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论文介绍了变频电机绝缘破坏的研究进展.根据我国对变频电机绝缘破坏研究的实际状况及条件,提出了在跟踪国外新近研究动态的基础上,应尽快开展的若干研究内容或方向.

参考文献

[1] 陈国呈.PWM变频调速及软开关电力变流技术[M].北京:机械工业出版社,2001
[2] 张燕宾.SPWM变频调速应用技术[M].北京:机械工业出版社,1997
[3] 黄济荣.电力牵引交流传动与控制[M].北京:机械工业出版社,1999
[4] H.W.Penrose.E1ectric Motor Repair for Low Voltage Induction Motors in PWM Inverter Duty Environments[A].,1997:841-848.
[5] 刘学忠,徐传骧.PWM变频调速电动机端子上电压特性的研究[J].电工技术学报,2000(05):26-29.
[6] 刘学忠,徐传骧.PWM变频调速电动机端子上过电压的抑制[J].中国电机工程学报,2001(08):84-88.
[7] Bonnett A.H. .A comparison between insulation systems available for PWM-inverter-fed motors[J].IEEE Transactions on Industry Applications,1997(5):1331-1341.
[8] Bonnett A.H. .Analysis of the impact of pulse-width modulated inverter voltage waveforms on AC induction motors[J].IEEE Transactions on Industry Applications,1996(2):386-392.
[9] S BELL et al.Will your Motor Insulation Survive a Mew Adjustable-frequency Drive[J].IEEE Transactions on Industry Applications,1997,33(05):1307-1311.
[10] David Leggate;Jeff Pankau;David W. Schlegel;Russel J. Kerkman;Gary L. Skibinski .Reflected waves and their associated current[J].IEEE Transactions on Industry Applications,1999(6):1383-1392.
[11] J. L. Guardado;V. Venegas;E. Melgoza;K. J. Cornick;J. L. Naredo .Transient overvoltages in electrical motors during sequential pole closure[J].IEEE Transactions on Energy Conversion,1999(4):1057-1064.
[12] Persson E. .Transient effects in application of PWM inverters to induction motors[J].IEEE Transactions on Industry Applications,1992(5):1095-1101.
[13] D.B.Hyypio.Effects of Risetime and Cable Length on Motor Insulation Degradation Resulting from Operation on PWM Voltage Source Inverters[A].,1997:TC32.l-2.3.
[14] Bentley J.M.;Link P.J. .Evaluation of motor power cables for PWM AC drives[J].IEEE Transactions on Industry Applications,1997(2):342-358.
[15] E.J.Bulington.Cable Ahernatives for PWM AC Drive Applications[A].,1999:247-259.
[16] G.J.Kerkman.PWM Inverters and Their Influence on Motor Over-Voltage[A].,1997:103-113.
[17] Kerkman R.J.;Leggate D. .Interaction of drive modulation and cable parameters on AC motor transients[J].IEEE Transactions on Industry Applications,1997(3):722-731.
[18] G.Skibinski.Cable Characteristics and Their Infiuence on Motor Over-Voltages[A].,1997:114-121.
[19] A.Hussein.Modeling and Simulation of Traveling Waves in Induction[A].,1997:128-134.
[20] D.B.Hyypio.Simulation of Cable and Winding Response to Steep-fronted Voltage Waves[A].,1995:800-806.
[21] G.Skibinski.Reflected Wave Modeling Techniques for PWM AC Motor Drives[A].,1998:1021-1029.
[22] E P Dick et al.Equivalent Circuits for Simulation Switching Surges at Motor terminals[J].IEEE Transactions on Energy Conversion,1988,3(03):696-704.
[23] A Jouanne et al.Design Considerations for an Inverter Output Filter to Mitigate the Effects of Long Motor Leads in ASD Application[J].IEEE Transactions on Industry Applications,1997,33(05):1138-1145.
[24] A Jouanne et al.Filtering Techniques to Minimize the Effect of Long Motor Leads on PWM Invener-Fed AC Motor Drive Systems[J].IEEE Transactions on Industry Applications,1996,32(04):919-925.
