Operating Region for AFE Configuration under Variable Frequency Grid

Carlos Martínez, J. Rohten, Matías Garbarino, Marcos L. Andreu, José J. Silva, C. Baier, Rodrigo Morales
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引用次数: 1

Abstract

Distributed power generation together with microgrids and renewable energy have brought the problem of power generation and electric system stability. These kinds of grids have shown problems related to the frequency and amplitude voltages. In effect, the literature shows variation up to 100% on the grid frequency, leading to carefully design the equipment that is connected to these grids. This paper studies the frequency variation, the sag, and swells effect on power converter by using the two most used topologies, the power converter as rectifier and inverter with their respective first order and second order filters respectively. The results show the large effect on the power converters and therefore demonstrate the importance of considering the frequency on the control design, since the entire operating region is affected.
变频电网下AFE配置的工作区域
分布式发电与微电网和可再生能源一起带来了发电和电力系统稳定性问题。这些类型的网格已经显示出与频率和幅度电压有关的问题。实际上,文献显示电网频率的变化高达100%,导致仔细设计连接到这些电网的设备。本文采用功率变换器作为整流和逆变两种最常用的拓扑结构,分别采用一阶和二阶滤波器,研究了频率变化、凹陷和膨胀对功率变换器的影响。结果显示了对功率转换器的巨大影响,因此证明了在控制设计中考虑频率的重要性,因为整个工作区域都会受到影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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