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A Brief Review on State-of-the-art Grid-connected Inverters for Photovoltaic Applications

机译:光伏应用最先进的并网逆变器的简要回顾

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The most important issue in Photovoltaic (PV) systems is increasing of the total system efficiency. Since solar cells have a limited and low efficiency (about 20~30%), the most effective method to increase the total system efficiency is to enhance the efficiency of interface inverters. Hence, finding a proper inverter for these systems among various kinds of existed inverters is of utmost importance among PV systems designers. Many review papers have been published and tried to gather different kinds of grid-connected inverters. But, in this article a brief review of state-of-the-art, high-efficient, and grid-connected inverters have been gathered, discussed, and compared to each other. However, former reviews just focused on typical structures which are completely out-of-date. All of the structures reviewed in this article, are trying to increase efficiency by using different techniques and structures.
机译:光伏(PV)系统中最重要的问题是提高整个系统的效率。由于太阳能电池效率有限且效率低(约20%至30%),因此提高整体系统效率的最有效方法是提高接口逆变器的效率。因此,在各种现有逆变器中为这些系统找到合适的逆变器在光伏系统设计人员中至关重要。已经发表了许多评论文章,并试图收集各种类型的并网逆变器。但是,在本文中,我们对最先进的,高效的并网逆变器进行了简要回顾,并进行了比较。但是,以前的评论只关注完全过时的典型结构。本文中讨论的所有结构都试图通过使用不同的技术和结构来提高效率。

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