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  • Produktbild: Advanced Control of Doubly Fed Induction Generator for Wind Power Systems
  • Produktbild: Advanced Control of Doubly Fed Induction Generator for Wind Power Systems

Advanced Control of Doubly Fed Induction Generator for Wind Power Systems System

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Beschreibung

Details

Einband

Gebundene Ausgabe

Erscheinungsdatum

14.08.2018

Herausgeber

Mohamed E. El-Hawary

Verlag

Wiley

Seitenzahl

496

Maße (L/B/H)

23,5/15,7/3,1 cm

Gewicht

907 g

Auflage

1. Auflage

Sprache

Englisch

ISBN

978-1-119-17206-2

Beschreibung

Details

Einband

Gebundene Ausgabe

Erscheinungsdatum

14.08.2018

Herausgeber

Mohamed E. El-Hawary

Verlag

Wiley

Seitenzahl

496

Maße (L/B/H)

23,5/15,7/3,1 cm

Gewicht

907 g

Auflage

1. Auflage

Sprache

Englisch

ISBN

978-1-119-17206-2

Herstelleradresse

Produktsicherheitsverantwortliche/r
Europaallee 1
36244 Bad Hersfeld
DE

Email: gpsr@libri.de

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  • Produktbild: Advanced Control of Doubly Fed Induction Generator for Wind Power Systems
  • Produktbild: Advanced Control of Doubly Fed Induction Generator for Wind Power Systems

  • PREFACE xiii

    NOMENCLATURE xv

    PART I INTRODUCTION TO WIND POWER GENERATION

    CHAPTER 1 INTRODUCTION 3

    1.1 Global Wind Power Development 3

    1.2 Evolution of Wind Power System 5

    1.3 Power Electronics in Wind Turbine Systems 9

    1.4 Challenges and Trends in Future Wind Power Technology 11

    1.5 The Topics of This Book 18

    CHAPTER 2 BASICS OF WIND POWER GENERATION SYSTEM 21

    2.1 Introduction 21

    2.2 Wind Power Concept 21

    2.3 Variable-Speed Wind Turbine 26

    2.4 Control of Power Converter 31

    2.5 Wind Power Transmission 34

    2.6 Summary 41

    CHAPTER 3 GRID CODES FOR WIND POWER GENERATION SYSTEMS 43

    3.1 Introduction 43

    3.2 Grid Code Requirements Under Normal Operation 44

    3.3 Grid Code Requirements Under Non-Ideal Grid 51

    3.4 Grid Codes for Distributed Wind Power Generation 58

    3.5 Summary 62

    PART II MODELING AND CONTROL OF DFIG

    CHAPTER 4 MODELING OF DFIG WIND POWER SYSTEMS 67

    4.1 Introduction 67

    4.2 Steady-State Equivalent Circuit of a DFIG 67

    4.3 Dynamic Model of a DFIG 74

    4.4 Modeling of the Converter 85

    4.5 Summary 95

    CHAPTER 5 CONTROL OF DFIG POWER CONVERTERS 99

    5.1 Introduction 99

    5.2 Start-Up Process of the DFIG System 99

    5.3 Grid-Side Converter 101

    5.4 Rotor-Side Converter in Power-Control Mode 114

    5.5 Rotor-Side Converter in Speed-Control Mode 124

    5.6 Rotor-Side Converter in Starting Mode 128

    5.7 Control-Mode Switching 135

    5.8 Summary 136

    PART III OPERATION OF DFIG UNDER DISTORTED GRID VOLTAGE

    CHAPTER 6 ANALYSIS OF DFIG UNDER DISTORTED GRID VOLTAGE 141

    6.1 Introduction 141

    6.2 Influence on GSC 142

    6.3 Influence on DFIG and RSC 149

    6.4 Discussion on Different Controller Parameters 162

    6.5 Discussion on Different Power Scales 163

    6.6 Summary 164

    CHAPTER 7 MULTIPLE-LOOP CONTROL OF DFIG UNDER DISTORTED GRID VOLTAGE 167

    7.1 Introduction 167

    7.2 GSC Control 168

    7.3 DFIG and RSC Control 176

    7.4 Influence on the Fundamental Current Loop 188

    7.5 Summary 191

    CHAPTER 8 RESONANT CONTROL OF DFIG UNDER GRID VOLTAGE HARMONICS DISTORTION 195

    8.1 Introduction 195

    8.2 Resonant Controller 195

    8.3 Stator Current Control Using Resonant Controllers 197

    8.4 Influence on Normal Control Loop 215

    8.5 Design and Optimization of Current Controller 222

    8.6 Summary 233

    CHAPTER 9 DFIG UNDER UNBALANCED GRID VOLTAGE 237

    9.1 Introduction 237

    9.2 RSC and DFIG Under Unbalanced Grid Voltage 237

    9.3 GSC Under Unbalanced Grid Voltage 244

    9.4 Control Limitations Under Unbalanced Grid Voltage 248

    9.5 Summary 256

    CHAPTER 10 CONTROL OF DFIG WIND POWER SYSTEM UNDER UNBALANCED GRID VOLTAGE 259

    10.1 Introduction 259

    10.2 Control Targets 259

    10.3 Stator Current Control with Resonant Controller 260

    10.4 DC Voltage Fluctuation Control by GSC 266

    10.5 Summary 293

    PART IV GRID FAULT RIDE-THROUGH OF DFIG

    CHAPTER 11 DYNAMIC MODEL OF DFIG UNDER GRID FAULTS 299

    11.1 Introduction 299

    11.2 Behavior During Voltage Dips 300

    11.3 DFIG Behavior During Voltage Recovery 315

    11.4 Under Recurring Grid Faults 320

    11.5 Summary 339

    CONTENTS xi

    CHAPTER 12 GRID FAULT RIDE-THROUGH OF DFIG 341

    12.1 Introduction 341

    12.2 PLL Under Grid Faults 342

    12.3 FRT Strategies for DFIG Based on Improved Control 348

    12.4 FRT Strategies Based on Hardware Solutions 362

    12.5 Recurring Fault Ride Through 369

    12.6 Summary 384

    CHAPTER 13 THERMAL CONTROL OF POWER CONVERTER IN NORMAL AND ABNORMAL OPERATIONS 387

    13.1 Loss Model of Power Converter 387

    13.2 Thermal Model of Power Converter 392

    13.3 Thermal Loading During Normal Operation 397

    13.4 Thermal Loading in Abnormal Operation 401

    13.5 Smart Thermal Control by Reactive Power Circulation 408

    13.6 Summary 412

    PART V DFIG TEST BENCH

    CHAPTER 14 DFIG TEST BENCH 417

    14.1 Introduction 417

    14.2 Scheme of the DFIG Test Bench 417

    14.3 The Caged Motor and its Driving Inverter 419

    14.4 DFIG Test System 420

    14.5 Rotor-Side Crowbar 429

    14.6 Grid Emulator 431

    14.7 Communications and Up-Level Control 439

    14.8 Start-Up and Protection of the System 441

    14.9 Summary 448

    APPENDIX 449

    A.1 Flux Equations in ¿ ß Reference Frame 449

    A.2 Typical Parameters of a DFIG 451

    INDEX 453