Power System Stability: Modelling, Analysis and Control

Description

Power System Stability: Modelling, Analysis and Control provides a comprehensive treatment of the subject from both a physical and mathematical perspective and covers a range of topics including modeling, computation of load flow in the transmission grid, stability analysis under both steady-state and disturbed conditions, and appropriate controls to enhance stability. Organized into four sections; (I) Modeling, (II) Power Flow, (III) Stability Analysis, and IV) Stability Enhancement and Control, this book begins with an introduction to stability modeling, describing the dynamic behavior of power systems which in turn leads to the modeling of each component in the power system. Different techniques are introduced to access the system stability and methods are described that can be used to enhance stability and control the system. Power System Stability: Modelling, Analysis and Control also covers the development and physical real-time implementation of analytical and artificial intelligence based adaptive power system stabilizers to improve power system dynamic stability. Topics covered include; * modeling of the synchronous machine * the synchronous machine connected to power systems * modeling of transformers * transmission lines and loads * power flow analysis * optimal power flow * small signal stability * transient stability * transient energy function methods * artificial intelligent techniques * power system stabilizers * series compensation * shunt compensation * compensation devices * recent technologies Content: Chapter 1: Power system stability overviewPart I: ModellingChapter 2: Modelling of the synchronous machineChapter 3: Synchronous machine connected to a power systemChapter 4: Modelling of transformers, transmission lines and loadsPart II: Power flowChapter 5: Power flow analysisChapter 6: Optimal power flowPart III: Stability analysisChapter 7: Small signal stabilityChapter 8: Transient stabilityChapter 9: Transient energy function methodsPart IV: Stability enhancement and controlChapter 10: Artificial intelligence techniquesChapter 11: Power system stabiliserChapter 12: Series compensationChapter 13: Shunt compensationChapter 14: Compensation devicesChapter 15: Recent technologiesAppendix I: Calculation of synchronous machine parameters in per unit/normalised formAppendix II: Nine-bus test systemAppendix III: Numerical integration techniquesAppendix IV: 15-bus, 4-generator system data