电流型PWM整流器及其非线性控制策略的研究
|
摘要
随着功率开关器件的进步,大量的电力电子变流装置在国民经济各领域获得了广泛应用,但是这些变流装置大部分都需要整流环节。传统的不控整流或相控整流存在网侧功率因数低、电流畸变严重等缺点。PWM整流器可实现正弦的网侧电流、单位或可调的功率因数、能量的双向流动,是一种真正意义上的“绿色环保”电力电子装置。PWM整流器可分为电压型PWM整流器(Voltage-Source Rectifier,VSR)和电流型PWM整流器(Current-Source Rectifier,CSR)。CSR具有直接控制输出电流、动态响应快、限流能力强等特点,在一些中、大功率应用场合,较之VSR,在经济和技术上更具优势。
本文针对电网电压平衡、不平衡情况、多模块直接并联几个方面,对三相CSR及其控制策略展开了深入研究,论文的主要工作和取得的创新性成果如下:
1、在电网电压平衡情况下,提出了三相CSR的直流电流非线性解耦控制策略和交流电流非线性解耦控制策略,实现了有功功率和无功功率的独立、解耦控制,获得了线性的动态响应。直流电流非线性解耦控制策略是直流电流控制和网侧无功电流控制并行的控制策略,具有较快的直流电流响应速度;交流电流非线性解耦控制策略是直流电流(或电压)控制和网侧电流控制级联的控制策略,具有结构简单,便于独立设计直流和交流控制器的特点。
2、考虑了电网电压不平衡和滤波器参数三相不对称的情况,提出了基于瞬时有功功率调节的三相CSR的不平衡补偿策略,消除了直流电流脉动分量,实现了网侧可控的功率因数和正弦的交流电流;提出了基于滑模控制的交流电流控制策略,简化了控制器结构,实现了对网侧电流的无差跟踪。
3、建立了多模块直接并联CSR的环流模型;对任一并联模块,提出了总直流电流控制器外加2个均流控制器的直流侧控制器结构,保证了流过各模块上、下桥臂的电流均相等,并且各模块仅共享总直流电流控制器输出信号,最大可能地保证了各模块控制的独立性。
4、建立了三相CSR实验系统,进行了初步的实验研究。
With the development of power electronics devices, a lot of power electronics equipments have been widely used in different industry. However, most of these equipments need rectifiers, the traditional phase control rectifiers and diode rectifiers have disadvantages such as low line power factor, heavy line current distortion. The PWM rectifier is a“green”power electronics equipment since it offers sinusoidal input currents, unity or adjustable power factor, reversal of power flow. The PWM rectifiers can be classified into voltage-source rectifiers (VSR) and current-source rectifiers (CSR). CSR is more attractive then VSR in some high or medium power applications due to their advantages such as controlling the output current directly, fast dynamic response, high capacity of limiting the short-circuit current.
This dissertation studies the CSR and its control strategies under balanced supply voltge, unbalanced operation conditions and parallel operation of multi-modulars, the main contributions include the following aspects.
1. Assuming that the supply voltage is balanced, for dealing with the nonlinearity and the state variable coupling of the CSR mathematical model, the dc current nonlinear control and ac current nonlinear control are proposed, which achieve decoupling, independent control of direct and quadrature line current components and linear dynamic response. For the dc current nonlinear control scheme, the dc current controller is parallel to the quadrature line current controller, and a faster dc current transient response is obtained. For the ac current nonlinear control scheme, the dc current controller is cascade to the direct line current controller, which is convenient to design the dc controller and the ac controller independently.
2. Under unbalanced operation conditions, a new control method based instantenous active power regulation is proposed, which can not only eliminate the input output harmonics of the CSR but also obtain controllable power factor and sinusoidal line currents. In addition, a ac current controller based sliding-mode control in stationary frames is designed, which simplifis the controller structure and tracking the line current accurately.
3. A novel circulating current model of multi-modular CSR is established. For each parallel three phase CSR modular, a new controller structure of the CSR dc side is proposed, which includes a total dc current controller and two current equalization controllers. The proposed structure assures that currents flowing through the upper and lower bridges of each modular are equal and control of the each CSR modular is indenpent since only one signal is shared among modulars。
4. A experiment system of three phase CSR is set up and basic experiments are carried on.
本文针对电网电压平衡、不平衡情况、多模块直接并联几个方面,对三相CSR及其控制策略展开了深入研究,论文的主要工作和取得的创新性成果如下:
1、在电网电压平衡情况下,提出了三相CSR的直流电流非线性解耦控制策略和交流电流非线性解耦控制策略,实现了有功功率和无功功率的独立、解耦控制,获得了线性的动态响应。直流电流非线性解耦控制策略是直流电流控制和网侧无功电流控制并行的控制策略,具有较快的直流电流响应速度;交流电流非线性解耦控制策略是直流电流(或电压)控制和网侧电流控制级联的控制策略,具有结构简单,便于独立设计直流和交流控制器的特点。
2、考虑了电网电压不平衡和滤波器参数三相不对称的情况,提出了基于瞬时有功功率调节的三相CSR的不平衡补偿策略,消除了直流电流脉动分量,实现了网侧可控的功率因数和正弦的交流电流;提出了基于滑模控制的交流电流控制策略,简化了控制器结构,实现了对网侧电流的无差跟踪。
3、建立了多模块直接并联CSR的环流模型;对任一并联模块,提出了总直流电流控制器外加2个均流控制器的直流侧控制器结构,保证了流过各模块上、下桥臂的电流均相等,并且各模块仅共享总直流电流控制器输出信号,最大可能地保证了各模块控制的独立性。
4、建立了三相CSR实验系统,进行了初步的实验研究。
With the development of power electronics devices, a lot of power electronics equipments have been widely used in different industry. However, most of these equipments need rectifiers, the traditional phase control rectifiers and diode rectifiers have disadvantages such as low line power factor, heavy line current distortion. The PWM rectifier is a“green”power electronics equipment since it offers sinusoidal input currents, unity or adjustable power factor, reversal of power flow. The PWM rectifiers can be classified into voltage-source rectifiers (VSR) and current-source rectifiers (CSR). CSR is more attractive then VSR in some high or medium power applications due to their advantages such as controlling the output current directly, fast dynamic response, high capacity of limiting the short-circuit current.
