基于VR技术的数字孪生煤矿井下变电站

Hao Liu, Zhuofeng Tian
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引用次数: 0

摘要

煤矿井下变电所运行环境复杂,难以实时监控,无法应对各类故障。为了减少由于不规范操作造成的井下电气安全事故,本文提出了基于VR(虚拟现实)技术的煤矿井下数字孪生变电站。首先,结合煤矿井下变电站的运行数据、电气特性和运行规程,设计了基于VR技术的数字孪生煤矿井下变电站。然后,建立煤矿井下变电所在虚拟空间中的映射,在虚拟场景中数字化表达变电所的物理模型和设备运行逻辑。最后,依托VR技术,提高了系统与用户的交互能力,实现了变电站漫游巡检、数据分析、模拟诊断等功能。基于VR技术的煤矿井下数字孪生变电站具有数字化、智能化、高效化等优点,为煤矿供电系统的运行维护提供了新的思路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital Twin Coal Mine Underground Substation Based on VR Technology
The operation environment of coal mine underground substation is complex, difficult to monitor in realtime, and cannot cope with all types of faults. To reduce the underground electrical safety accidents caused by irregular operations, this paper proposed digital twin coal mine underground substation based on VR (virtual reality) technology. Firstly, the digital twin coal mine underground substation based on VR technology is designed by considering the operational data, electrical characteristics, and operation procedures of the coal mine underground substation. Then, the mapping of the coal mine underground substation in the virtual space was established to digitally express the physical model of the substation and the equipment operation logic in the virtual scene. Finally, relying on VR technology, the interaction capability between the system and the user is improved, and several functions such as roaming inspection, data analysis, and analog diagnosis in the substation are realized. The digital twin coal mine underground substation based on VR technology has the advantages of digitalization, intelligence, and efficiency, which provides a new idea for the operation and maintenance of the coal mine power supply system.
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