الملخص العربى
ABSTRACT
INTRODUCTION
REVIEW OFPREVIOUS WORK
NTRODUCTION
INDUCTION MACHINES AS GENERATORS
EXCITATION METHODS OF INDUCTION GENERATORS
STATIC VAR COMPENSATORS
TYPES OFSTATIC VARCOMPENSATORS
MODELING OF STATIC VAR COMPENSATORS
EXPERIMENTAL DETERMINATION OF SELF·EXCITED INDUCTION GENERATORS PARAMETERS AND PERFORMANCE
INTRODUCTION
LABORATORY IMPLEMENTATION OF SELF·EXCITED INDUCTION GENERATOR PERFORMANCE
DETERMINATION OF INDUCTION MACHINES PARAMETERS EXPERIMENTALLY
EXPERIMENTAL NO-LOAD charACTERISTICS OF INDUCTION MACHINE
DETERMINATION OFSEIG MAGNETIZATIONCURVE:
DETERMINATION OF SEIG PERFORMANCE EXPERIMENTALLY
THEORETICAL STEADY STATE ANALYSIS OF SELF-EXCITED INDUCTION GENERATORS
INTRODUCTION
PROPOSED TECHNIQUES
SELF-EXCITED INDUCTION GENERATOR OPERATION
DETERMINATION OF THREE-PHASE INDUCTION MACHINE MAGNETIZING charACTERISTIC
STEADY STATE ANALYSIS OF VARIABLE SPEED PRIME MOVER-DRIVEN THREE-PHASE SEIG
THEORETICAL ANDEXPERIMENTAL RESULTS OF SELF EXCITED INDUCTION GENERATORS PERFORMANCE
INTRODUCTION
THEORETICAL AND EXPERIMENTAL RESULTS OF THREEPHASE SELF EXCITED INDUCTION GENERATOR
THEORETICAL AND EXPERIMENTAL RESULTS OF THE SINGLE·PHASE SELF EXCITED INDUCTION GENERATOR PERl”ORMANCE PARAMETERS
DETERMINATION OF THE MINIMUM EXCITATION CAPAC " ~ "TANCE FOR THREE·PHASE SEIG OPERATION
THEORETICAL ANALYSIS FOR VOLTAGE REGULATION OF SELF-E..,,{CITED INDUCTION GENERATORS EXCITED BY STATIC VAR COMPENSATOR
INTRODUCTION
STATIC VAK COMPENSATOR MODELING ASA VIRTUAL VARIABLE SUSCEPTANCE
EXPERIMENTAL IMPLEMENTATION OF STATIC VAR COMPENSATOR AND LOAD SERIES VOLTAGE CONTROLLER FOR VOLTAGE REGULATION OF SELF-EXCITED INDUCTION GENERATORS
LABORATORY IMPLEMENTATION OF SVC FOR VOLTAGE REGULATION OF SEIG DRIVEN BY VARIABLE SPEED PRIME MOVERS SYSTEM
LABORATORY IMPLEMENTATION OF SVC COMBINED WITH LOAD SERIES VOLTAGE CONTROLLER FOR VOLTAGE REGULATION OF SEIG DRIVEN BYVARIABLE SPEED PRIME MOVERS SYSTEM
IMPLEMENTED FIRING CIRCUITS COMPONENTS
DESIGN OF PI CONTROLLER CIRCUITS OF SVC AND LOAD SERIES VOLTAGE CONTROLLER
THEORETICAL AND EXPERIMEN’{AL RESULTS OF SEIG VOLTAGE REGULATION BY STATIC VAR COMPENSATOR AND LOAD SERIES VOLTAGE CONTROLLER
INTRODUCTION
RESULTS OF SEIG VOLTAGE REGULATION USING SVC
THEORITICAL AND EXPERMINTAL RESULTS OF SEIG VOLTAGE REGULATION USING SVC OF TSC TYPE AND LOAD SERIES VOLTAGE CONTROLLER
WIND-MILL DRIVEN THREE-PHASE SELF EXCITED INDUCTION GENERATOR VOLTAGE REGULATION
INTRODUCTION
WIND TURBINE charACTERISTICS
MOTOR CONTROL SYSTEMS
SIMULATIONOFTHE WINDTURBINE BYADCMOTOR
STEADY STATE ANALYSIS OF THREE-PHASE SEIG WITH TSC TYPE OF SVC AND LOAD SERIES VOLTAGE TSC TYPE OF SVC AND LOAD SERIES VOLTAGE CONTROLLER
RESULTS AND DISCUSSIONS
GENERAL CONCLUSIONS
LIST OF REFERENCES
APPENDIXS
الفهرس 
