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Due to its structural characteristics, there is no induction motor slip frequency current. In the field-oriented control of a process, one does not need to observe the flux linkage. Therefore, the permanent magnet synchronous motor field-oriented control is simple. But the field-oriented control method relies on a precise mathematical model of the motor. This paper uses the mathematical model of dual Y shift 30° PMSM to implement a six-phase high-performance permanent magnet synchronous motor electromagnetic torque control by the field oriented control method in a simulation. Permanent magnet synchronous motor is based on the six-phase static coordinate system of the mathematical model. With coordinate transformation, the mathematical model of a permanent magnet synchronous motor in the two-phase rotating coordinate system is established. Compared with the six-phase static coordinate system, the two-phase rotating coordinate system is greatly simplified, with reduced number of lower-order differential equations, and the straight chain and the cross-axis magnetic flux axis are no longer related with the angle. Based on the id=0 field oriented control, the decoupling control of dual Y shift 30° permanent-magnet is realized under this mathematical model. Simulation results show that a steady speed and torque can be obtained by this control method. 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基于id=0的双Y移30°永磁同步电机磁场定向控制仿真
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科技导报 | 研究论文 2009,27(0919): 57-60
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科技导报 |研究论文 2009 , 27 (0919) : 57 -60
基于id=0的双Y移30°永磁同步电机磁场定向控制仿真
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宗世勇,佘致廷,周米洋
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    湖南大学电气与信息工程学院,长沙 410082
通讯作者:
宗世勇
Study on the Field Oriented Control Based on Dual Y Shift 30° Permanent-Magnet Synchronous Motor
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    出版时间: 2009-10-13
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    双Y移30°永磁同步电机(PMSM)由于其结构特点,不存在感应电机的转差频率电流。在磁场定向控制过程中,不需要对磁链进行观测,因而PMSM的磁场定向控制简单。但是磁场定向控制方法依赖于电机精确的数学模型。根据双Y移30°PMSM的数学模型,选择了一种易于实现的六相PMSM高性能电磁转矩控制的磁场定向控制方法,并对其进行仿真。基于PMSM在六相静止坐标系下的数学模型,运用坐标变换理论建立了PMSM在二相旋转坐标系下的数学模型。与六相静止坐标系相比,数学模型在两相旋转坐标系下有了很大的简化,降低了微分方程阶数,直轴电磁链和交轴磁链不再是角度的函数。在此模型下,用基于id=0的磁场定向控制方法完成对双Y移30°PMSM的解耦控制,通过仿真证明该控制方法可以得到稳定的转速和转矩,非常适合多相PMSM的控制系统。
    双Y移30°永磁同步电动机  /  坐标变换  /  磁场定向控制
    Dual Y shift 30° Permanent-Magnet Synchronous Motor (PMSM) enjoys many good qualities. Due to its structural characteristics, there is no induction motor slip frequency current. In the field-oriented control of a process, one does not need to observe the flux linkage. Therefore, the permanent magnet synchronous motor field-oriented control is simple. But the field-oriented control method relies on a precise mathematical model of the motor. This paper uses the mathematical model of dual Y shift 30° PMSM to implement a six-phase high-performance permanent magnet synchronous motor electromagnetic torque control by the field oriented control method in a simulation. Permanent magnet synchronous motor is based on the six-phase static coordinate system of the mathematical model. With coordinate transformation, the mathematical model of a permanent magnet synchronous motor in the two-phase rotating coordinate system is established. Compared with the six-phase static coordinate system, the two-phase rotating coordinate system is greatly simplified, with reduced number of lower-order differential equations, and the straight chain and the cross-axis magnetic flux axis are no longer related with the angle. Based on the id=0 field oriented control, the decoupling control of dual Y shift 30° permanent-magnet is realized under this mathematical model. Simulation results show that a steady speed and torque can be obtained by this control method. This control scheme is very suitable for a multi-phase PMSM control system.
    dual Y shift 30° permanent-magnet synchronous motor  /  coordinate transformation  /  field oriented control
    宗世勇;佘致廷;周米洋. 基于id=0的双Y移30°永磁同步电机磁场定向控制仿真. 科技导报, 2009 , 27 (0919) : 57 -60 .
    . Study on the Field Oriented Control Based on Dual Y Shift 30° Permanent-Magnet Synchronous Motor[J]. Science & Technology Review, 2009 , 27 (0919) : 57 -60 .

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    小菇科 Mycenaceae 2 12 5.74 丝盖伞属 Inocybe 5 2.39
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    小菇属 Mycena 11 5.26
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