Design & Simulation of Twelve Pulse Thyristorized Controllers in Series and Parallel mode of Operation

KarimabeeS. Shaikh, Amol M. Mate, Govind J. Haibate, Supriya D. Nagothkar, Hitesh M. Mahanubhav, R. D. Kulkarni, K. Vadirajacharya
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Abstract

Many industrial applications such as electroplating, electro refining, heating, air conditioning and even nuclear applications demands for high current and high voltage converters. Conventionally M6 converters are being used, faces limitations such as power quality, power factor and harmonics. In this paper an attempt is made to verify the performance of a twelve pulse thyristorized controller for heavy industrial applications over six pulse. The performance of designed twelve pulse high current thyristorized controller is verified with the extensive simulation work on R load. This paper also differentiate between the performance of series connected thyristorized controller and parallel connected thyristorized controller.
串联和并联十二脉冲晶闸管控制器的设计与仿真
许多工业应用,如电镀、电精炼、加热、空调甚至核应用都需要大电流和高压变换器。传统使用的M6转换器面临着诸如电能质量、功率因数和谐波等方面的限制。在本文中,试图验证一个十二脉冲晶闸管控制器的性能在重工业应用超过六个脉冲。通过对R负载的大量仿真工作,验证了所设计的十二脉冲大电流晶闸管控制器的性能。本文还对串联晶闸管控制器和并联晶闸管控制器的性能进行了比较。
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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