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Study on Earthquake Response of High Voltage Electrical Equipment Coupling System with Flexible Busbar

机译:柔性母线高压电气设备耦合系统的地震响应研究

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With the rapid development of technology and society, all walks of life in China are becoming more and more dependent on power systems. When earthquake occurs, the electrical equipment of substation is prone to damage because of its own structural features, top-heavy, and brittleness of main body. At the same time, due to the complex coupling of the soft electrical connection of substation electrical equipment, the negative impact can not be estimated. In this paper, the finite element model of the coupling system of the single unit of high voltage electrical equipment with the connecting soft bus is established and the seismic response is analysed. The results showed that there is a significant difference between the simple analysis for the seismic response of electrical equipment monomer and the analytical results of electrical equipment systems, and the impact on different electrical equipment is different. It lays a foundation for the future development of seismic performance analysis of extra high voltage electrical equipment.
机译:随着技术和社会的快速发展,中国各界均越来越依赖电力系统。当发生地震时,由于其自​​身的结构特征,顶部重度和主体的脆性,变电站的电气设备易于损坏。同时,由于变电站电气设备的软电连接的复合耦合,无法估计负面影响。在本文中,建立了具有连接软总线的高压电气设备的单位耦合系统的有限元模型,分析了地震响应。结果表明,电气设备单体的地震反应的简单分析与电气设备系统的分析结果之间存在显着差异,对不同电气设备的影响是不同的。它为额外高压电气设备进行地震性能分析的未来发展奠定了基础。

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