Low-voltage ride-through concept in flyback inverterbased alternating current??photovoltaic modules

Papanikolaou; N.P.

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Low-voltage ride-through concept in flyback inverterbased alternating current??photovoltaic modules

机译：基于反激式逆变器的交流光伏模块中的低压穿越概念

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The flyback inverter-based alternating current??photovoltaic modules?? behaviour under voltage rise/drop conditions is investigated. Specifically, the aim is to calculate the module steady-state operational characteristics of distributed generators, such us generation loss and root mean square current rise, based on the low-voltage ride-through capability requirements. The proposed analysis stands for the widely known discontinuous conduction mode of operation and it can also account for high power inverter topologies. Furthermore, the derived expressions are corroborated by means of PSPICE simulation along with the selected experimental results and insightful discussions.

机译：基于反激式逆变器的交流电“光伏模块”研究了电压上升/下降条件下的行为。具体而言，目标是基于低压穿越能力要求，计算分布式发电机的模块稳态运行特性，例如发电损耗和均方根电流上升。所提出的分析代表着广为人知的不连续传导工作模式，它还可以解释大功率逆变器的拓扑结构。此外，借助PSPICE模拟以及选定的实验结果和有见地的讨论，可以证实派生的表达式。

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《Power Electronics, IET》 |2013年第7期|1-1|共1页
作者
Papanikolaou; N.P.;
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Department of Electrical Engineering, Technological Educational Institute (T.E.I.) of Lamia|c|;

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Low-voltage ride-through concept in flyback inverterbased alternating current??photovoltaic modules

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