This dissertation studies the CSR and its control strategies under balanced supply voltge, unbalanced operation conditions and parallel operation of multi-modulars, the main contributions include the following aspects.
1. Assuming that the supply voltage is balanced, for dealing with the nonlinearity and the state variable coupling of the CSR mathematical model, the dc current nonlinear control and ac current nonlinear control are proposed, which achieve decoupling, independent control of direct and quadrature line current components and linear dynamic response. For the dc current nonlinear control scheme, the dc current controller is parallel to the quadrature line current controller, and a faster dc current transient response is obtained. For the ac current nonlinear control scheme, the dc current controller is cascade to the direct line current controller, which is convenient to design the dc controller and the ac controller independently.
2. Under unbalanced operation conditions, a new control method based instantenous active power regulation is proposed, which can not only eliminate the input output harmonics of the CSR but also obtain controllable power factor and sinusoidal line currents. In addition, a ac current controller based sliding-mode control in stationary frames is designed, which simplifis the controller structure and tracking the line current accurately.
3. A novel circulating current model of multi-modular CSR is established. For each parallel three phase CSR modular, a new controller structure of the CSR dc side is proposed, which includes a total dc current controller and two current equalization controllers. The proposed structure assures that currents flowing through the upper and lower bridges of each modular are equal and control of the each CSR modular is indenpent since only one signal is shared among modulars。
4. A experiment system of three phase CSR is set up and basic experiments are carried on.
引文
[1]张崇巍,张兴.PWM整流器及其控制.北京:机械工业出版社,2003
[2]王兆安,杨君,刘进军,王跃.谐波抑制和无功功率补偿(第2版).北京:机械工业出版社,2006
[3]吴竞昌,孙树勤,宋文南等.电力系统谐波.北京:水利电力出版社,1988
[4]姚为正.PWM整流器技术及其应用研究:[博士后士学位论文].西安:西安交通大学,2001
[5]李玉玲.电流型PWM整流器及其控制策略的研究:[博士学位论文].杭州:浙江大学,2006
[6]徐金榜.三相电压源PWM整流器控制技术的研究:[博士学位论文].武汉:华中科技大学,2004
[7]鲍建宇.电流型多电平变流器拓扑及其控制策略的研究:[博士学位论文].杭州:浙江大学,2007
[8] Silva Hiti,V.Vlatkovic,D.Borojevic,Fred C Y Lee.A New Control Algorithm for Three-Phase PWM Buck Rectifier with Input Displacement Factor Compensation.IEEE Trans. on Power Electronics,1994,9(2):173~180
[9] Navid R Zargari,Geza Joos.A Three-Phase Current-Source Type PWM Rectifier with Feed-Forword Compensation of Input Displacement Factor.In:Proceeding of 25th Annual IEEE Power Electronics Specialists Conference,1994,363~368
[10]吴奎华,李玉玲,林平等.基于间接电流控制的电流型PWM整流器.电力系统及其自动化学报,2008,20(3):62~65
[11] Bakari M. M. Mwinyiwiwa,Patricia M.Birks,Boon-Teck Ooi.Delta-Modulated Buck-Type PWM Converter.IEEE Trans. on Industry Applications,1992,28(3):552~557
[12]李玉玲,鲍建宇,张仲超.间接电流控制可调功率因数电流型PWM变流器.中国电机工程学报,2007,27(1):49~53
[13] LongChen Tan, Yaohua Li, Ping Wang et al.A Novel Control Method for Current Source Rectifier.In:Proceedings of IEEE 13TH EPE-PEMC,2008,405~408
[14] Xiao Wang, Boon-Teck Ooi . Real-Time Multi-DSP Control of Three-Phase Current-source Unity Power Factor PWM Rectifier . IEEE Trans. on Power Electronics,1993,8(3):295~300
[15] Yukihiko Sato,Teruo Kataoka.State Feedback Control of Current-Type PWM AC-to-DC Converters.IEEE Trans. on Industry Applications,1993,29(6):1090~1097
[16] Yang Ye,Mehrdad Kazerani,Victor H.Quintana.Modeling,Control and Implementation of Three-Phase PWM converters.IEEE Tran. on Power Electronics,2003,18(3):857~864
[17] Navid R.Zargari,Geza Joos.A Current-Controlled Current Source Type Unity Power Factor PWM Rectifier.In:Proceedings of IEEE Industry Applications Society Annual Meeting,1993,793~799
[18]李玉玲,鲍建宇,张仲超.基于模型预测控制的单位功率因数电流型PWM整流器.中国电机工程学报,2006,29(19):60~63
[19] Claudio O.Ramiraz,Rose R. Espinoza,et al.Hybrid Control of Three-Phase Current Source Rectifiers . In : Proceedings of IEEE Power Electronics Specialists Conference,2008,4503~4508
