减少初始信息量的SRM仿真

M. Tchavychalov, N. Grebennikov, D. V. Trinz
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引用次数: 3

摘要

开关磁阻电机的数学描述不同于其他类型的电机。本文介绍了SRM数学模型的著名变体:使用查找表或固定转子位置的相位电感值。基于傅里叶级数对相位电感的描述,提出了一种数学模型的变体。当使用该方法时,谐波数的选择取决于所需的计算精度。这个版本的数学模型允许减少建模的初始信息量,并保持计算结果的足够准确性。所提出的解决方案将有助于优化SRM的设计,以及构造具有状态观测器的控制系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SRM Simulation with Reduced Amount of Initial Information
The mathematical description of switched reluctance machines differs from that of other types of electric machines. The article presents well-known variants of SRM mathematical models: using lookup tables or phase inductance values at fixed rotor positions. A variant of the mathematical model is proposed, based on the description of the phase inductance by the Fourier series. When using the proposed approach, the choice of the number of harmonics depends on the required calculation accuracy. This version of the mathematical model allows reducing the amount of initial information for modeling and maintain sufficient accuracy of the calculation results. The proposed solution will be useful in optimizing the design of the SRM, as well as in constructing control systems with state observers.
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