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Interference between electric traction supply network and distribution power network - resonance phenomenon

机译:电力牵引供电网与配电网之间的干扰-共振现象

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摘要

Electric traction is one of the biggest appliances in power network and can have a significant influences on supply network. These influences include non-harmonic currents and voltages, unsymmetric loading of the three phase system or rapid fluctuation in power consumption. Traction network, feeding network, traction transformer and, in some cases, filtration-compensation unit, altogether form a system of inductivities, capacities and resistances. That is why resonances can occur in this system. This paper investigates these resonance phenomena in a traction transformer substation that feeds alternate electric traction. The paper includes a theoretical analysis of the problem, computer simulation, and results of measurements in the transformer substation where resonances were recorded.
机译:电力牵引是电力网络中最大的设备之一,并且可能对供电网络产生重大影响。这些影响包括非谐波电流和电压,三相系统的不对称负载或功耗的快速波动。牵引网络,馈电网络,牵引变压器以及在某些情况下的滤波补偿单元共同构成了一个电感,容量和电阻的系统。这就是为什么在该系统中会发生共振的原因。本文研究了牵引变电所产生的这些共振现象,该变电所提供了交替的电力牵引。该论文包括对该问题的理论分析,计算机仿真以及记录了共振的变电站的测量结果。

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