Variable Frequency Transformers for Large Scale Power Systems Interconnection

Theory and Applications

Inbunden, Engelska, 2018

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Beskrivning

This book is an all-in-one resource on the development and application of variable frequency transformers to power systems and smart grids. It introduces the main technical issues of variable frequency transformers (VFT) systematically, including its basic construction, theory equations, and simulation models. Readers will then gain an in-depth discussion of its control system, operation performance, low frequency power oscillation, and technical economics, before proceeding to practical implementation and future developments. The related concepts of energy revolution, third generation grids, and power system interconnection are discussed as well. The first, comprehensive introduction to variable frequency transformers (VFT)An in-depth look at the construction of VFT, with simulations and applicationsDemonstrates how to assess the control system and overall system performanceAnalyses future developments, energy revolution and power system interconnectionsVariable Frequency Transformers for Large Scale Power Systems is a timely overview of the state of the art for VFT as it is increasingly adopted in smart grids. It is intended for engineers and researchers specializing in power system planning and operation, as well as advanced students and industry professionals of power engineering.

Produktinformation

Utgivningsdatum:2018-10-09
Mått:170 x 244 x 16 mm
Vikt:629 g
Format:Inbunden
Språk:Engelska
Antal sidor:272
Förlag:John Wiley & Sons Inc
ISBN:9781119128977

Utforska kategorier

Energiteknik inom Naturvetenskap och teknik

Mer om författaren

Gesong Chen, State Grid Corporation, China Xiaoxin Zhou, Chinese Academy of Sciences, China Rui Chen, University of Liverpool, United Kingdom

Innehållsförteckning

ABOUT THE AUTHOR 1PREFACE TO ENGLISH VERSION 2PREFACE 41 POWER GRID DEVELOPMENT AND INTERCONNECTION 71.1 OVERVIEW 71.2 ENERGY REFORM AND THIRD GENERATION OF POWER GRIDS 81.3 LARGE-SCALE POWER ALLOCATION AND LARGE POWER GRID INTERCONNECTION 211.4 MAIN CONTENT OF THE BOOK 421.5 SUMMARY 44REFERENCES 452 PROPOSAL AND APPLICATION OF VARIABLE FREQUENCY TRANSFORMER 472.1 OVERVIEW 472.2 VARIABLE FREQUENCY TRANSFORMER SYSTEM CONSTITUTION 472.3 BASIC FUNCTIONS OF VARIABLE FREQUENCY TRANSFORMER 552.4 START-UP AND CONTROL OF VARIABLE FREQUENCY TRANSFORMER 562.5 MECHANISM OF VFT IMPROVING THE SYSTEM STABILITY 582.6 EXISTING VARIABLE FREQUENCY TRANSFORMER APPLICATION IN POWER SYSTEM 612.7 VFT APPLICATION WITHIN GLOBAL ENERGY INTERCONNECTION 622.8 STUDYING PROMINENT PROBLEMS OF VFT TO BE SOLVED 922.9 SUMMARY 93REFERENCES 943 BASIC EQUATION AND SIMULATION MODEL OF VARIABLE FREQUENCY TRANSFORMER 973.1 OVERVIEW 973.2 STEADY STATE EQUATION AND POWER FLOW CALCULATION MODEL OF VFT 1013.3 ELECTROMECHANICAL TRANSIENT EQUATION AND SIMULATION MODEL OF VFT 1083.4 ELECTROMAGNETIC TRANSIENT EQUATION AND SIMULATION MODEL OF VFT 1153.5SHORT-CIRCUIT IMPEDANCE AND CALCULATION MODEL OF VFT 1183.6 VFT SIMULATION MODEL AVAILABILITY VERIFICATION 1203.7 SUMMARY 125REFERENCE 1254 VFT CONTROL SYSTEM RESEARCH AND MODELING 1274.1 OVERVIEW 1274.2 VFT CONTROL STRATEGY AND SYSTEM BLOCK DIAGRAM 1284.3 VFT ELEMENT LEVEL CONTROL AND DC DRIVE SYSTEM DESIGN 1324.4 VFT DEVICE LEVEL CONTROL DESIGN 1374.5 VFT SYSTEM LEVEL CONTROL DESIGN 1424.6 SUMMARY 144REFERENCE 1445 ANALYSIS OF OPERATION CHARACTERISTICS AND APPLICATION OF VFT IN THE ELECTRICAL POWER SYSTEM 1465.1 OVERVIEW 1465.2 VFT PARAMETERS AND RESEARCH SYSTEM DESIGN 1465.3 STARTUP AND POWER REGULATION OF VFT 1515.4 USING VFT TO REGULATE SYSTEM POWER FLOW 1575.5 CHARACTERISTICS OF VFT DURING FAULT PERIOD 1605.6 USING VFT TO REGULATE SYSTEM FREQUENCY 1635.7 USING VFT TO SUPPLY POWER TO WEAK POWER GRIDS AND PASSIVE SYSTEMS 1655.8 APPLICATION OF VFT IN LARGE COMPLEX ELECTRICAL POWER SYSTEM 1675.9 USING VFT TO SUPPRESS LOW FREQUENCY POWER OSCILLATION IN THE ELECTRICAL POWER SYSTEM 1715.10 SUMMARY 172REFERENCE 1736 DESIGN OF ADAPTIVE LOW-FREQUENCY OSCILLATION DAMPING CONTROLLER BASED ON VFT 1756.1 OVERVIEW 1756.2 IMPACTS OF THE VARIABLE-FREQUENCY OSCILLATIONS OF POWER SYSTEMS AND CORRESPONDING CONTROL ACTIONS 1756.3 PRONY METHOD BASED TRANSFER FUNCTION IDENTIFICATION 1776.4 LOW-FREQUENCY OSCILLATION DAMPING CONTROLLER DESIGN WITH VFTS AND A PRONY METHOD 1796.5 APPLICATION OF VFTS BASED ADAPTIVE DAMPING CONTROLLER IN A FOUR-GENERATOR POWER SYSTEM 1816.6 APPLICATION OF VFT BASED ADAPTIVE DAMPING CONTROLLERS IN COMPLICATED POWER SYSTEMS 1926.7 SUMMARY 1967 TECHNICAL AND ECONOMICAL CHARACTERISTICS OF VFTS 1997.1 OVERVIEW 1997.2 COMPARISON OF TECHNICAL AND ECONOMICAL CHARACTERISTICS OF VFTS AND PHASE SHIFTING TRANSFORMERS 1997.3 COMPARISON OF TECHNICAL AND ECONOMICAL CHARACTERISTICS BETWEEN VFTS AND DC TRANSMISSION SYSTEMS 2107.4. SUMMARY 224REFERENCES 2248 SUMMARY AND PROSPECT 2278.1 OVERVIEW 2278.2 MAIN CONCLUSIONS 2278.3 IN-DEPTH STUDIES OF VFTS 230APPENDIX A 232APPLICATION OF VFTS IN PROJECTS 232A.1 OVERVIEW 232A.2 MAIN STRUCTURE AND SYSTEMATIC CONTROL OF A VFT 232A.3 THE WORLD FIRST VFT STATION ——LANGLOIS SUBSTATION 239A.4 THE WORLD SECOND VFT STATION——LAREDO SUBSTATION 244A.5 THE WORLD THIRD VFT STATION——LINDEN SUBSTATION 245REFERENCES 248INDEX 249