[25] G.Skibinski.Design Methodology of a Cable Terminator to Reduce Reflected Voltage on AC Motor[A].,1996:153-161.
[26] S.J.Kim.Novel Filter Design for Suppression of High Voltage Gradient in Voltage-Fed PWM Inverter[A].,1997:122-127.
[27] Melhorn C.J.;Tang L. .Transient effects of PWM drives on induction motors[J].IEEE Transactions on Industry Applications,1997(4):1065-1072.
[28] J P Bellomo.Characterization of Voltage Shapes Acting on the Insulation of Rotating Machines Supplied by Inverters[M].Proc. of 4th ICPADM, Brisbane Australia, July 3-8,1994:792-795.
[29] A Narang .Measurement and Analysis of Surge Distribution in Motor Stator Wingdings[J].IEEE Transactions on Energy Conversion,1989,4(03):126-134.
[30] Guardado J.L.;Cornick K.J. .The effect of coil parameters on the distribution of steep-fronted surges in machine windings[J].IEEE Transactions on Energy Conversion,1992(3):552-559.
[31] Guardado J.L.;Carrillo V. .Calculation of interturn voltages in machine windings during switching transients measured on terminals[J].IEEE Transactions on Energy Conversion,1995(1):87-94.
[32] L.Gubbala.Voltage Distribution in the Winding of an Motor Subjected to High dv/dt PWM Voltages[A].,1995:579-585.
[33] J L Guardado et al.A Computer Model for Calculation Steep-fronted Surge Distribution in Machine Winding[J].IEEE Transactions on Energy Conversion,1989,4(01):93-101.
[34] J L Guardado et al.A There-phase Model for Surge Distribution Studies in Electrical Machine[J].IEEE Transactions on Energy Conversion,1997,12(01):24-31.
[35] J L Guardado et al.Calculation of Machine Windings Electrical Parameters at High Frequencies for Switching Transients Studies[J].IEEE Transactions on Energy Conversion,1995,11(01):33-40.
[36] W W L Keerthipala et al.The Effect of Laminations on Steep Fronted Surge Propagation in Large A.C. Motor Coil[J].IEEE Transactions on Energy Conversion,1990,5(01):84-90.
[37] S Ogasawara et al.Modeling and Damping of High-Frequency Leakage Currents in PWM Inverter-Fed AC Motor Drive System[J].IEEE Transactions on Industry Applications,1997,33(05):1105-1113.
[38] Yifan Tang .Analysis of steep-fronted voltage distribution and turn insulation failure in inverter-fed form-wound AC motor[J].IEEE Transactions on Industry Applications,1998(5):1088-1096.
[39] Mike Melfi;A. M. Jason Sung;Sidney Bell;Gary L. Skibinski .Effect of surge voltage risetime on the insulation of low-voltage machines fed by PWM converters[J].IEEE Transactions on Industry Applications,1998(4):766-775.
[40] G.Suresh.Analysis of the Effect of Feeder Cable on the Stator Winding Voltage Stress in a PWM Induction Motor Drive[A].,1997:407-412.
[41] Mbaye A.;Bellomo J.P. .Electrical stresses applied to stator insulation in low-voltage induction motors fed by PWM drives[J].IET electric power applications,1997(3):191-198.
[42] G.Skibinski.Assessing AC Motor Dielectric Withstand Capability to Reflected Voltage Stress Using Corona Testing[A].,1996:694-702.
[43] G.Suresh.Predicting the Transient Effects of PWM Voltage Waveform on the Stator Wingdings of Random Wound Induction Motor[A].,1997:135-141.
[44] S Islam.An Equivalent Circuit for Calculation of Interturn Voltage Distribution of Stator Windings in the Presence of Slot Discharges[M].Proceeding of 5th ICPADM,Seoul,Korea,May 25-30,1997:507-510.
[45] T.Lebey.Influence of Some Voltage Waveform Characteristics on the Partial Discharge Patters: Application to a PWM Power Supply[A].,1999:627-630.
