一种从能量传递角度出发的DLCC-WPT系统参数设计方法-豆柴文库

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一种从能量传递角度出发的DLCC-WPT系统参数设计方法
Title:DesignMethodofDLCC-WPTSystemParametersfromthePerspectiveofEnergyTransfer
Abstract:
Wirelesspowertransfer(WPT)hasemergedasapromisingtechnologyforvariousapplications,includingelectricvehiclecharging,biomedicalimplants,andconsumerelectronics.ThedesignofaDLCC-WPT(DualLoopCoupledCapacitor-WirelessPowerTransfer)systemdemandscarefulconsiderationofparameterstooptimizeefficiencyandensurereliablepowertransfer.ThispaperpresentsanoveldesignmethodthatconsidersenergytransferaspectsasabasisforparameterselectioninDLCC-WPTsystems.
1.Introduction(200words)
TheDLCC-WPTsystemutilizesdualloopresonantcouplerstoachieveefficientwirelesspowertransfer.Itconsistsofaprimaryloopandasecondaryloop,eachwithitsownresonantfrequency.Theprimaryloopconsistsofapowersourceandatransmittingcoil,whilethesecondaryloopcomprisesareceivingcoilandaload.Thecouplingbetweentheloopsenablesenergytransferbetweentheprimaryandsecondarysides.
2.ExistingDesignMethodsforDLCC-WPTSystems(200words)
Existingdesignmethodsfocusonoptimizingthesystem'sefficiency,voltagegain,orloadadaptation.Theseapproachesoftenneglecttheenergytransferaspect,whichiscrucialtoensureeffectiveandreliablewirelesspowertransfer.Althoughthesemethodshavebeensuccessfulinachievinggoodperformance,theyfailtoconsidertheoverallenergytransferefficiency.
3.DLCC-WPTSystemParameterDesignMethod(600words)
Toaddressthelimitationsofexistingdesignmethods,thispaperproposesanovelparameterdesignmethodthatprioritizesenergytransferefficiency.Thekeyparametersconsideredinthismethodincludethetransmitterandreceivercoilgeometries,resonantfrequency,couplingcoefficient,andqualityfactor.
3.1TransmitterCoilGeometry
Thetransmittercoilgeometryinfluencesthemagneticfielddistributionand,consequently,energytransferefficiency.Byoptimizingthecoilshape,itispossibletoachieveauniformmagneticfieldwithminimalleakageandincreasedcouplingwiththereceivercoil.
3.2ReceiverCoilGeometry
Similartothetransmittercoil,thereceivercoilgeometryplaysacriticalroleinenergytransfere