首页> 外文会议>International Symposium on Power Electronics, Electrical Drives, Automation and Motion >Application of the Optimal Minimization of the Total Harmonic Distortion technique to the Multilevel Symmetrical Inverters and Study of its Performance in Comparison with the Selective Harmonic Elimination technique
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Application of the Optimal Minimization of the Total Harmonic Distortion technique to the Multilevel Symmetrical Inverters and Study of its Performance in Comparison with the Selective Harmonic Elimination technique

机译:应用总谐波失真技术对多级对称逆变器的应用及其性能研究与选择性谐波消除技术

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摘要

Many interesting modulation strategies reported in literature are suitable to control multilevel power converters which presents several advantages over the conventional two-level counterpart. Since each of themes have its proper advantages and disadvantages, these strategies can be chosen according to certain performance aspects, which are required or desirable. The general performance specifications are: reducing harmonic distortion, reducing power losses and speeding transient response. In which, the Harmonic Elimination method and the Optimal Minimization technique are very important for reducing the harmonic distortion. In order to know which what control techniques the harmonic performance can be greatly enhanced or substantially improved, a detailed comparison between these two latest techniques with interpretation of its simulation results is the focus of this work.
机译:文献中报告的许多有趣的调制策略适用于控制多级电源转换器,该电源转换器呈现出传统的两级对应物的几个优点。由于每个主题具有正确的优点和缺点,因此可以根据某些性能方面选择这些策略,这是必需的或所需的。一般性能规格是:减少谐波失真,降低功率损耗和超速瞬态响应。其中,谐波消除方法和最佳最小化技术对于降低谐波失真非常重要。为了了解哪种控制技术可以大大提高或大幅提高,这两个最新技术之间的详细比较,其仿真结果的解释是这项工作的重点。

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