直线起动永磁同步电动机变极起动方案研究

M. Tian, Yueyang Li, Xiuhe Wang, Wenliang Zhao, Mingzhe Li
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引用次数: 0

摘要

通过变极起动策略,线路起动永磁同步电机可以有效抑制起动过程中的制动转矩和脉动转矩,从而获得较高的起动能力。本文研究了变极起动方案,包括变极定子绕组的设计原则和小极绕组极数的确定。以8极起动式永磁同步电动机为例,基于槽数相图法和槽电动势星图设计了2极、4极、6极起动时对应的2/ 8,4 / 8,6 /8变极绕组。通过比较,确定了合理的换极启动方案。然后,基于有限元法,设计了30kW 6/8变极线启动永磁同步电动机,计算了6极和8极状态下的电枢磁场和基隙磁密度。最后,制作了样机并进行了测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on Pole-changing Starting Scheme for Line-start Permanent Magnet Synchronous Motor
Through Pole-changing starting strategy, line-start permanent magnet synchronous motor can obtain higher starting capacity by effectively suppressing the braking torque and pulsating torque during starting process. In this paper, the pole-changing starting scheme, including the design principles of the pole changing stator winding and the determination of pole numbers for minor-pole winding, are studied. The 8-pole line-start permanent magnet synchronous motor is taken as example, the corresponding 2/8, 4/8, 6/8 pole changing windings when starting with 2-, 4-, 6-pole modes are designed based on slot number phase diagram method and slot electromotive force star diagram. And through comparison, the reasonable pole-changing starting scheme is determined. Then, based on finite element method, a 30kW, 6/8 pole changing line-start permanent magnet synchronous motor is designed, the armature magnetic field and the fundamental air gap magnetic density under 6-pole and 8-pole states are calculated. Finally, a prototype is manufactured and tested.
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