三相电压扰动发生器随串联变压器匝比变化的功率损耗分析

H. Kim, J. H. Jung, E. Nho, I. D. Kim, T. Chun, H. Kim
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引用次数: 0

摘要

分析了大功率电压扰动发生器的功率损耗,设计了一种高效的电压扰动发生器。发电机的主要部件是三相自耦变压器、串联变压器和可控硅晶闸管,保证了硬件的成本效益。为了使发电机的效率最大化,通过这些元件的电流应该最小化。只有一个参数可以调整,以确定电流水平是串联变压器的匝比。因此,进行了随转矩比变化的功率损耗分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power loss analysis of 3-phase voltage disturbance generator with variation of series transformer turn-ratio
The power loss of a high power voltage disturbance generator is analyzed to design a high efficient generator. The major components of the generator are 3-phase autotransformer, series transformers, and SCR thyristors, which guarantee cost-effective hardware. To maximize the efficiency of the generator the current through these components should be minimized. The only one parameter that can be adjusted to determine the current level is the turn-ratio of the series transformer. Therefore, the power loss analysis is carried out with the variation of the turn ratio.
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