System and method for extra-high-voltage steel tube tower simulating training

Abstract

The invention discloses a system and method for extra-high-voltage steel tube tower simulating training. The system comprises a data layer, a central processing unit, an application layer and multiple distributed operating terminals, wherein the data layer, the central processing unit, the application layer and the distributed operating terminals are sequentially connected. The data layer comprises a simulation database, a test question database and a simulation operation database, wherein the simulation database is used for providing three-dimensional models and relevant data information of various devices for extra-high-voltage steel tube tower simulation and the test question database and the simulation operation database are used for student examinations. The application layer comprises a design module, a machining module, a construction module, a test question examination module and a simulation examination module. The system and method have the advantages that three-dimensional display and virtual simulation visual display of invisible parts and steel tube tower engineering application key technology in the processes of design, machining and construction of an extra-high-voltage steel tube tower are achieved, imagination and visualization training is achieved, trainees can more deeply understand and master the theory, and training time is shortened.

Description

technical field [0001] The invention relates to power grid technical skills training, in particular to a simulation training system and method for the design, processing and construction of a UHV steel pipe tower. Background technique [0002] With the westward shift of my country's energy strategy, the characteristics of UHV long-distance, large-capacity, and low-loss power transmission have become the first choice for long-distance power transmission. The development of UHV power transmission technology has been included in the twelfth five-year plan for national economic and social development. In the erection of UHV power transmission and transformation, most of the large-load towers start to use steel pipe towers. The steel pipe tower design, processing technology and quality have a very important influence on the service stability of the tower. At the same time, the heavy weight of the steel pipe tower, the large base of the tower, and the height of the tower require ...

AI Technical Summary

Problems solved by technology

High training time and cost

[0004] 2) The overall effect throughout the design, processing and construction process is not comprehensive, the training visualization details are not enough, the trainees do not understand deeply, and the training efficiency is not high

[0005] 3) Most of the traditional methods are centralized training and assessment, and the trainees cannot independently arrange the training time, training content and training frequency, with low degree of freedom and lack of interaction

[0006] 4) Due to the limitations of equipment, venue, time, etc., there are few opportunities for on-site training, and the training cannot meet the needs of trainees for on-site drills on important operations such as design, processing, and construction.

Under the constraints of objective conditions, trainees need to wait for on-site training opportunities, and the overall technical level and actual operation level of personnel cannot be imp

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