Model data description method for secondary equipment of substation simulation and training system

Abstract

The invention relates to a model data description method for a secondary equipment of a substation simulation and training system. The method comprises the following steps: (1) describing constant value type required by secondary equipment modeling and actual secondary module data through XML language and storing constant value type required by secondary equipment modeling and actual secondary module data in XML text; (2) defining various module data template related to the secondary equipment simulation part of substation simulation and training system, which comprises data type, hierarchical structure and each property region; (3) projecting from secondary equipment template to secondary equipment instance object; (4) applying the model template data object base on the characteristics to the substation simulation and training system. The method provided by the invention has higher data describing capability and universality, improves sense of reality and function detail analog capability of secondary equipment simulation system, and enables the secondary equipment simulation system to be provided with the characteristics that the framework is stretchable, and the configuration is more flexible; difficulty and work load of secondary equipment of substation simulation and training system are effectively reduced, and modeling efficiency and accuracy are improved.

Description

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AI Technical Summary

Benefits of technology

This technology allows users to create simulations that are able to simulate various aspects of electrical systems without having them be trained on-site or requiring expensive tools like computer programs. It also provides flexibility by allowing different models can be easily customized based upon their specific needs. Overall, this innovative method enhances simulating complex electricity networks while reducing its complexity.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving trainings between different types of devices used at power plants or other locations where they may be located underground (subs). Current simulations only provide visual representations that cannot accurately represent physical characteristics such as temperature, pressure, moisture levels, vibration level, sound waves, lightning strikes, electrical conductivity, voltage waveforms, and others during actual use conditions over long periods of time without any modifications needed afterward. Additionally, existing systems have limited ability to modify and maintain their own versions with changes made afterwards because there was no easy-to-use tool available when changing configurations.

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