying does not have an intuitive direction diagram for reference construction. In the design stage, the designer only reflects the starting point, end point and model of the cable in the design drawing; in the cable laying stage, the relevant technicians lay the cable in the cable channel that has been erected according to the rough calculation of the cable direction and length. Radiation path and cable length, in this process, rely more on construction experience, and the demand for cables often deviates due to lack of accurate budget, resulting in a huge waste of investment. [0003] The erection of cable channels often belongs to the professional civil engineering business category, and is generally completed synchronously with the main building of the sub...

AI Technical Summary

Problems solved by technology

In the design stage, the designer only reflects the starting point, end point and model of the cable in the design drawing; in the cable laying stage, the relevant technicians lay the cable in the cable channel that has been erected according to the rough calculation of the cable direction and length. The radiation path and cable length, in this process, rely more on construction experience, and the demand for cables often deviates due to lack of accurate budget, resulting in a huge waste of investment

[0003] The erection of cable channels often belongs to the professional civil engineering business category, and is generally completed synchronously with the main building of the substation, that is, the cable channels are erected according to a unified standard in the cable room, cable trench or cable shaft that has been designed on the architectural drawings, which causes cable channels and cable laying. The design of the cable is completely out of touch. In the later stage of cable laying, the cable channel space is often insufficient or the utilization rate is not high. In the cable laying stage, it is difficult to adjust the cable channel at any time according to the construction needs, which causes great inconvenience to the construction.

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