【正文】 ion motor design on losses and efficiency for adjustablefrequency drives[J]. Conf. Rec. ISIE,1994,25(27),214219.[21]黃紹剛,黃華高,[J].遼寧工學院學報,2003,20(7):101104.[22]關惠,趙爭鳴,孟朔,[J].中國電機工程學報,2004,24(7):1824.[23] C. Tindall,P. Synthesis and Optimization of Induction Motor Design[J]. IEEE Trans. on Manufacturing Technology,1977, 6(2), 3137.[24]潘曉晟,[M].北京：電子工業(yè)出版社,2007．致 謝本論文是在崔皆凡教授悉心的指導下完成的。導師豐富的學識和嚴謹的工作風格給我留下了深刻的印象。她不僅在專業(yè)知識的學習過程中給了我很大的幫助，更重重要的是她教會了踏踏實實、一絲不茍的做事態(tài)度。在此，謹向導師表示由衷的感謝。還要感謝大學四年中指導和教育過我的那些老師。在課堂上，你們用精彩的講述讓我們沉浸在學習的喜悅之中。因為有你們的陪伴才讓我的大學生活變得更加有意義。同時，本文的順利完成也離不開王興華、周圣涵等同學的熱情幫助。感謝你們的支持與鼓勵，希望你們在以后的人生道路中大放光彩。最后，感謝父母對我這些年來無私的付出。在未來的日子里，我會更加努力的學習和工作。不辜負父母對我的期望。附 錄中型高壓異步電動機電磁設計程序：P2=500。Un=6000U1=Un/(3^)m=3Ikw=(P2*10^3)/(m*U1)f=50。Ns=1500。Kdp1_1=epsilon_1=Fs_=。B_delta_1=7500。A_1=460。eta=。cos_phi_=KA_1=(*Kdp1_1*eta*cos_phi_*B_delta_1*A_1*10^11)/(Fs_epsilon_1*Fs_)V_1=P2/(KA_1*Ns)p=4。lambda_1=2Di1_1=((V_1*p)/(lambda_1*pi))^(1/3)Kd=D1_1=Di1_1/KdD1=65Di1=Kd*D1tau_p=(pi*Di1)/pLef_1=V_1/Di1^2Lef=q1=5Z1=m*p*q1Zp1=Z1/pt1=(pi*Di1)/Z1% 定子繞組形式 雙層繞組y_1=(5/6)*Zp1y1=13alpha1=(p*180)/60/180*piKd1=(sin(q1*alpha1/2))/(q1*sin(alpha1/2))beta1=y1/Zp1Kp1=sin(beta1*pi/2)Kdp1=Kd1*Kp1I1_1=Ikw/(eta*cos_phi_)N_phi1_1=(pi*Di1*A_1)/(m*I1_1)a1=1Ns1_1=(m*a1*N_phi1_1)/Z1Ns1=18K1_1=p/a1K2_1=a1N_phi1=(Ns1*Z1)/(m*a1)Nef=N_phi1*Kdp1W1=Ns1/2 %定子每圈匝數J1_1=5。Nt1=3Ac1_1=I1_1/(J1_1*Nt1*a1)Ac1=a_1=b_1=Q=A_1*J1_1 %在16502400范圍內%選定子槽型 選用開口槽B=。bs_1=(+2*B)* %bs在（）*t1=()cm范圍內合格bs=x=9。y=8。hs2_1= (+2*(+*y+*x))* %hs2在（）*bs范圍內合格hs2=b01=bshs0= %()cmalpha_s1=30/180*pi %(3040)hs1= %（）cmbt1=(pi/Z1)*(Di1+2*(hs0+hs1+(1/3)*hs2))bsKFe=Bt1_1=(t1*B_delta_1)/(KFe*bt1) %在1350015500T范圍內合格hj1_1=(1/2)*(D1Di1)(hs0+hs1+hs2)Bj1_1=(tau_p*B_delta_1)/(2*KFe*Fs_*hj1_1) %在1250015000范圍內合格K_delta=delta=+(K_delta*Di1)/p^bk_1=L=Lef+9*bk_1Le=KFe*(L9)d1=Lb1=L+2*d1R=0tau_y1=pi*(Di1+2*(hs0+hs1)+hs2+R)*(beta1/p)sin_alpha_1=(bs+2*R)/(bs+2*R+2*bt1)cos_alpha_1=(1sin_alpha_1^2)^Ls1=tau_y1/(2*cos_alpha_1)D2=Di12*deltaq2=q11Z2=m*p*q2Zp2=Z2/pt2=(pi*D2)/Z2b_sk=t1%轉子繞組形式雙層繞組 