[46] H Zhu.Pulse Propagation in Rotating Machines and its Relationship to Partial Discharge Measurements[M].Proc. of 1992 Intern. Symp. on Electrical Insulation,1992:41l-414.
[47] S.R.Campbell.Examples of Stator Winding Partial Discharge due to Inverter Drives[A].Anaheim,CA,USA,2000:231-234.
[48] K.Muller.An Approach for Measuring Partial Discharges in PWM Inverter Driven Induction Machines[A].,2000:227-230.
[49] Mbaye A.;Grigorescu F. .Existence of partial discharges in low-voltage induction machines supplied by PWM drives[J].IEEE transactions on dielectrics and electrical insulation: A publication of the IEEE Dielectrics and Electrical Insulation Society,1996(4):554-560.
[50] C.Hudon.Evidence of Charge Injection Resulting from Fast Pulse Operation of Inverter Drives[A].Atlanta,1998:714-718.
[51] 高生强;杨士勇.高性能聚酰亚胺材料在电工电子工业中的应用[J].绝缘材料通讯,1999(01):11-18.
[52] 张志昌.漆包线的现状及其发展动向[J].电线电缆,1999(02):2-8.
[53] 王寿泰,郝铭波.耐电晕PI薄膜及其耐电晕寿命评定方法的研究[J].绝缘材料通讯,2000(03):27-30.
[54] 王寿泰.新型耐电晕材料[J].绝缘材料通讯,1999(01):11-18.
[55] J·P·Bellomo.Ageing Properties of Polyimide and Polyester Film: Experimental Results and Discussion[A].Arlington,Virginia,USA,June 7-10,1998:177-180.
[56] J·P·Bellomo.Influence of Rise Time on the Dielectric Behavior of Stator Insulation Material[A].San Francisco,October 20-23,1996:842-845.
[57] J. P. Bellomo;P. Castelan;T. Lebey .The effect of pulsed voltages on dielectric material properties[J].IEEE transactions on dielectrics and electrical insulation: A publication of the IEEE Dielectrics and Electrical Insulation Society,1999(1):20-26.
[58] J·P·Bellomo.Electrical Aging of Stator Insulation of Low Voltage Rotating Machines Supplied by Inverters[A].Montreal Quebec,Canada.June 16-19,1996:210-213.
[59] J.P.Bellomo.Lifetime Determination of Polyimide Under Square Voltage Waveforms[A].,1997:419-423.
[60] J P Bellomo et al.Study of the Ageing of the Different Dielectric Materials under Specific Electrical Constraints[Z].Proc. of 4th ICPADM, Brisbane, Australia, July 3-8,1994.
[61] C.Petrarca.Investigation on Performances of Insulation Materials for Inverter-Fed Traction Motors[A].,1998:564-567.
[62] G.G.Gao.Studies on the Insulation Life of Adjustable Speed Drive(ASD)-Fed Motors Under Accelerated Aging Condition[A].,1999:581-584.
[63] M C Ratra.Combined Stress Ageing of Magnet Wire Enamels[M].Proceeding of the 3rd ICPADM, July 8-12, Tokyo, Japan,1991:707-710.
[64] V.Divljakovic.Multifactor Aging of Electrical Machines Energized by Standard PWM Drives[A].,1996:808-812.
[65] C.Hudon.Turn Insulation Aging of Motors Exposed to Fast Pulses of Inverter Drives[A].,1997:413-417.
[66] R.H.Rehder.Preliminary Evaluation of Motor Insulation for Variable Speed Application[A].,1993:333-336.
[67] M.Winkeler.Evaluation of Electrical Insulation Resins for Inverter Duty Application[A].,1997:145-149.
[68] J.Anderson.Stress Related Failures and Testing of Inverter Driven Motors[A].,1997:151-154.
[69] Katz M.;Theis R.J. .New high temperature polyimide insulation for partial discharge resistance in harsh environments[J].IEEE Electrical Insulation Magazine,1997(4):24-30.
