A GIL pipe gallery engineering simulation control system

Abstract

The invention provides a GIL pipe gallery engineering simulation control system. The system comprises a GIL pipe gallery engineering virtual reality simulation module, a GIL pipe gallery engineering construction simulation module and a GIL pipe gallery engineering construction progress simulation control module. The GIL pipe gallery engineering construction progress simulation control module performs real-time control on power tunnel construction according to the virtual construction site simulated by the GIL pipe gallery engineering virtual reality simulation module or the construction schemedetermined by the GIL pipe gallery engineering construction simulation module. Comprehensive construction plan, The construction progress information is displayed through the actual construction data, the actual construction progress scene of each working procedure of each specialty is provided, after the progress data is obtained, a user can visually check the current progress of GIL construction, the actual progress and the planned progress are compared based on the actual construction data and the planned progress data, and an auxiliary decision is provided for construction management personnel.

Description

technical field [0001] The invention belongs to the technical field of simulation, and in particular relates to a GIL pipe gallery engineering simulation control system. Background technique [0002] Gas-insulated metal enclosed transmission line (GIL) is an emerging power transmission method. Compared with cables and overhead lines, it has obvious advantages. The resistance loss is significantly reduced and it is not affected by the external environment. , no electromagnetic environment impact, low operation and maintenance cost, long service life, large transmission capacity, small footprint, flexible layout, high reliability, and small maintenance. As an advanced power transmission technology in today's world, GIL provides a compact, reliable and economical way of power transmission. The design of the GIL provides effective electromagnetic shielding to ensure minimum wiring corridor requirements and to ensure the surrounding environment and safety. With the increasingly...

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Problems solved by technology

[0003] Domestic and foreign research on engineering construction safety and quality management has accumulated certain results, but the research content is relatively broad, and there are few researches on the construction of power pipe corridors, and even less research on the construction of UHV power grid projects. , there is a lack of quality control technology research on the construction, transportation and installation stages of power utility tunnels under UHV conditions

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