轉子繞組接法采用Y接y2=Zp2alpha2=(p*180)/Z2/180*piKd2=(sin(q2*alpha2/2))/(q2*sin(alpha2/2))beta2=y2/Zp2Kp2=sin(beta2*pi/2)Kdp2=Kd2*Kp2a2=2Ns2=2N_phi2=(Ns2*Z2)/(m*a2)Nef=N_phi2*Kdp2E20=(U1*N_phi2*Kdp2)/(N_phi1*Kdp1) %在150400V范圍內合格W2=Ns2/2Ki=I2_1=(Ki*I1_1*m*N_phi1*Kdp1)/(m*N_phi2*Kdp2)J2_1=7。Nt2=6Ac2_1=I2_1/(Nt2*a2*J2_1)Ac2=a_2=b_2=%選用半閉口槽br2_1=(+(*5+*4))*br2=hr2_1=(+2*)*hr2=b02= %()cmhr0= %()cmalpha_s2=30/180*pi %(3040)176。hr1=bt2=(pi/Z2)*(D22*(hr0+hr1+(1/3)*hr2))br2Bt2_1=(t2*B_delta_1)/(KFe*bt2) %在1500016500范圍內合格d2=4Lb2=L+2*d2tau_y2=pi*(D22*(hr0+hr1)hr2)*(beta2/p)sin_alpha_2=br2/(br2+bt2)cos_alpha_2=(1sin_alpha_2^2)^Ls2=tau_y2/(2*cos_alpha_2)Bc2_1=12500 %1250015000hj2_1=(B_delta_1*tau_p)/(2*KFe*Fs_*Bc2_1)Di2=D22*(hr0+hr1+hr2+hj2_1)Kd=Di2/D2 %≥ 選用軸套式%磁路計算Ke_1= %Ke=(1epsilon)E1=Ke_1*U1phi=(E1*10^8)/(*50*360*)At1=bt1*Le*Zp1At2=bt2*Le*Zp2Aj1=hj1_1*LeAj2=hj2_1*LeA_delta=tau_p*LefFs_1=Ks_1=Bt1=(Fs_1*phi)/At1Bt2=(Fs_1*phi)/At2Bj1=phi/(2*Aj1)Bj2=phi/(2*Aj2)B_delta=(Fs_1*phi)/A_deltaHt1=。Ht2=。Hj1=。Hj2= %查磁化曲線Lt1=hs0+hs1+hs2Lt2=hr1+hr2Lj1_1=(pi*(D1hj1_1))/(2*p)Lj2_1=(pi*(Di2+hj2_1))/(2*p)K_delta1=(t1*(5*delta+b01))/(t1*(5*delta+b01)b01^2)K_delta2=(t2*(*delta+*b02))/(t2*(*delta+*b02)b02^2)delta_ef=delta*K_delta1*K_delta2Ft1=Ht1*Lt1Ft2=Ht2*Lt2Cj1=。Cj2= %軛部磁位降校正系數 查圖(hj1_1/t_p)Fj1=Cj1*Hj1*Lj1_1Fj2=Cj2*Hj2*Lj2_1F_delta=*B_delta*delta_efKs=(Ft1+Ft2+F_delta)/F_deltae=(Ks_1Ks)/Ks %＜1％F0=Ft1+Ft2+Fj1+Fj2+F_deltaIm=(*F0*p)/(m*N_phi1*Kdp1)Im_=Im/IkwXms_=1/Im_%參數計算Lc1=Lb1+2*Ls1Lc2=Lb2+2*Ls2fd1=Ls1*sin_alpha_1fd2=Ls2*sin_alpha_2Cx=(*f*P2*Lef*(N_phi1*Kdp1)^2)/(p*U1^2*10^5)alpha1_q1=60。Ku1=。