英语翻译本文从无刷双馈电机的结构和特点出发,分析了无刷双馈电机的性能特性,总结了几种数学模型.从d-q双轴数学模型基础上,通过坐标变换,把无刷双馈电机分解成功率绕组子系统和控制
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英语翻译本文从无刷双馈电机的结构和特点出发,分析了无刷双馈电机的性能特性,总结了几种数学模型.从d-q双轴数学模型基础上,通过坐标变换,把无刷双馈电机分解成功率绕组子系统和控制
英语翻译
本文从无刷双馈电机的结构和特点出发,分析了无刷双馈电机的性能特性,总结了几种数学模型.从d-q双轴数学模型基础上,通过坐标变换,把无刷双馈电机分解成功率绕组子系统和控制绕组子系统两个解耦的子系统,两个子系统的坐标系分别建立在与功率绕组和控制绕组电流在各自定子绕组中产生的旋转磁场同步的旋转坐标系下,在此坐标系下,相关的控制参数由交流量变为了直流量,从而得出了解耦数学模型,在解耦数学模型基础上导出了解耦控制策略.
英语翻译本文从无刷双馈电机的结构和特点出发,分析了无刷双馈电机的性能特性,总结了几种数学模型.从d-q双轴数学模型基础上,通过坐标变换,把无刷双馈电机分解成功率绕组子系统和控制
This article from not brushed the electrical machinery structure and the characteristic embarks,analyzes has not brushed the electrical machinery performance characteristic,summarized several mathematical models.From the d-q two axle mathematical model foundation,through the coordinate transformation,not brushes the electrical machinery to decompose the success ratio winding subsystem and the control winding subsystem two subsystems,two subsystems coordinate systems separately establish in rotary field synchronization which produces in respective stator winding revolve under the coordinate system with the power winding and the control winding electric current,under this coordinate system,correlation controlled variable by exchange quantitative change in order to straight current capacity,thus has obtained the mathematical model,has derived the control strategy in the mathematical model foundation .