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Fault Model of Flux-Switching Permanent Machine under Stator Winding Shorted Turn
ZHU Xiaojun 1 * #,ZHOU Jianhua 2
1.Electrical Engnieering School, Southeast University
2.Electrical Enginerring School, Southeast University, Nanjing 210096
*Correspondence author
#Submitted by
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Funding: none
Opened online:18 May 2011
Accepted by: none
Citation: ZHU Xiaojun,ZHOU Jianhua.Fault Model of Flux-Switching Permanent Machine under Stator Winding Shorted Turn[OL]. [18 May 2011] http://en.paper.edu.cn/en_releasepaper/content/4426774
 
 
To analysis influences under various fault conditions, a fault model of Flux-Switching Permanent Machine (FSPM) under stator winding shorted turn which can be used for a performance assessment of a diagnostic algorithm is presented. For fault conditions of FSPM, turn-to-turn fault and phase-to-phase fault in stator winding are considered in this paper. Even though the conventional d-q coordinate system can be used to construct the model of FSPM, but d - q coordinate system will have a great error under faults. To overcome this limitation, a fault model of FSPM is derived using multi-loop theory. Inductor parameters are obtained by finite element analysis. The accurate fault model provided in this paper lays the foundation for fault diagnosis.
Keywords:Electric Machines and Electric Apparatus; Multi-loop theory; Flux-Switching permanent machine; Stator winding short-circuit fault model
 
 
 

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