[其它]Steady-State Performance of Dual Stator-Winding Induction Generator Based on Two-Dimensional Time-St

  Abstract-- A solid iron squirrel-cage rotor is adopted in the eEZgG=s  
dual stator-winding induction generator田SIG), in order to @]Cg5QW>T  
satisfy high speed generation and obtain high power factor. cN,*QN  
There are two  sets of winding in the stator, which are U=n7RPw  
connected with rectitier load and static excitation regulator J"r?F0  
(SER) which are typical nonlinear components. To satisfy the {7M++J=  
design of the complex and nonlinear system, a mathematical 2"ax*MQH<^  
model based on the 2D time-stepping finite element analysis is 0 +=sBk (  
built in this paper. The skewed slot is taken into account by ]+D@E2E
 
fundamental equal principle to reduce the calculation scale. :iE b^F}  
The comparisons between experimental results and calculated <M:BN6-yG  
results show that the calculated data of the power winding CFbNv9GZj  
can provide the theoretical bases for the design. The error ',EI[ ]+  
about the calculated data of excitation winding current is :;{M0  
anal .. .+:iAnf  
rFXdxRP;M  

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