[20] Dong-Choon Lee,G-Myong Lee,Ki-Do Lee.DC-Bus Voltage Control of Three-Phase AC/DC PWM Converters Using Feedback Linearization.IEEE Trans. on Industry Applications,2000,36(3):826~833
[21] D.C.Lee.Advanced nonlinear control of three-phase PWM rectifiers.IEE Proce. -Electr. Power Appl,2000,147(5):361~366
[22] Tzann-Shin Lee . Input-Output Linearization and Zero-Dynamics Control of Three-Phase AC/DC Voltage-Source Converters.IEEE Trans. on Power Electronics,2003,18(1):11~22
[23] JoséR.Espinoza,Géza Joós.State Variable Decoupling and Power Flow Control in PWM Current-Source Rectifiers.IEEE Trans. on Industrial Electronics,1998,45(1):78~87
[24] Rolando P.Burgos,Eduardo P.Wiechmann,Joachim Holtz.Complex State-Space Modeling and Nonlinear Control of Active Front-End Converters.IEEE Trans. on Industrial Electronics,2005,52(2):363~377
[25] JoséR. Espinoza,Géza Joós,et al.Stability Issues in Three-Phase PWM Current/Voltage Source Rectifiers in the Regeneration Mode.In:Proceedings of IEEE 2000 International Symposium on Industrial Electronics,2000,453~458
[26] JoséR.Espinoza,Géza Joós,A.Bakhshai.Non-Linear Control and Stabilization of PWM Current Source Rectifiers in the Regeneration Mode.In:Proceedings of 12th Annual Applied Power Electronics Conference and Exposition,1997,902~908
[27] JoséR.Espinoza,Géza Joós,et al.Virtual-Sensor-Based Control of PWM Current Source Rectifiers.In:Proceedings of IEEE 34th IAS Annual Meeting,1999,2201~2207
[28] Luis Morán,Phoivos D. Ziogas,Geza Joos.Design Aspects of Synchronous PWM Rectifier-Inverter Systems under Unbalanced Input Voltage Conditions.IEEE Trans. on Industry Application,1992,28(6):1286~1293
[29] Pracad N.Enjeti,Shamin A. Choundhery.A New Control Strategy to Improve the Performance of A PWM AC to DC Converter under Unbalanced Operating Conditions.IEEE Trans. on Power Electronics,1993,8(4):493~500
[30] Donato Vincenti,Hua Jin.A Three-phase Regulated PWM Rectifier With On-Line Feedforward Input Unbalance Correction.IEEE Trans. on Industrial Electronics,1994,41(5):526~532
[31]李玉玲,张仲超.电流型变流器在电网电压不平衡时的控制.电力系统自动化,29(16):72~75
[32] Ana Vladan Stankovic,Thomas A. Lipo.A Novel Control Method for Input Output Harmonic Elimination of the PWM Boost Type Rectifier Under Unbalanced Operating Conditions.IEEE Trans. on Power Electronics,2001,16(5):603~611
[33] Pascal Rioual,HervéPouliquen,Jean-Paul Louis.Regulation of a PWM Rectifier in the Unbalanced Network State Using a Generalized Model.IEEE Trans. on Power Electronics,1996,11(3):595~602
[34] Hong-seok Song,Kwanghee Nam.Dual Current Control Scheme for PWM Converter Under Unbalanced Input Voltage Conditions.IEEE Trans. on Industrial Electronics,1999,46(5):953~959
[35] Bo Yin,Ramesh Oruganti,S.K.Panda,Ashoka K.S.Bhat.High-Performance Control of A Boost Type PWM Rectifier under Unbalanced Operating Conditions with Integral Various Structure Control.In:Proceeding of the 36th Annual IEEE Power Electronics Specialists Conference,2005,1992~1997
[36] Yongsug Suh,Valentin Tijeras,Thomas A. Lipo.A Nonlinear Control of the instantaneous Power in dq Synchronous Frame for PWM AC/DC Converter under Generalized Unbalanced Operating Conditions.In:Proceedings of the Industry Application Conference,2002,1189~1196
[37]张兴,季建强,张崇巍,丁明.基于内模控制的三相电压型PWM整流器不平衡控制策略研究.中国电机工程学报,2005.25(13):51~56
[38] Bo Yin,Ramesh Oruganti,S.K.Panda,Ashoka K.S.Bhat.A Novel Instantaneous Power Control Strategy for a PWM Rectifier under Unbalanced Input Voltage Conditions.In:Proceeding of the 30th Annual Conference of the IEEE Industrial Electronics Society,2004,251~256
[39] Ana Vladan Stankovic,Thomas A. Lipo.A Generalized Control Method for Input-Output Harmonic Elimination for the PWM Boost Rectifier under Simultaneous Unbalanced Input Voltages and Input Impedances.In:Proceedings of PESC,2001,1309~1314
[40] Yongsug Suh,Thomas A.Lipo.Control Scheme in Hybrid Synchronous Stationary Frame for PWM AC/DC Converter Under Generalized Unbalanced Operating Conditions.IEEE Trans. on Industry Application,2006,42(3):825~835
