Maxwell仿真永磁同步电机步骤资料

AnsoftMaxwell14永磁同步电机仿真步骤总结首先是建立一个RMxprt文件，选择电机类型为下图的Permanent-MagnetSynchronousMotor只要按照下面的参数输入即可

磁钢材料NTP264H要自己定义Danper是怎么出来的?要右键”Rotor'，选择InsertDanper，就可以了Properties:line-startPISI-RIxprtDesignl-lachineE-口Statorpusi.：.tiJJ)Winding->0RotorCOFoie-血IIamperLUSlot<1FrojectrProperties|ProjectManagerSlotN：=jTieValueUnitEvaluatedV...HescriptionRead-orilyHeO0.8mm0.8mmSlotdimension:HeOrHeOI0mmOmmSlotdimension:HeOIrHeI1.27mm1.27mmSIotdimerision：HeIrHe213.73mm13.73mmSlotdimension:He2rBeO2mm2mmSlotdimension:BeOrBeI6.4mm6.4mmSIotdimerision：BeIrBe25.5mm5.5mmSlotdimension:Be2rRe0mmOmmSlotdimension:RerN：=jTieV：dlueUnitEvaluatedV...HeO0.8mm0.8mmHeOI0mmOmmHeI1.27mm1.27mmHe213.73mm13.73mmShowHidderL确定 取•消所有参数输入完毕，现在要定义个求解设置，右键“Analysis”添加一个setup,模型绕组的连接如下求解结果Simulation: [Setupl HIPerformanceDesignVariation:PerformanceDesignSheet.CurvesLINE-STARTPERMANENT-MAGNETSYNCHRONOUSMOTORDESIGNFile:Setupl.reye75GENERALDATye75RatedOutputPower(kW):RatedVoltage(V):NumberofPoles:Frequency(Hz):FrictionalandWindageLoss(W]:WindingConnection:OperatingTemperature(CJ:STATORDATAOuterDiameterofStator(mm):InnerDiameterofStator(mm):NumberofStatorSlots:SkewWidth(Slots):TvpeofStatorSlot:StatorSlothsO(mm):hs1(mm):hs2(mm):bsO(mm):bsl(mm):bs2(mm):TopToothWidth(mm):BottomToothWidth(mm):LengthofStatorCore(mm):StackingFactorofStatorCore:TvpeofSteel:SlotInsulationThickness(mm):LayerInsulationThickness(mm):oo67—2136120.S1.1314.073.S7.710.27.47357.440579095W351oDoo50Simulation: [Setupl HIPerformanceDesignVariation:PerformaitceDesignSheetCurvesLayerInsulationThickness(mm):0EndLengthAdjustment(mm):0NumberofParallelBranches:1NumberofConductorsperSlot:13WindingType:11AverageCoilPitch:7.66667NumberofWiresperConductor:5WireDiameter(mm):1.13WireWrapThickness(mm):0.11SlotArea176.32NetSlotArea145.097LimitedSlotFillFactor阁：75StatorSlotFillFactor[%]:74.1388CoilHalf-TurnLength(mm):355.368ROTORDATAAirGap(mm):0.65InnerDiameterofRotor(mm):60LengthofRotor(mm):190StackingFactorofRotorCore:0.95TypeofSteel:DW315项TypeofRotor:7MagnetDuctDimensionsD1[mm]:13601(mmj:4202(mmj:20Rib(mm):0MagnetType:NTP264HMagnetThickness(mm]:5.3TotalMagnetWidth(mm):92MechanicalPoleEmbrace:0.359905ElectricalPoleEmbrace:0.073632MagneticShaft:NoPERMANENTMAGNETDATA

PERMANENTMAGNETDATAResidualFluxDensity(Tesla):1.0741CoerciveForce(kA/mj:017.25MaximumEnergyDensity219.452RelativeRecoilPermeabilitv：1.04591DemagnetizedFluxDensity[Tesla]:1.0741RecoilResidualFluxDensity(Tesla):1.0741RecoilCoerciveForce(kA/mj:017.25DAMPERDATADamperSlotsperPole:8TypeofDamperSlot:3DamperSlothsO(mm):0.3hs1(mm):1.27hs2(mm):13.73bsO(mm):2bs1(mm):6.4bs2(mm):5.5rs(mm):0EndLengthofDamperBars(mm):0EndRingWidth(mm):11.25EndRingHeight(mm):16ResistivityofDamperBarsat75Centigrade0.0434783ResistivityofDamperRingsat75Centigrade0.0434783MATERIALCONSUMPTIONArmatureCopperDensity(kg/m^SJ:8900RotorDamperBarDensity2700RotorDamperRingDensity(kg/m^3):2700PermanentMagnetDensity(kg/mA3):7300ArmatureCoreSteelDensity(kg/m^3):7600

