微型电脑应用2024,Vol.40Issue(6) :226-229.

数字孪生技术在变电站三维实景建模中的应用

Application of Digital Twin Technology in 3D Reality Modeling of Substation

吴兆彬 王程 陈维 付智鑫
微型电脑应用2024,Vol.40Issue(6) :226-229.

数字孪生技术在变电站三维实景建模中的应用

Application of Digital Twin Technology in 3D Reality Modeling of Substation

吴兆彬 1王程 1陈维 2付智鑫1
扫码查看

作者信息

  • 1. 国网白银供电公司,甘肃,白银 730900
  • 2. 国网甘肃省电力公司,甘肃,兰州 730030
  • 折叠

摘要

作为将高压输电网中的电能转换为适合用户使用的低压电能的关键环境,变电站是保障电力系统安全、稳定、可靠运行的重要场所.为此,提出基于数字孪生技术的变电站三维建模方法.从数据保护层、模型计算层、数字孪生功能层和沉浸式体验层来建立数字孪生技术体系.采集变电站数据信息并进行预处理,将预处理后的数据应用于变电站三维实景模型中.通过聚合方式建立变电站地物模型,并采用投影的方式将无利用价值的线路删除,获取正投影图,建立变电站三维场景模型,利用多叉树混合索引建立用于显示的场景树,对变电站进行三维可视化展示.仿真实验结果表明,所提方法不仅可以有效减少可视化显示耗时,而且还能够获取更加满意的三维实景建模结果.

Abstract

As a key link in converting electrical energy in the high-voltage transmission network into low-voltage electrical ener-gy for users,substation is an important guarantee for the safe,stable,and reliable operation of the power system.Therefore,a three-dimensional(3D)modeling method for substations based on digital twin technology is proposed.The digital twin tech-nology system corsists of data protection layer,model computing layer,digital twin function layer and immersive experience layer.The system collects substation data information and preprocess them,and applies the preprocessed data to the 3D reality model of the substation.The substation terrain model is established through aggregation,unused lines are deleted through pro-jection to obtain an orthographic map,a 3D scene model of the substation is established,and a multi tree mixed index is used to establish a scene tree for display.The substation can be visualized in a 3D manner.The simulation experimental results show that the proposed method can not only effectively reduce the visualization display time,but also obtain more satisfactory 3D re-alistic modeling results.

关键词

数字孪生技术/变电站/三维实景建模/数据采集/数据预处理

Key words

digital twin technology/substation/3D reality modeling/data collection/data preprocessing

引用本文复制引用

出版年

2024
微型电脑应用
上海市微型电脑应用学会

微型电脑应用

CSTPCD
影响因子:0.359
ISSN:1007-757X
参考文献量10
段落导航相关论文