[41]王立乔.错时采样空间矢量调制技术研究:[博士学位论文].杭州:浙江大学,2002
[42]熊宇.电流型多电平变流器拓扑和控制策略的研究:[博士学位论文].杭州:浙江大学,2004
[43] Ch.Keller,Y.Tadros.Are Paralleled IGBT Modules or Paralleled IGBT Inverters The Best Choice? In:Proceedings of the European Power Electronics Association,1993, 1~6
[44] Fernando L. M. Antunes,Henrique A. C. Braga,Ivo Barbi.Application of a Generalized Current Multilevel Cell to Current-Source Inverters.IEEE Trans. on Industrial Electronics,1999,46(1):31~38
[45] Sérgio Daher,Ricardo Silva Thé,Fernando Antunes.Multilevel current source Inverters - The Switching Control Strategy for High Power Application.In:Proceedings of IEEE IECON 22nd International Conference,1996,1752~1757
[46] Pedro Gomes Bar5bosa,H.A.C.Braga,M.C.B.Rodrigues,E.C.TeiXeira.Boost Current Multilevel Inverter and Its Application on Single-Phase Grid-Connected Photovoltaic Systems.IEEE Trans. on Power Electronics,2006,21(4):1116~1124
[47]熊宇,胡长生,陈丹江,张仲超.一种新型三相直接式电流型多电平逆变器拓扑的研究.中国电机工程学报,24(1):163~167
[48]石新春,杨京燕,王毅.电力电子技术.北京:中国电力出版社,2006
[49]刘凤君.逆变器用整流电源.北京:机械工业出版社,2004
[50] Zhong-chao Zhang,B.T.Ooi.Multimodular Current-Source SPWM Converters for Superconducting a Magnetic Energy Storage System.IEEE Trans. on Power Electronics,1993,8(3):250~256
[51] X. Wu,X.Chu,W.Liu.A Harmonic-Free SMES System.In:Proceedings of the Third International Power Electronics and Motion Control Conference,2000,1390~1394
[52] X.Jiang.SMES System for Study on Utility and Custom Power Application.IEEE Trans. on Applied Superconductivity,2001,11(1):1765~1768
[53] Y.Xiao,B.Wu,F.A.DeWinter.A Dual Current-Source Converter Topology with Sinusoidal Inputs for High-Power Applications . IEEE Trans. on Industry Applications,1998,34(4):878~884
[54]李君.电流型超导储能变流器关键技术研究:[博士学位论文].杭州:浙江大学,2005
[55] Z.Ye.Modeling and Control of Parallel Three-Phase PWM Converters:[Ph.D Dissertation].Blacksburg:Viginia Polytech. Inst. and State Univ.,2000
[56] Cassiano Rech,Jose R.Pinheiro.Line Current Harmonics Reduction in Multipulse Connection of Asymmetrically Loaded Rectifiers . IEEE Trans. on Industrial Electronics,2005,52(3):640~652
[57] Y.Sato,T.Kataoka.Simplified Control Strategy to Improve AC-Input-Current Waveform of Parallel-Connected Current-Type PWM Rectifier.IEE Proce.- Electr. Power Appl.,1995,142(4):246~254
[58] D. Xu,N.R. Zargari,B.Wu,et al.A Medium Voltage AC Drive with Parallel Current Source Inverters for High Power Applications.In: Proceedings of the 36th AnnualIEEE Power Electronics Specialists Conference,2005,2277~2283
[59] M.C.Chandorkar,D.M.Divan,R.H.Lasseter.Control Techniques for Multiple Current Source GTO Converters.IEEE Trans. on Industry Applications,31(1):134~140
[60] Ryuichi Abe,Yoshiaki Nagai,Kazuhiko Tsuyuki.Development of Multiple space Vector Control for Direct Connected Parallel Current Source Power converters.In: Proceedings of the Power Conversion Conference,1997,283~288
[61] K.Xing,F.C.Lee,D.Boroyevich,et al.Interleaved PWM with Discontinuous Space-Vector Modulation.IEEE Trans. on Power Electron,1999,14(5):906~917
[62] Zhihong Ye,D. Boroyevich,Jae-Y.Choi,F.C.Lee.Control of Circulating Current in Two Parallel Three-Phase Boost Rectifiers.IEEE Trans. on Power Electronics,2002,17(5):609~615
[63] Sudip K. Mazumder.Continuous and Discrete Variable-Structure Controls for Parallel Three-Phase Boost Rectifier.IEEE Trans. on Industrial Electronics,2005,52(2):340~354
[64] Yang Chen,K.M.Smedley.Parallel Operation of One-Cycle Controlled Three-Phase PFC Rectifiers.IEEE Trans. on Industrial Electronics,2007,54(6):3217~3224
[65] Ching-Tsai Pan,Yi-Hung Liao.Modeling and Coordinate Control of Circulating Currents in Parallel Three-Phase Boost Rectifiers.IEEE Trans. on Industrial Electronics,2007,54(2):825~838
[66] Kazuhiro Imaie,Osami Tsukamoto,Yoshiaki Nagai.Control Strategies for Multiple parallel Current-Source Converters of SMES System.IEEE Trans. on Power Electronics,2000,15(2):377~385
[67]徐德鸿,正田英介.超导储能装置用GTO PWM电流型变流器模块方阵.中国电机工程学报,1998,18(2):124~130
