An Experimental Study on Dual <ce:italic>P</ce:italic>- <ce:italic>f</ce:italic> Droop Control of Photovoltaic Power Generation for Supporting Grid Frequency Regulation

T. Kato; Y. Kimpara; Y. Tamakoshi; M. Kurimoto; T. Funabashi; S. Sugimoto

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An Experimental Study on Dual P- f Droop Control of Photovoltaic Power Generation for Supporting Grid Frequency Regulation

机译：双重 p - f 光伏电网下垂控制，用于支持电网频率调节的斜体>

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The objective of this study is to develop an active power control of photovoltaic power generation (PV) system for supporting grid frequency regulation in two different forms, i.e. slow frequency control contributing to load - frequency control (LFC) and fast frequency control contributing to inertial response of synchronous generators. Two different active power - frequency droop characteristics are implemented simultaneously by using different frequency measurement methods. The performance test result of proposed control using an experimental setup shows that PV system equipped with proposed control can supply appropriate active power according to two different droop characteristics for slow frequency control and fast frequency control.

机译：本研究的目的是开发光伏发电（PV）系统的有功功率控制，用于以两种不同的形式支持电网频率调节，即慢频控制有助于负载 - 频率控制（LFC）和有助于惯性的快速频率控制同步发电机的响应。通过使用不同的频率测量方法同时实现两种不同的有源电力频率下垂特性。使用实验装置的提出控制的性能测试结果表明，配备有提出的控制的光伏系统可根据两个不同的下垂特性提供适当的电力，用于慢速频率控制和快速频率控制。

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《IFAC PapersOnLine》 |2018年第28期|共6页
作者
T. Kato; Y. Kimpara; Y. Tamakoshi; M. Kurimoto; T. Funabashi; S. Sugimoto;
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Droop controlfrequency controlinertial responseinverterphotovoltaic power generation;

机译：下垂控制仓记控制素响应逆转器电压发电;

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An Experimental Study on Dual P- f Droop Control of Photovoltaic Power Generation for Supporting Grid Frequency Regulation

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