Design of bilateral Switched Reluctance linear generator

2010 IEEE Electrical Power & Energy Conference Pub Date : 2010-08-01 DOI:10.1109/EPEC.2010.5697236

H. Chen, X. Wang, J. Gu, S. Lu

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引用次数: 10

Abstract

The paper presented the design objective of three-phase 6/4 structure long-mover bilateral Switched Reluctance linear generator. The structure, the main design parameters include air gap length, unit stator poles numbers, mover poles numbers, mover tooth width, stator tooth width, mover polar distance, stator polar distance, mover width, stator width, mover slot depth, stator slot depth, mover yoke height, stator yoke height and stator unit length are described. The calculation method of electric load and magnetic load are also given. The selection methods and the calculation methods of the main design parameters are also presented. The design procedure and example of a developed prototype with rated output power 200 W, rated velocity 2 m/s, and output voltage for windings 24V are given. The design of Switched Reluctance linear generator is accomplished by analogy analysis between Switched Reluctance rotary generator. The length of air gap of the Switched Reluctance linear generator is bigger than that of Switched Reluctance rotary generator. The mover yoke height in bilateral Switched Reluctance linear generator is twice as same as that in unilateral Switched Reluctance linear generator.

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双边开关磁阻线性发电机的设计

介绍了三相6/4结构长动双向开关磁阻线性发电机的设计目标。主要设计参数包括气隙长度、单元定子极数、动极数、动齿宽度、定子齿宽度、动极距离、定子极距离、动极宽度、定子宽度、动槽深度、定子槽深度、动轭高度、定子轭高度和定子单元长度。给出了电负荷和磁负荷的计算方法。给出了主要设计参数的选择方法和计算方法。给出了额定输出功率200w，额定速度2m /s，绕组输出电压24V的样机的设计过程和设计实例。通过对开关磁阻旋转发电机的类比分析，完成了开关磁阻线性发电机的设计。开关磁阻线性发电机的气隙长度比开关磁阻旋转发电机的气隙长度大。双侧开关磁阻线性发电机的动轭高度是单侧开关磁阻线性发电机的两倍。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2010 IEEE Electrical Power & Energy Conference

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