: S. M. Muyeen, Junji Tamura, Toshiaki Murata
: Stability Augmentation of a Grid-connected Wind Farm
: Springer-Verlag
: 9781848003163
: 1
: CHF 132.70
:
: Wärme-, Energie- und Kraftwerktechnik
: English
: 259
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF

'Stability Augmentation of a Grid-connected Wind Farm' introduces a comprehensive approach to stabilizing the power output from wind farms, covering both fixed and variable speed wind turbine generator systems. The book presents the different tools suitable for application in wind farms, together with modeling and control strategies. The book reports on output power and terminal voltage fluctuation minimization, using the integration of energy storage systems with power electronic converters. Transient stability enhancement of the power systems is also discussed. 'Stability Augmentation of a Grid-connected Wind Farm' provides advanced tools with detailed modeling and controller design, including extensive simulation results.



S.M. Muyeen,Junji Tamura andNaoto Kakimoto all work for the Kitami Institute of Technology in its Department of Electrical and Electronic Engineering.
Foreword5
Preface7
Acknowledgement9
Contents10
Introduction14
1.1 Renewable Energy14
1.2 Present Status and Future Prediction of Wind Power Worldwide15
1.3 Wind Turbine Technical Overview20
1.4 Grid Integration Issue of Wind Farm25
1.5 Background of the Book26
1.6 Scope and Aims31
1.7 Outline of this Book34
Wind Turbine Modeling36
2.1 Wind Power Output36
2.2 Wind Turbine Generator System (WTGS)41
2.3 Fixed Speed WTGS42
2.4 Variable Speed WTGS74
2.5 Chapter Summary78
Pitch Controller79
3.1 Conventional Pitch Controller80
3.2 Fuzzy Logic Controlled Pitch Controller with Power and Speed Control Modes80
3.3 Wind Generator Power Smoothing by Using the New Pitch Controller97
3.4 Chapter Summary116
STATCOM117
4.1 STATCOM Basics118
4.2 Model System120
4.3 Modeling and Control Strategy of STATCOM121
4.4 Simulation Analysis of a STATCOM Connected to a Fixed Speed Wind Generator124
4.5 Chapter Summary148
Integration of an Energy Storage System into Wind Farm149
5.1 Energy Storage Systems in Power System150
5.2 Use of Power Electronics in ESS153
5.3 Energy Storage System for Wind Power Application154
5.4 Cost/Performance Analysis173
5.5 Chapter Summary173
Hydrogen Generation from Wind Power175
6.1 Basic Discussion of Hydrogen175
6.2 Modeling of a Hydrogen Generator177
6.3 Topological Overview178
6.4 Recent Trend in Hydrogen Generation from Wind Power181
6.5 Hydrogen Storage in a Wind Turbine Tower182
6.6 Chapter Summary188
Wind Farm Operating Strategy with an Energy Capacitor System and a Hydrogen Generator189
7.1 Modeling and Control Strategy for an Energy Capacitor System191
7.2 Hydrogen Generator Model System194
7.3 Wind Farm Output Power Smoothing and Terminal Voltage Regulation195
7.4 Transient Stability Enhancement of a WTGS by an ECS206
7.5 Chapter Summary220
Stability Enhancement of VSWT-PMSG221
8.1 Maximum Power Point Tracking222
8.2 Modeling of a PMSG223
8.3 VSWT-PMSG with Converter-DC Link-Inverter Topology223
8.4 VSWT-PMSG with Rectifier-DC Chopper-DC Link-Inverter Topology234
8.5 Chapter Summery244
Appendix245
A.1 Derivation of Eq. 4.1245
A.2 Electrolyzer Characteristic246
References248
Index256