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Method of friction modeling and identification in PMSM

机译:PMSM中的摩擦建模与识别方法

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摘要

Friction forces present in the PMSM motor exert a very negative influence on its working parameters. Those effects are extremely nonlinear and their consequences have to be acknowledged at designing both the motor's mechanical construction and its control system. This paper describes a friction coefficients identification method in the PMSM based on the mathematical model. The results of simulation research have been backed up by the real-world object testing. In the first section of this paper a brief summary of the most important aspects of PMSM motors was included while the second one focuses on the theoretical description of friction model that was used during research. Third part of this paper is focused on the detailed description of the PMSM motor model and its simplifying assumptions. The fourth section contains a description and results of concluded research in the Matlab/Simulink environment. Finally, the article concludes with comparison of theoretical results and experimental results obtained from real-world motor.
机译:PMSM电机中存在的摩擦力对其工作参数产生非常不利的影响。这些影响是极端非线性的,其后果必须在设计电动机的机械结构及其控制系统时得到确认。本文介绍了一种基于数学模型的永磁同步电动机摩擦系数识别方法。仿真研究的结果得到了实际对象测试的支持。在本文的第一部分中,简要介绍了PMSM电动机的最重要方面,而第二部分则重点研究了在研究过程中使用的摩擦模型的理论描述。本文的第三部分着重于PMSM电机模型及其简化假设的详细描述。第四部分包含对Matlab / Simulink环境中研究的描述和结论。最后,本文以从实际电动机中获得的理论结果和实验结果进行比较作为结论。

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