首页> 外文会议>IEEE International Symposium on Microwave, Antenna, Propagation and EMC Technologies for Wireless Communications vol.1; 20050808-12; Beijing(CN) >Analysis of Transient Grounding Resistance in Time-Domain When a Number of Vertical Grounding Rods Parallel-Connected
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Analysis of Transient Grounding Resistance in Time-Domain When a Number of Vertical Grounding Rods Parallel-Connected

机译:多个垂直接地棒并联的时域瞬态接地电阻分析

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摘要

The transient grounding resistance (TGR) of a number of vertical grounding rods connected by horizontal grounding rods is calculated using FDTD method. The corresponding waveforms of TGR in time-domain under different conditions are illustrated. The following results can be obtained: adding vertical earth electrodes to the horizontal ones can reduce the TGR and the value of TGR decreases with the increasing number of vertical earth electrodes. But when the number of vertical grounding rods increases to a certain number, the TGR doesn't decrease remarkably. In addition, increasing number of vertical earth electrodes is not very effective to decrease TGR when the ground area is limited. And if the quantity of grounding conductor is determined, the deeper and sparsely distributed vertical grounding rods correspond to a lower value of TGR.
机译:使用FDTD方法计算通过水平接地棒连接的多个垂直接地棒的瞬态接地电阻(TGR)。示出了在不同条件下时域中TGR的对应波形。可得到以下结果:将垂直接地电极添加到水平电极可以降低TGR,并且TGR的值会随着垂直接地电极数量的增加而减小。但是当垂直接地棒的数量增加到一定数量时,TGR不会显着降低。另外,当接地面积受限时,增加垂直接地电极的数量对降低TGR并不是很有效。如果确定了接地导体的数量,则较深且分布稀疏的垂直接地棒对应于较低的TGR值。

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