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1、-------哈尔滨理工大学工学硕士学位论文OptimizationofLine-startPermanentMagnet
SynchronousMotorBasedonAdaptive
GeneticAntColonyAlgorithmAbstractLine-startpermanentmagnetsynchronousmotoriswidelyusedinoilandtextileindustrybyitshighefficiencyandpowerfactor,whichmustbetakenintoconsiderationwhenwedesi
2、gnthistypeofmotor.RotorSquirrel-cagebarsareinstalledinthemotor,comparedwiththeordinarypermanentmagnetmotor,itsprocessofstartandpullintosynchronizationismorecomplex,whichmakethedesignmoredifficult.Sothenecessarymethodofmotoroptimizationdesignshouldbeadaptedtooptimizethemotorinorde
3、rtomeettherequirementsofoptimizedresult.Firstofall,theorigin,thedevelopingcourse,relatedproblemsandbasicprincipleofthetraditionalantcolonyalgorithmareintroducedinthispaper,whichproposesanimprovedadaptivegeneticantcolonyalgorithmandidentifiestheconditionofcombininggeneticalgorithm
4、withantcolonyalgorithm,makingalgorithmoptimizationprocesshavetheadvantagesofbothalgorithms,andgivesanimprovedpheromoneupdatingstrategy,andsetsuptheefficientalgorithmparameters.Traditionalantcolonyalgorithmandimprovedadaptivegeneticantcolonyalgorithmarerespectivelyusedtocalculatem
5、inimumoptimizationoftheknownfunction,theresultofcomparingtheperformancesofevolutioncurvesandthemeanchangeovertimecurvesdemonstratethattheimprovedadaptivegeneticantcolonyalgorithmhasbetterperformances.Additionally,a4-pole7.5kWline-startpermanentmagnetsynchronousmotorare
usedastheo
6、bjectofthestudy,inordertoimprovetheefficiencyofthemotor,the
optimizationdesignmathematicalmodelofthemotorareestablished,whichsetup
theobjectivefunctionandchoosethestructuralparameterswhichhavesignificant
effectontheobjectivefunctionastheoptimizationvariables.Inaddition,constraint
7、s
andthecorrespondingpenaltyfunctionaresetuptomeettherequirementsofthe
motordesign.Finally,theimprovedadaptivegeneticantcolonyalgorithmisappliedtooptimize-II------------哈尔滨理工大学工学硕士学位论文themotorandgetanewsetofelectromagneticdesign.Comparedwiththeoriginaldesign,confirmsthattheimprov
8、edalgorithmissuccessfultooptimizethemoto