五相换向整流器

M. Masoud
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引用次数: 0

摘要

多相系统,包括多相发电机或电动机,特别是五相系统,与三相系统相比,提供了更好的性能。五相发电机可以在风力发电、电动汽车、航空航天、石油和天然气等应用中发电,但不限于此。五相发电机输出需要采用交直流变换器等变换器系统。介绍了非控五相线路整流器的基本结构和性能分析,并结合数值算例进行了分析。该整流器适用于风能应用,是五相发电机和直流负载或逆变器之间的中间级。交流侧滤波和源电感的影响在其他参考文献中有详细说明。在这里,本章让读者快速了解多相线路整流器的分析和性能,特别是五相整流器。
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Five-Phase Line Commutated Rectifiers
Multiphase systems including multiphase generators or motors, especially five-phase, offer improved performance compared to three-phase counterpart. Five-phase generators could generate power in applications such as, but not limited to, wind power generation, electric vehicles, aerospace, and oil and gas. The five-phase generator output requires converter system such as AC-DC converters. This chapter introduces the basic construction and performance analysis for uncontrolled/con-trolled five-phase line commutated rectifier guided by numerical examples. This rectifier is suitable for wind energy applications to be the intermediate stage between five-phase generator and DC load or inverter stage. The filtration for AC side and effects of source inductances are detailed in other references. Here, this chapter gives the reader a quick idea about the analysis and performance of multiphase line commutated rectifiers and specifically five phase.
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Introductory Chapter: Electric Power Conversion Analysis of Compensated Six-Phase Self-Excited Induction Generator Using Double Mixed State-Space Variable Dynamic Model Resonant Power Converters Comparative Study and Simulation of Different Maximum Power Point Tracking (MPPT) Techniques Using Fractional Control and Grey Wolf Optimizer for Grid Connected PV System with Battery Five-Phase Line Commutated Rectifiers
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