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Enhanced grid integration of renewable power plants by grid impedance measurement

机译:通过电网阻抗测量增强可再生能源发电厂的电网集成

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This paper deals with the topic grid impedance measurement as an objective instrument to evaluate the grid integration of renewable power plants (RPP) e.g. wind-or pv-farms. Up to now the evaluation of grid integration is realized by using the calculated value of the grid impedance, which is normally provided by the grid owner. Since the grid impedance is a frequency and time dependent value calculated grid impedance does not reflect the real grid situation. This fact results to an incorrect and inefficient as well as uneconomic grid integration of RPP. In the following sections the problem of grid integration using calculated grid impedances is described and proposals are made for an enhanced grid integration of RPP by using realistic measured grid impedances.
机译:本文将主题电网阻抗测量作为评估可再生能源发电厂(RPP)的电网集成的客观工具。风或光伏农场。到目前为止,通过使用电网阻抗的计算值(通常由电网所有者提供)来实现对电网集成的评估。由于电网阻抗是频率和时间相关的值,因此计算得出的电网阻抗不能反映实际的电网情况。这一事实导致RPP的错误和低效以及不经济的电网整合。在以下各节中,将描述使用计算得出的电网阻抗进行电网集成的问题,并提出了通过使用实际测得的电网阻抗来增强RPP的电网集成的建议。

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