[68]李君,徐德鸿,郑家伟,唐跃进.超导储能系统用多模块电流型变流器载波轮换均流方法.中国电机工程学报,2004,24(7):106~111
[69] Li Jun,K.W.E.Cheng,D.Sutanto,Dehong Xu.A Multimodule Hybrid Converter for High-Temperature Superconducting Magnetic Energy Storage System(HT-SMES).IEEE Trans. on Power Delivery,2005,20(1):475~480
[70] Martina Baumann,Johann W. Kolar.Parallel Connection of Two Three-Phase Three-Switch Buck-Type Unity-Power-Factor Rectifier Systems With DC-Link Current Balancing.IEEE Trans. on Industrial Electronics,2007,54(6):3042~3053
[71] Zhihong Ye,Dushan Boreyevich.A Novel Modeling and Control Approach for Parallel Three-phase Buck Rectifiers.In:Proceedings of the Thirty-Sixth IAS Annual Meeting,2001,350~356
[72] J. Rabkowski,M. Nowak,J. Matulka,R. Barlik.Output Current Equalization for Parallel Connected Three-Phase Buck Rectifiers.In:Proceedings of PESC,2004,2810~2816
[73]王长永,金陶涛,张仲超.基于相移SPWM技术的电流源有源电力滤波器的研究.电力系统自动化,2000,24(13):11~14
[74]李建林,王平,王长永,张仲超.基于载波相移SPWM技术的电流型有源电力滤波器的研究.中国电机工程学报,2003,23(10):99~103
[75] K. Nishida,Y. Konishi,M. Nakaoka.Current control implementation with deadbeat algorithm for three-phase current-source active power filter.IEE Proc. -Electr. Power Appl.,2002,149(4):275~282
[76] Y.Ye,M.Kazerani,V.H.Quintana.Current-Source Converter Based STATCOM: Modeling and Control.IEEE Trans. on Power Delivery,2005,20(2):795~800
[77]李亚斌.固态高频感应加热电源控制技术的研究:[博士学位论文].保定:华北电力大学,2008
[78]江友华,龚幼民.基于电流型PWM整流技术的转子变频调速系统.电工技术学报,2006,21(7):54~59
[79] S. Rees, U. Ammann.New Stator Voltage Controller for High Speed Induction Machines fed by Current-Source Inverter.In:Proceedings of PESC,2004,541~547
[80] H.F.Bilgin,K.N.Kǒse,et al.A Unity-Power-Factor Buck-Type PWM Rectifier for Medium/High-Power DC Motor Driver Applications.IEEE Trans. on Industry Applications,2002,38(5):1412~1425
[81]刘志刚,汪至中,范瑜等.新型可再生能源发电馈网系统研究.电工技术学报,2003,18(4):108~113
[82]刘志刚,和敬涵.基于电流型PWM整流器的电力模拟负载系统研究.电工技术学报,2004,19(6):74~77
[83] Jose R Espinoza,Geza Joos,Johan I. Guzaman,et al.Selective Hormonic Elimination and Current/Voltage Control in Current/Voltage-Source Topologies:A Unified Approach.IEEE Trans. on Industrial Electronics,2001,48(1):71~81
[84] Jose R Espinoza,Geza Joos.Current-Source Converter on-line Pattern Generator Switching Frequency Minimization.IEEE Trans. on Industrial Electronics,1997,44(2):198~206
[85] Olorunfemi Ojo,Sravan Vanaparthy.Carrier-Based Discontinuous PWM Modulation for Current Source Converters.In:Proceedings of IEEE IAS,2004,2224~2231
[86] Jose R Espinoza,Geza Joos,H. Jin.DSP Based Space Vector PWM Pattern Generators for Current Source Rectifiers and Inverters.In:Proceedings of IEEE CCECE/CCGEI,1995,979~982
[87]赵文杰.不确定非线性系统的变结构控制研究:[博士学位论文].保定:华北电力大学,2004
[88]胡跃明.非线性控制理论与应用.北京:国防工业出版社,2002
[89] Richard C.Dorf,Robert H.Bishop.现代控制系统(谢红卫等译).北京:高等教育出版社,2001
[90]胡跃明.变结构控制理论与应用.北京:科学出版社,2003
[91]余勇,张兴,季建强,刘正之.大功率电流型多重化变频电源系统分析及控制.中国电机工程学报,2004,24(12):24~28
[92]李亚斌,李和明,彭咏龙.大功率三相电流型晶闸管SVPWM整流器多桥并联技术.电工技术学报,2007,22(2):84~90
[2]王兆安,杨君,刘进军,王跃.谐波抑制和无功功率补偿(第2版).北京:机械工业出版社,2006
[3]吴竞昌,孙树勤,宋文南等.电力系统谐波.北京:水利电力出版社,1988
[4]姚为正.PWM整流器技术及其应用研究:[博士后士学位论文].西安:西安交通大学,2001
[5]李玉玲.电流型PWM整流器及其控制策略的研究:[博士学位论文].杭州:浙江大学,2006
[6]徐金榜.三相电压源PWM整流器控制技术的研究:[博士学位论文].武汉:华中科技大学,2004
[7]鲍建宇.电流型多电平变流器拓扑及其控制策略的研究:[博士学位论文].杭州:浙江大学,2007
[8] Silva Hiti,V.Vlatkovic,D.Borojevic,Fred C Y Lee.A New Control Algorithm for Three-Phase PWM Buck Rectifier with Input Displacement Factor Compensation.IEEE Trans. on Power Electronics,1994,9(2):173~180
[9] Navid R Zargari,Geza Joos.A Three-Phase Current-Source Type PWM Rectifier with Feed-Forword Compensation of Input Displacement Factor.In:Proceeding of 25th Annual IEEE Power Electronics Specialists Conference,1994,363~368
[10]吴奎华,李玉玲,林平等.基于间接电流控制的电流型PWM整流器.电力系统及其自动化学报,2008,20(3):62~65
[11] Bakari M. M. Mwinyiwiwa,Patricia M.Birks,Boon-Teck Ooi.Delta-Modulated Buck-Type PWM Converter.IEEE Trans. on Industry Applications,1992,28(3):552~557
[12]李玉玲,鲍建宇,张仲超.间接电流控制可调功率因数电流型PWM变流器.中国电机工程学报,2007,27(1):49~53
