一种新的永磁无刷直流驱动器控制方案

U. Kalla, K. Rathore
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引用次数: 2

摘要

本文研究了一种基于功率因数校正(PFC)的独立发电机供电PMBLDC驱动器的新型速度控制方法。由于该控制方案采用频率自适应单元模板块估计参考电流信号,因此该方案非常适合于在独立发电机供电的PMBLDC驱动器中获得单位功率因数运行。在任何独立发电系统中,如柴油发电机组和小型水力发电系统,其系统频率取决于发电机的负载状况。因此,该系统的系统频率在不同的负载条件下波动。提出的基于频率自适应单元模板的方案是实现独立发电驱动PMBLDC驱动器功率因数校正操作所必需的。为此,提出了一种新的单相独立发电系统驱动PMBLDC的PFC方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel control scheme for PMBLDC drives
This paper aimed at a power factor correction (PFC) based novel speed control for standalone generator fed PMBLDC drives. The scheme is highly suitable for obtaining unity power factor operation in standalone generator fed PMBLDC drive, since the reference current signal in this control scheme is estimated using a frequency adaptive unit template block. The system frequency in any standalone generating system like diesel generator (DG) sets and small hydro power generation systems, is depends on loading condition of the generator. Therefore the system frequency of such system fluctuates under varying load conditions. The proposed frequency adaptive unit template based scheme is essentially required to achieve the power factor correction operation in standalone generation driven PMBLDC drives. Therefore a new PFC scheme is proposed for PMBLDC drive fed by a single phase standalone power generating system.
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