Kl1=lambda_u1=(hs0+hs1)/b01lambda_l1=hs2/(3*bs)lambda_s1=Ku1*lambda_u1+Kl1*lambda_l1l1=Xs1_=(l1*m*p*lambda_s1*Cx)/(Lef*Kdp1^2*Z1)sigma_s=X_delta1_=(m*tau_p*sigma_s*Cx)/(pi^2*delta_ef*Kdp1^2*Ks_1)Xe1_=X_sigma1_=Xs1_+X_delta1_+Xe1_lambda_u2=hr0/b02+(2*hr1)/(b02+br2)+hr2/br2lambda_l2=lambda_s2=lambda_u2+lambda_l2l2=Xs2_=(l2*m*p*lambda_s2*Cx)/(Lef*Kdp2^2*Z2)sigma_r=X_delta2_=(m*tau_p*sigma_r*Cx)/(pi^2*delta_ef*Kdp2^2*Ks_1)Xe2_=Xe1_Xsk_=X_sigma2_=Xs2_+X_delta2_+Xe2_+Xsk_X_sigma_=X_sigma1_+X_sigma2_rho_w=R1=(rho_w*Lc1*N_phi1)/(a1*Ac1*Nt1*100)R1_=(R1*Ikw)/U1c=。rho_cu=Gcu=c*Lc1*Ns1*Z1*Ac1*Nt1*rho_cu*10^5Delta=。rho_fe=Gfe=KFe*L*(D1+Delta)^2*rho_fe*10^3R2=(rho_w*Lc2*N_phi2)/(a2*Nt2*Ac2*100)K=(m/m)*((N_phi1*Kdp1)/(N_phi2*Kdp2))^2r2=K*R2R2_=(r2*Ikw)/U1eta_1= %預設值，可以修改成循環(huán)I1p_=1/eta_1sigma1=Xms_/(Xms_X_sigma1_)Ix_=sigma1*X_sigma_*I1p_^2*(1+(sigma1*X_sigma_*I1p_)^2)I1q_=Im_+Ix_Ke=1(I1p_*R1_+I1q_*X_sigma1_)e_e=(Ke_1Ke)/KeKe0=1Im_*X_sigma1_Bt10=(Ke0/Ke)*Bt1Bt20=(Ke0/Ke)*Bt2Bj10=(Ke0/Ke)*Bj1Bj20=(Ke0/Ke)*Bj2Ht10=。Ht20=。Hj10=。Hj20=B_delta0=(Ke0/Ke)*B_deltaFt10=Ht10*Lt1Ft20=Ht20*Lt2Fj10=Cj1*Hj10*Lj1_1Fj20=Cj2*Hj20*Lj2_1F_delta0=*delta_ef*B_delta0F00=Ft10+Ft20+Fj10+Fj20+F_delta0Im0=(*F00*p)/(m*N_phi1*Kdp1)I1_=(I1p_^2+I1q_^2)^I1=I1_*IkwJ1=I1/(a1*Nt1*Ac1)A1=(m*N_phi1*I1)/(pi*Di1)E20=(U1*Ke0*N_phi2*Kdp2)/(N_phi1*Kdp1)E2l=(U1*Ke*N_phi2*Kdp2)/(N_phi1*Kdp1)Sn= %初設值I2=(P2*10^3*)/(m*E2l*(1Sn))I2_=(I2*Z2)/(Ikw*m*Kdp1*N_phi1)J2=I2/(a2*Nt2*Ac2)Pcu1_=I1_^2*R1_Pcu1=Pcu1_*P2Pcu2_=I2_^2*R2_Pcu2=Pcu2_*P2Ps_=Ps=Ps_*P2nr=9Pfw=*p*(tau_p/10)^3*(nr+11)*10^3Pfw_=Pfw/P2Vt1=p*At1*Lt1Vj1=2*p*Aj1*Lj1_1pt1=*10^3。pj1=*10^3Pt1=pt1*Vt1*10^3Pj1=pj1*Vj1*10^3K1=。K2=P_fe=K1*Pt1+K2*Pj1P_fe_=P_fe/P2SIGMA_P_=Pcu1_+Pcu2_+P_fe_+Pfw_+Ps_P1_=1+SIGMA_P_Kp=SIGMA_P_/P1_eta=1Kpcos_phi=1/(I1_*eta)Px=P_fe(Pt1+Pj1)Sn=(m*I2^2*R2)/(P2*10^3+Pfw+Ps+Px+m*I2^2*R2)n=(120*f*(1Sn