Small-signal stability, control and dynamic performance of power systems

M. J. Gibbard; P. Pourbeik; D. J. Vowles

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Small-signal stability, control and dynamic performance of power systems

Small-signal stability, control and dynamic performance of power systems

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M. J. Gibbard, University of Adelaide, P. Pourbeik, Electric Power Research Institute, USA, D. J. Vowles, University of Adelaide

Publisher:: The University of Adelaide Press
Online publication date:: February 2016
Print publication year:: 2015
Online ISBN:: 9781925261035

Subjects:: Engineering, Circuits and Systems, Energy Technology

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A thorough and exhaustive presentation of theoretical analysis and practical techniques for the small-signal analysis and control of large modern electric power systems as well as an assessment of their stability and damping performance.

Small-signal stability, control and dynamic performance of power systems is an excellent treatise on the topic of small-signal electromechanical stability analysis and therefore a must read for the practicing engineer and for students pursuing the study of small-signal stability in power systems.'

Vijay Vittal Source: IEEE Power & Energy Magazine, 14 (4)

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Contents

Contents

Select Frontmatter

Frontmatter
pp i-iv

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Select Contents

Contents
pp v-xvi

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Select Preface

Preface
pp xvii-xx

By M.J. Gibbard, The University of Adelaide, P. Pourbeik, Electric Power Research Institute, USA, D.J. Vowles, The University of Adelaide

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Select List of Symbols, Acronyms and Abbreviations

List of Symbols, Acronyms and Abbreviations
pp xxi-xxvi

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Select 1 - Introduction

1 - Introduction
pp 1-22

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Select 2 - Control systems techniques for small-signal dynamic performance analysis

2 - Control systems techniques for small-signal dynamic performance analysis
pp 23-62

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Select 3 - State equations, eigen-analysis and applications

3 - State equations, eigen-analysis and applications
pp 63-88

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Select 4 - Small-signal models of synchronous generators, FACTS devices and the power system

4 - Small-signal models of synchronous generators, FACTS devices and the power system
pp 89-222

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Select 5 - Concepts in the tuning of power system stabilizers for a single machine system

5 - Concepts in the tuning of power system stabilizers for a single machine system
pp 223-292

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Select 6 - Tuning of PSSs using methods based on Residues and the GEP transfer function

6 - Tuning of PSSs using methods based on Residues and the GEP transfer function
pp 293-312

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Select 7 - Introduction to the Tuning of Automatic Voltage Regulators

7 - Introduction to the Tuning of Automatic Voltage Regulators
pp 313-396

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Select 8 - Types of Power System Stabilizers

8 - Types of Power System Stabilizers
pp 397-446

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Select 9 - Basic Concepts in the Tuning of PSSs in Multi-Machine Applications

9 - Basic Concepts in the Tuning of PSSs in Multi-Machine Applications
pp 447-474

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Select 10 - Application of the PSS Tuning Concepts to a Multi-Machine Power System

10 - Application of the PSS Tuning Concepts to a Multi-Machine Power System
pp 475-530

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Select 11 - Tuning of FACTS Device Stabilizers

11 - Tuning of FACTS Device Stabilizers
pp 531-562

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Select 12 - The Concept, Theory, and Calculation of Modal Induced Torque Coefficients

12 - The Concept, Theory, and Calculation of Modal Induced Torque Coefficients
pp 563-588

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Select 13 - Interactions between, and effectiveness of, PSSs and FDSs in a multi-machine power system

13 - Interactions between, and effectiveness of, PSSs and FDSs in a multi-machine power system
pp 589-620

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Select 14 - Coordination of PSSs and FDSs using Heuristic and Linear Programming Approaches

14 - Coordination of PSSs and FDSs using Heuristic and Linear Programming Approaches
pp 621-652

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Select Index

Index
pp 653-658

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Small-signal stability, control and dynamic performance of power systems

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Contents

Frontmatter
pp i-iv

Contents
pp v-xvi

Preface
pp xvii-xx

List of Symbols, Acronyms and Abbreviations
pp xxi-xxvi

1 - Introduction
pp 1-22

2 - Control systems techniques for small-signal dynamic performance analysis
pp 23-62

3 - State equations, eigen-analysis and applications
pp 63-88

4 - Small-signal models of synchronous generators, FACTS devices and the power system
pp 89-222

5 - Concepts in the tuning of power system stabilizers for a single machine system
pp 223-292

6 - Tuning of PSSs using methods based on Residues and the GEP transfer function
pp 293-312

7 - Introduction to the Tuning of Automatic Voltage Regulators
pp 313-396

8 - Types of Power System Stabilizers
pp 397-446

9 - Basic Concepts in the Tuning of PSSs in Multi-Machine Applications
pp 447-474

10 - Application of the PSS Tuning Concepts to a Multi-Machine Power System
pp 475-530

11 - Tuning of FACTS Device Stabilizers
pp 531-562

12 - The Concept, Theory, and Calculation of Modal Induced Torque Coefficients
pp 563-588

13 - Interactions between, and effectiveness of, PSSs and FDSs in a multi-machine power system
pp 589-620

14 - Coordination of PSSs and FDSs using Heuristic and Linear Programming Approaches
pp 621-652

Index
pp 653-658

Metrics

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