[13] LongChen Tan, Yaohua Li, Ping Wang et al.A Novel Control Method for Current Source Rectifier.In:Proceedings of IEEE 13TH EPE-PEMC,2008,405~408
[14] Xiao Wang, Boon-Teck Ooi . Real-Time Multi-DSP Control of Three-Phase Current-source Unity Power Factor PWM Rectifier . IEEE Trans. on Power Electronics,1993,8(3):295~300
[15] Yukihiko Sato,Teruo Kataoka.State Feedback Control of Current-Type PWM AC-to-DC Converters.IEEE Trans. on Industry Applications,1993,29(6):1090~1097
[16] Yang Ye,Mehrdad Kazerani,Victor H.Quintana.Modeling,Control and Implementation of Three-Phase PWM converters.IEEE Tran. on Power Electronics,2003,18(3):857~864
[17] Navid R.Zargari,Geza Joos.A Current-Controlled Current Source Type Unity Power Factor PWM Rectifier.In:Proceedings of IEEE Industry Applications Society Annual Meeting,1993,793~799
[18]李玉玲,鲍建宇,张仲超.基于模型预测控制的单位功率因数电流型PWM整流器.中国电机工程学报,2006,29(19):60~63
[19] Claudio O.Ramiraz,Rose R. Espinoza,et al.Hybrid Control of Three-Phase Current Source Rectifiers . In : Proceedings of IEEE Power Electronics Specialists Conference,2008,4503~4508
[20] Dong-Choon Lee,G-Myong Lee,Ki-Do Lee.DC-Bus Voltage Control of Three-Phase AC/DC PWM Converters Using Feedback Linearization.IEEE Trans. on Industry Applications,2000,36(3):826~833
[21] D.C.Lee.Advanced nonlinear control of three-phase PWM rectifiers.IEE Proce. -Electr. Power Appl,2000,147(5):361~366
[22] Tzann-Shin Lee . Input-Output Linearization and Zero-Dynamics Control of Three-Phase AC/DC Voltage-Source Converters.IEEE Trans. on Power Electronics,2003,18(1):11~22
[23] JoséR.Espinoza,Géza Joós.State Variable Decoupling and Power Flow Control in PWM Current-Source Rectifiers.IEEE Trans. on Industrial Electronics,1998,45(1):78~87
[24] Rolando P.Burgos,Eduardo P.Wiechmann,Joachim Holtz.Complex State-Space Modeling and Nonlinear Control of Active Front-End Converters.IEEE Trans. on Industrial Electronics,2005,52(2):363~377
[25] JoséR. Espinoza,Géza Joós,et al.Stability Issues in Three-Phase PWM Current/Voltage Source Rectifiers in the Regeneration Mode.In:Proceedings of IEEE 2000 International Symposium on Industrial Electronics,2000,453~458
[26] JoséR.Espinoza,Géza Joós,A.Bakhshai.Non-Linear Control and Stabilization of PWM Current Source Rectifiers in the Regeneration Mode.In:Proceedings of 12th Annual Applied Power Electronics Conference and Exposition,1997,902~908
[27] JoséR.Espinoza,Géza Joós,et al.Virtual-Sensor-Based Control of PWM Current Source Rectifiers.In:Proceedings of IEEE 34th IAS Annual Meeting,1999,2201~2207
[28] Luis Morán,Phoivos D. Ziogas,Geza Joos.Design Aspects of Synchronous PWM Rectifier-Inverter Systems under Unbalanced Input Voltage Conditions.IEEE Trans. on Industry Application,1992,28(6):1286~1293
[29] Pracad N.Enjeti,Shamin A. Choundhery.A New Control Strategy to Improve the Performance of A PWM AC to DC Converter under Unbalanced Operating Conditions.IEEE Trans. on Power Electronics,1993,8(4):493~500
[30] Donato Vincenti,Hua Jin.A Three-phase Regulated PWM Rectifier With On-Line Feedforward Input Unbalance Correction.IEEE Trans. on Industrial Electronics,1994,41(5):526~532
[31]李玉玲,张仲超.电流型变流器在电网电压不平衡时的控制.电力系统自动化,29(16):72~75
[32] Ana Vladan Stankovic,Thomas A. Lipo.A Novel Control Method for Input Output Harmonic Elimination of the PWM Boost Type Rectifier Under Unbalanced Operating Conditions.IEEE Trans. on Power Electronics,2001,16(5):603~611
[33] Pascal Rioual,HervéPouliquen,Jean-Paul Louis.Regulation of a PWM Rectifier in the Unbalanced Network State Using a Generalized Model.IEEE Trans. on Power Electronics,1996,11(3):595~602
[34] Hong-seok Song,Kwanghee Nam.Dual Current Control Scheme for PWM Converter Under Unbalanced Input Voltage Conditions.IEEE Trans. on Industrial Electronics,1999,46(5):953~959
[35] Bo Yin,Ramesh Oruganti,S.K.Panda,Ashoka K.S.Bhat.High-Performance Control of A Boost Type PWM Rectifier under Unbalanced Operating Conditions with Integral Various Structure Control.In:Proceeding of the 36th Annual IEEE Power Electronics Specialists Conference,2005,1992~1997
