A realization method and system of a high-voltage virtual experiment platform
A virtual experiment and high-voltage experiment technology, applied in the direction of testing dielectric strength, etc., can solve the problems of high safety requirements, repeated repetitions, lack of experimental effects, etc., and achieve the effects of less investment, less maintenance costs, and shorter preparation time
Active Publication Date: 2016-09-28
WUHAN UNIV
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[0002] High-voltage experimental teaching is an important part of high-voltage technology course teaching, because high-voltage field experiments have the characteristics of high voltage level and high safety requirements; high-voltage equipment preparation time is long, operation and maintenance costs are high; high-voltage experiments need to be repeated many times, etc. , untrained students often cannot directly participate in the operation of the field experiment, but write an experiment report based on the data obtained after listening to the explanation of the experiment teacher, which lacks good experimental results
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[0024] The present invention will be further described below in conjunction with the embodiments shown in the accompanying drawings.
[0025] In this embodiment, Flash software is used to realize the virtual experiment platform interface (i.e. initialization module, charging module, result display module), and Visio C++ is used to process complex data and calculation (i.e. discharge calculation module), such as figure 1 As shown; during specific implementation, other software with similar functions can also be used, not only through Flash and Visio C++.
[0026] like figure 1 As shown, an implementation method of a high-voltage virtual experiment platform includes an initialization module, a charging module, a discharge calculation module, and a result display module connected in sequence;
[0027] Initialize the module to complete the layout of the virtual experiment platform and the reading and setting of basic experimental parameters;
[0028] The charging module, for the...
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The invention provides a method and system for implementing a high-voltage virtual experiment platform. The implementation method includes an initialization module, a charging module, a discharge calculation module, and a result display module that are sequentially connected; the system includes a DC high-voltage experiment platform, an AC high-voltage experiment platform and a shock high voltage The experimental platform, the three experimental platforms are independent of each other; the DC high-voltage experimental platform and the AC high-voltage experimental platform conduct pressure tests of different distances and polarities of the gap between the needle plate and the plate-plate gap, and the impact high-voltage experimental platform conducts 50% impact of high-voltage equipment Pressure test. Adopting the invention can make the high-voltage virtual experiment less investment, shorter preparation time, less maintenance cost, safe and convenient, and students can complete the experiment and obtain the experiment result at any place with the aid of a computer.
Description
technical field [0001] The invention relates to a method and system for realizing a high-voltage virtual experiment platform, which is suitable for use by students during the teaching process of high-voltage technology experiments. Background technique [0002] High-voltage experimental teaching is an important part of high-voltage technology course teaching, because high-voltage field experiments have the characteristics of high voltage level and high safety requirements; high-voltage equipment preparation time is long, operation and maintenance costs are high; high-voltage experiments need to be repeated many times, etc. However, untrained students often cannot directly participate in the operation of the field experiment, but write an experiment report based on the data obtained after listening to the explanation of the experiment teacher, which lacks good experimental results. Contents of the invention [0003] Aiming at the problems existing in the background technolo...
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IPC IPC(8): G01R31/12
Inventor 陶劲松
Owner WUHAN UNIV