Simulation: |Setup1jPerformaDesignVariation:Perform：=itlceDeeietlSheetCm-vesArmatureCoreSteelDensityfkg/m^31B7600RotorCoreSteelDensity7600ArmatureCopperWeight[kg]:DamperBarMaterialWeight(kg):DamperRingMaterialWeight[kg]:PermanentMagnetWeight(kg):ArmatureCoreSteelWeight(kg):RotorCoreSteelWeight(kg):TotalNetWeight[kg]:0.093541.454910.4614032.0904932.900220.170766.0672ArmatureCoreSteelConsumption[kg]:RotorCoreSteelConsumption[kg]:63.740931.1371STEADYSTATEPARAMETERSStatorWindingFactor:D-AxisReactiveReactanceXad(ohm):Q-AwisReactiveReactanceXaq(ohm):D-AwisReactanceX1+Xad(ohm):Q-AxisReactanceX1+Xaq(ohm):ArmatureLeakageReactanceX1(ohm):ArmaturePhaseResistanceR1(ohm):ArmaturePhaseResistanceat20C(ohm):0.9597953.7106420.70074.0917S21.03190.3731410.2200080.100975NO-LOADMAGNETICDATAStator-TeethFluxDensity(Tesla):Stator-YokeFluxDensity(Tesla):Rotor-TeethFluxDensity(Tesla):Rotor-YokeFluxDensity(Tesla):Air-GapFluxDensity(Tesla):MagnetFluxDensity(Tesla]:1.406S71.620S51.336921.076360.6674670.91427Stator-TeethAmpereTurns(A.T):Stator-YokeAmpereTurns(A.T):Rotor-TeethAmpereTurns(A.T):9.31335103.5355.4034S

一键导入到maxwell142D瞬态场里去分析即可，右键Analysissetup的creatMaxwelldesign，autosetup要打勾导入模型如图，是14模型（导入整个模型的方法？加注fragnet1因为是14模型，所以要设置一个SymmetryMultiplier，右键”model”,就可以看到，设置如

下电机在零负载转矩的起动：点击“model”的树，将其展开，双击Motionsetup作如下设置为了得到，更好的仿真图像，设置一下仿真时间，双击Solvesetup作如下设置以下就是在零负载转矩的情况下的得出的各种起动时间图，横轴的时间单位是毫秒（以下就是在零负载转矩的情况下的得出的各种起动时间图，横轴的时间单位是毫秒（ms）YoHUO¥a)NJO)nb」ol-&U>0芝Ee:p<D<Ddso)u>OH1600.001400.001200.001000.00800.00600.00400.00200.000.00-200.00Time[ms]1.501.25—iod.00 '200.00' '300.00' 400.00Timej[ms]500.00600.00s(Luo-pauuo。pu山)(u5e一-O>P8npu_3000.002000.001000.000.00-1000.00-2000.00AYHIOI4 Maxwell2DUesign2_kongzai/时Curveln*s Current(EndConnectionl)Setup1:TransientCurrenHEndConnectionn)[A]日Setupl:Transientiz-eiup'i:~iransiemISetup1:Transienl300.0CTimeFm0.00【<】(LUOEUUOopuLlJ)c(utno-3000.00CurveInfo FluxlJnkage(PhaseA)Setup1:Transient FluxUnkage(PhaseB)Setup1:Transient FluxUnkage(PhaseC)Setup1:TransientBetupl:Transient:Transient:TransientFluxLinkage(PhaseB)[Wb]Setupl:TransientSetup1:Transient|Setupl:Trmn$ient—300.00Tiime；(rrisl做完了以上的仿真，再做一个电机在额定负载下的起动过程，把上面的文件复制一下，然后改一下名称，结果如图E-:0--D--D-11DDDDn后改一下名称，结果如图E-:0--D