基于抛物线边界随机振幅算法的局部放电检测模拟器

Yanjie Zhang, Chen Yan, Guoliang Huang, Shitao Wang, Yishu Zhao, Zhaoyang Liu, Xin Zheng, Hong Zhang
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引用次数: 0

摘要

通过虚拟现实技术构建220kV沉浸式变电站,并在3ds MAX软件中基于多边形建模技术建立220kV GIS和10kV开关柜设备的三维模型。根据局部放电典型频谱的特点,提出了一种抛物线边界随机振幅生成算法,并在Unity3d引擎中实现了局部放电检测的三维动态显示。学员可以在虚拟变电站中练习局部放电检测仪器的操作、故障分析、故障定位等带电检测技能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Partial discharge detection simulator based on parabolic boundary random amplitude algorithm
The 220kV immersive substation is built through Virtual Reality technology and the three-dimensional models of 220kV GIS and 10kV switchgear equipment are established based on polygon modeling technology in 3ds MAX software. Based on the characteristics of typical spectrum of partial discharge, a random amplitude generation algorithm of parabolic boundary is proposed and the three-dimensional dynamic display of partial discharge detection is realized in Unity3d engine. The trainees can practise the operation of partial discharge detection instruments, fault analysis, fault location and other live detection skills in the virtual substation.
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