Analysis and Implementation of HOT Standby Operation of Variable Frequency Drives

L. Ashok kumar, V. Indragandhi, R. Madhuvanthani
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Abstract

The main focus of this work is the study of various drive redundant operation possibilities. In this work, different techniques adopted in real time applications for drive redundancy operation are studied. Also drive redundancy operation carried out by various manufacturers are investigated and are included in the paper. The comparisons of various types of drive redundancy operations are also explained. Out of all these techniques, HOT STANDBY (HS) option of Variable Frequency Drives (VFD) is chosen and analyzed. Phase Locked Loop (PLL) techniques for analyzing the frequency and phase angle information of three phase signals are studied. Out of all the available three phase PLL, the appropriate PLL for this research is chosen and is implemented using Simulink environment. The chosen PLL is DDSRF-PLL which is used to check and correct drive synchronization dynamically. The proposed HS operation is implemented using Simulink and feasibility of the technique is studied. This setup is simplest and low cost design of HS option of VFDs.
变频驱动器热待机操作的分析与实现
本工作的主要重点是研究各种驱动冗余操作的可能性。在本工作中,研究了在驱动器冗余操作的实时应用中采用的不同技术。此外,还调查了各制造商进行的驱动器冗余操作,并包括在论文中。各种类型的驱动器冗余操作的比较也解释了。在所有这些技术中,选择并分析了变频驱动(VFD)的热待机(HS)选项。研究了用于分析三相信号频率和相角信息的锁相环技术。在所有可用的三相锁相环中,选择适合本研究的锁相环并使用Simulink环境实现。所选锁相环为ddsrf锁相环,用于动态检查和校正驱动器同步。利用Simulink实现了所提出的HS操作,并对该技术的可行性进行了研究。这种设置是vfd HS选项中最简单和低成本的设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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