[70] N.Foulon.Investigation of the Failure Mechanism of Insulation Subjected to Repetitive Fast Voltage Surge[A].,1997:401-406.
[71] W.Yin.Dielectric Integrity of Magnet Wire Insulation Under Multi-Stresses[A].,1995:267-261.
[72] W Yin .Failure Mechanism of Winding Insulation in Inverter-Fed Motor[J].IEEE Electron Device Letters,1997,13(06):18-23.
[73] Weijun Yin .Dielectric properties of an improved magnet wire for inverter-fed motors[J].IEEE Electrical Insulation Magazine,1997(4):17-23.
[74] W.Yin.Critical Factors for Early Failure of Magnet Wires in Inverter-Fed Motor[A].,1995:258-261.
[75] W.Yin.Improved Magnet Wire for Inverter-Fed Motors[A].,1997:379-382.
[76] R.J.Beeckman.Studies on Magnet Wire Degradation with Inverter-driven Motors[A].,1997:383-387.
[77] R.J.Beeckman.Inverter Drive Issues and Magnet Wire Responses[A].,1999:139-141.
[78] M Kaufhold.Endurance of the Winding Insulation of Induction Machines Applying Frequency Inverters[M].8th Intern. Symp. on High Voltage Engineering, Japan, August 23-27,1993:121-124.
[79] M Kaufhold et al.Failure Mechanism of the Interturn Insulation of Low Voltage Electric Machines Fed by Pulse-controlled Inveters[J].IEEE Electron Device Letters,1996,12(05):9-16.
[80] D.A.Metzler.The Effect of Mechanical Deformation and Wire Size on the Ozone Erosion Resistance of Inverter-Duty Magnet Wires[A].,1997:389-395.
[81] B.Cerutti.Characterization of Insulated Conductors for High Frequency Applications[A].,1999:73-576.
[82] B.Cerutti.Insulation Life Tests of Multiple Insulated Wire Cables in Presence of High Frequency and High Temperature[A].Anaheim,USA,2000:89-92.
[83] V.Divljakovic.Ageing of Magnet Wire in the Presence of Variable Frequency,High Rise Time and High Voltage Pulses[A].,1994:391-399.
[84] S.Grzybowski.Accelerated Aging Tests on Magnet Wires under High Frequency Pulsing Voltage and High Temperature[A].,1999:555-558.
[85] O.B.Hyypio.A Model for Predicting Voltage Endurance of Magnet Wire Film Subject to Inverter PWM Voltage Waveforms with Transient Overshoots[A].,1997:24-30.
[86] J P Bellomo.Lifetime of Conventinal and Corona Resistant Enamels. Conference Record of the 1998 IEEE International Symposium on Electrical Insulation[C].Arlington, USA. June 7-10,1998:173-176.
[87] C.Hudon.Long Term Behavior of Corona Resistant Insulation Compared to Standard Insulation of Magnet Wire[A].Anaheim,CA,USA,2000:13-16.
[88] E.A.Feilat.Multiple Stress Aging of Magnet Wire by High Frequency Voltage Pulses and High Temperatures[A].Anaheim,CA,USA,2000:157-160.
[89] W.J.Sarjeant.Preliminary Results on the Effect of an Inverter Environment on Coated and Uncoated MW35 Twisted Pair Wires[A].Anaheim,CA,USA,2000:222-226.
[90] F.Pohlmann.Investigation of Magnet Wire Enamels and Impregnants Especially for Inverter-fed Motors[A].,2000:587-591.
[91] W Yin .Pulse Voltage Surge Resistant Magnet Wire[P].AmericanPatent.US 6060162,US 6180888,1997.
[92] J J Keane .Corona-resistant Wire Enamel Compositions and Conductors Insulated Therewith[P].US:4546041,1983.
[93] C W McGregor .Magnet Wire Insulation for Inverter Duty Motors[P].American Patent,US 6100474,2000.
[94] J E Hake .Method of Coating Electrical Conductors with Corona Resistant Multi-Layer Insulation[P].US:6056995,2000.
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