Highly Efficient Mechatronic Modules with Synchronous Reluctance Drives for Metallurgical Objects

V. Bespalov, E. Tulegenov
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引用次数: 0

Abstract

The article discusses approaches to the synthesis of highly efficient electric drives with synchronous reluctance independent excitation machines. For this, an analysis of existing development methods has been performed. These methods are adapted for the developed systems. Unified approaches to the development of new types of electric drives with a synchronous reluctance independent excitation machine are proposed, which consist of a combination of traditional methods for selecting the power part of the electric drive and frequency synthesis methods. It is shown that in electric drives with a synchronous reluctance independent excitation machine, due to the independent excitation vectors and the armature, it is possible to significantly expand the band of uniform frequency transmission while reducing electrical losses in the system. Loss reduction in systems with synchronous reluctance machine is achieved due to the absence of losses in the rotor of an electric machine.
高效机电模块与同步磁阻驱动冶金对象
本文讨论了用同步磁阻独立励磁机合成高效电传动的方法。为此,对现有的开发方法进行了分析。这些方法适用于已开发的系统。提出了采用同步磁阻独立励磁电机开发新型电传动的统一途径,即将传统的电传动功率部分选择方法与频率合成方法相结合。结果表明,在采用同步磁阻独立励磁电机的电驱动中,由于励磁矢量和电枢的独立,可以显著扩大系统的均频传输频带,同时降低系统的电损耗。同步磁阻电机系统的损耗降低是由于电机转子中没有损耗而实现的。
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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