[36] Yongsug Suh,Valentin Tijeras,Thomas A. Lipo.A Nonlinear Control of the instantaneous Power in dq Synchronous Frame for PWM AC/DC Converter under Generalized Unbalanced Operating Conditions.In:Proceedings of the Industry Application Conference,2002,1189~1196
[37]张兴,季建强,张崇巍,丁明.基于内模控制的三相电压型PWM整流器不平衡控制策略研究.中国电机工程学报,2005.25(13):51~56
[38] Bo Yin,Ramesh Oruganti,S.K.Panda,Ashoka K.S.Bhat.A Novel Instantaneous Power Control Strategy for a PWM Rectifier under Unbalanced Input Voltage Conditions.In:Proceeding of the 30th Annual Conference of the IEEE Industrial Electronics Society,2004,251~256
[39] Ana Vladan Stankovic,Thomas A. Lipo.A Generalized Control Method for Input-Output Harmonic Elimination for the PWM Boost Rectifier under Simultaneous Unbalanced Input Voltages and Input Impedances.In:Proceedings of PESC,2001,1309~1314
[40] Yongsug Suh,Thomas A.Lipo.Control Scheme in Hybrid Synchronous Stationary Frame for PWM AC/DC Converter Under Generalized Unbalanced Operating Conditions.IEEE Trans. on Industry Application,2006,42(3):825~835
[41]王立乔.错时采样空间矢量调制技术研究:[博士学位论文].杭州:浙江大学,2002
[42]熊宇.电流型多电平变流器拓扑和控制策略的研究:[博士学位论文].杭州:浙江大学,2004
[43] Ch.Keller,Y.Tadros.Are Paralleled IGBT Modules or Paralleled IGBT Inverters The Best Choice? In:Proceedings of the European Power Electronics Association,1993, 1~6
[44] Fernando L. M. Antunes,Henrique A. C. Braga,Ivo Barbi.Application of a Generalized Current Multilevel Cell to Current-Source Inverters.IEEE Trans. on Industrial Electronics,1999,46(1):31~38
[45] Sérgio Daher,Ricardo Silva Thé,Fernando Antunes.Multilevel current source Inverters - The Switching Control Strategy for High Power Application.In:Proceedings of IEEE IECON 22nd International Conference,1996,1752~1757
[46] Pedro Gomes Bar5bosa,H.A.C.Braga,M.C.B.Rodrigues,E.C.TeiXeira.Boost Current Multilevel Inverter and Its Application on Single-Phase Grid-Connected Photovoltaic Systems.IEEE Trans. on Power Electronics,2006,21(4):1116~1124
[47]熊宇,胡长生,陈丹江,张仲超.一种新型三相直接式电流型多电平逆变器拓扑的研究.中国电机工程学报,24(1):163~167
[48]石新春,杨京燕,王毅.电力电子技术.北京:中国电力出版社,2006
[49]刘凤君.逆变器用整流电源.北京:机械工业出版社,2004
[50] Zhong-chao Zhang,B.T.Ooi.Multimodular Current-Source SPWM Converters for Superconducting a Magnetic Energy Storage System.IEEE Trans. on Power Electronics,1993,8(3):250~256
[51] X. Wu,X.Chu,W.Liu.A Harmonic-Free SMES System.In:Proceedings of the Third International Power Electronics and Motion Control Conference,2000,1390~1394
[52] X.Jiang.SMES System for Study on Utility and Custom Power Application.IEEE Trans. on Applied Superconductivity,2001,11(1):1765~1768
[53] Y.Xiao,B.Wu,F.A.DeWinter.A Dual Current-Source Converter Topology with Sinusoidal Inputs for High-Power Applications . IEEE Trans. on Industry Applications,1998,34(4):878~884
[54]李君.电流型超导储能变流器关键技术研究:[博士学位论文].杭州:浙江大学,2005
[55] Z.Ye.Modeling and Control of Parallel Three-Phase PWM Converters:[Ph.D Dissertation].Blacksburg:Viginia Polytech. Inst. and State Univ.,2000
[56] Cassiano Rech,Jose R.Pinheiro.Line Current Harmonics Reduction in Multipulse Connection of Asymmetrically Loaded Rectifiers . IEEE Trans. on Industrial Electronics,2005,52(3):640~652
[57] Y.Sato,T.Kataoka.Simplified Control Strategy to Improve AC-Input-Current Waveform of Parallel-Connected Current-Type PWM Rectifier.IEE Proce.- Electr. Power Appl.,1995,142(4):246~254
[58] D. Xu,N.R. Zargari,B.Wu,et al.A Medium Voltage AC Drive with Parallel Current Source Inverters for High Power Applications.In: Proceedings of the 36th AnnualIEEE Power Electronics Specialists Conference,2005,2277~2283
[59] M.C.Chandorkar,D.M.Divan,R.H.Lasseter.Control Techniques for Multiple Current Source GTO Converters.IEEE Trans. on Industry Applications,31(1):134~140
[60] Ryuichi Abe,Yoshiaki Nagai,Kazuhiko Tsuyuki.Development of Multiple space Vector Control for Direct Connected Parallel Current Source Power converters.In: Proceedings of the Power Conversion Conference,1997,283~288
[61] K.Xing,F.C.Lee,D.Boroyevich,et al.Interleaved PWM with Discontinuous Space-Vector Modulation.IEEE Trans. on Power Electron,1999,14(5):906~917
