AC Power Transmission Even when One Phase is Lost

J. Miguel, E. Watanabe, M. Aredes
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Abstract

This paper presents the development of a voltage conditioner, which main function is to supply the voltage of an isolated load within specified quality parameters, even during momentary or continuous loss of one of any system phase. In order to do this, the conditioner is able to transfer power between its phases through a common dc link. Besides load voltage conditioning, the studied system has a power conditioner at the source side that makes source current conditioning. The function of this source-side current conditioner is to provide a balanced three-phase current to the source. Power circuit configuration and control strategy are presented. Computational simulations in the time domain of various situations associated to a typical operation of an electrical system were performed and are presented. Large motor starting with meaningful voltage drop is considered in the study. This study was intended for developing alternative concept on electric power supply for future offshore oil production systems.
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交流失相输电
本文介绍了一种电压调节器的研制,其主要功能是在规定的质量参数范围内,即使在系统中任何一相瞬间或连续失相时,也能提供隔离负载的电压。为了做到这一点,调节器能够通过共同的直流链路在其相之间传输功率。所研究的系统除负载电压调节外,在源侧还设有功率调节器,对源电流进行调节。这种源侧电流调节器的作用是为源提供平衡的三相电流。给出了电源电路结构和控制策略。对与电气系统的典型操作相关的各种情况进行了时域计算模拟。研究中考虑了具有明显电压降的大型电机起动。本研究旨在为未来海上采油系统开发电力供应的替代概念。
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