[62] Zhihong Ye,D. Boroyevich,Jae-Y.Choi,F.C.Lee.Control of Circulating Current in Two Parallel Three-Phase Boost Rectifiers.IEEE Trans. on Power Electronics,2002,17(5):609~615
[63] Sudip K. Mazumder.Continuous and Discrete Variable-Structure Controls for Parallel Three-Phase Boost Rectifier.IEEE Trans. on Industrial Electronics,2005,52(2):340~354
[64] Yang Chen,K.M.Smedley.Parallel Operation of One-Cycle Controlled Three-Phase PFC Rectifiers.IEEE Trans. on Industrial Electronics,2007,54(6):3217~3224
[65] Ching-Tsai Pan,Yi-Hung Liao.Modeling and Coordinate Control of Circulating Currents in Parallel Three-Phase Boost Rectifiers.IEEE Trans. on Industrial Electronics,2007,54(2):825~838
[66] Kazuhiro Imaie,Osami Tsukamoto,Yoshiaki Nagai.Control Strategies for Multiple parallel Current-Source Converters of SMES System.IEEE Trans. on Power Electronics,2000,15(2):377~385
[67]徐德鸿,正田英介.超导储能装置用GTO PWM电流型变流器模块方阵.中国电机工程学报,1998,18(2):124~130
[68]李君,徐德鸿,郑家伟,唐跃进.超导储能系统用多模块电流型变流器载波轮换均流方法.中国电机工程学报,2004,24(7):106~111
[69] Li Jun,K.W.E.Cheng,D.Sutanto,Dehong Xu.A Multimodule Hybrid Converter for High-Temperature Superconducting Magnetic Energy Storage System(HT-SMES).IEEE Trans. on Power Delivery,2005,20(1):475~480
[70] Martina Baumann,Johann W. Kolar.Parallel Connection of Two Three-Phase Three-Switch Buck-Type Unity-Power-Factor Rectifier Systems With DC-Link Current Balancing.IEEE Trans. on Industrial Electronics,2007,54(6):3042~3053
[71] Zhihong Ye,Dushan Boreyevich.A Novel Modeling and Control Approach for Parallel Three-phase Buck Rectifiers.In:Proceedings of the Thirty-Sixth IAS Annual Meeting,2001,350~356
[72] J. Rabkowski,M. Nowak,J. Matulka,R. Barlik.Output Current Equalization for Parallel Connected Three-Phase Buck Rectifiers.In:Proceedings of PESC,2004,2810~2816
[73]王长永,金陶涛,张仲超.基于相移SPWM技术的电流源有源电力滤波器的研究.电力系统自动化,2000,24(13):11~14
[74]李建林,王平,王长永,张仲超.基于载波相移SPWM技术的电流型有源电力滤波器的研究.中国电机工程学报,2003,23(10):99~103
[75] K. Nishida,Y. Konishi,M. Nakaoka.Current control implementation with deadbeat algorithm for three-phase current-source active power filter.IEE Proc. -Electr. Power Appl.,2002,149(4):275~282
[76] Y.Ye,M.Kazerani,V.H.Quintana.Current-Source Converter Based STATCOM: Modeling and Control.IEEE Trans. on Power Delivery,2005,20(2):795~800
[77]李亚斌.固态高频感应加热电源控制技术的研究:[博士学位论文].保定:华北电力大学,2008
[78]江友华,龚幼民.基于电流型PWM整流技术的转子变频调速系统.电工技术学报,2006,21(7):54~59
[79] S. Rees, U. Ammann.New Stator Voltage Controller for High Speed Induction Machines fed by Current-Source Inverter.In:Proceedings of PESC,2004,541~547
[80] H.F.Bilgin,K.N.Kǒse,et al.A Unity-Power-Factor Buck-Type PWM Rectifier for Medium/High-Power DC Motor Driver Applications.IEEE Trans. on Industry Applications,2002,38(5):1412~1425
[81]刘志刚,汪至中,范瑜等.新型可再生能源发电馈网系统研究.电工技术学报,2003,18(4):108~113
[82]刘志刚,和敬涵.基于电流型PWM整流器的电力模拟负载系统研究.电工技术学报,2004,19(6):74~77
[83] Jose R Espinoza,Geza Joos,Johan I. Guzaman,et al.Selective Hormonic Elimination and Current/Voltage Control in Current/Voltage-Source Topologies:A Unified Approach.IEEE Trans. on Industrial Electronics,2001,48(1):71~81
[84] Jose R Espinoza,Geza Joos.Current-Source Converter on-line Pattern Generator Switching Frequency Minimization.IEEE Trans. on Industrial Electronics,1997,44(2):198~206
[85] Olorunfemi Ojo,Sravan Vanaparthy.Carrier-Based Discontinuous PWM Modulation for Current Source Converters.In:Proceedings of IEEE IAS,2004,2224~2231
[86] Jose R Espinoza,Geza Joos,H. Jin.DSP Based Space Vector PWM Pattern Generators for Current Source Rectifiers and Inverters.In:Proceedings of IEEE CCECE/CCGEI,1995,979~982
[87]赵文杰.不确定非线性系统的变结构控制研究:[博士学位论文].保定:华北电力大学,2004
[88]胡跃明.非线性控制理论与应用.北京:国防工业出版社,2002
[89] Richard C.Dorf,Robert H.Bishop.现代控制系统(谢红卫等译).北京:高等教育出版社,2001
[90]胡跃明.变结构控制理论与应用.北京:科学出版社,2003
[91]余勇,张兴,季建强,刘正之.大功率电流型多重化变频电源系统分析及控制.中国电机工程学报,2004,24(12):24~28
[92]李亚斌,李和明,彭咏龙.大功率三相电流型晶闸管SVPWM整流器多桥并联技术.电工技术学报,2007,22(2):84~90
© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号 地址：北京市海淀区学院路29号 邮编：100083 电话：办公室：(+86 10)66554848；文献借阅、咨询服务、科技查新：66554700 |