ELECTRIC POWER TRANSMISSION

By G. LUINE

CONTENTS INTRODUCTION TO THE PROBLEMS OF ANALYSIS AND CONTROL OF ELECTRIC POWER SYSTEMS PRELIMINARIES THE EQUILIBRIUM OPERATION OPERATING REQUIREMENTS ADMISSIBILITY LIMITS FOR SINGLE COMPONENTS TYPICAL EXAMPLES OF NONEXISTENCE OF THE EQUILIBRIUM OPERATION SYNCHRONIZING ACTIONS BETWEEN MACHINES THE PERTURBED OPERATION DYNAMIC PHENOMENA AND THEIR CLASSI?CATION ANNOTATED REFERENCES CON?GURATION AND WORKING POINT CHOICE OF THE WORKING POINT ANALYTICAL CRITERIA FOR ECONOMIC OPTIMIZATION PREVISIONAL SCHEDULING REAL-TIME SCHEDULING FREQUENCY AND ACTIVE POWER CONTROL SPEED REGULATION OF A SINGLE UNIT IN ISOLATED OPERATION TYPICAL SCHEMES FOR SPEED GOVERNORS “F/P” CONTROL IN AN ISOLATED SYSTEM “F/P” CONTROL IN THE PRESENCE OF INTERCONNECTIONS EMERGENCY CONTROL DYNAMIC BEHAVIOR OF THE SYNCHRONOUS MACHINE BASIC FORMULATIONS USUAL SIMPLI?CATIONS MORE SOPHISTICATED MODELS SOME OPERATIONAL EXAMPLES DYNAMIC BEHAVIOR OF NETWORK ELEMENTS AND LOADS GENERALITIES ON NETWORK ELEMENTS TRANSFORMERS ALTERNATING CURRENT (AC) LINES DIRECT CURRENT (DC) LINKS SINGLE AND COMPOSITE LOADS PURELY ELECTRICAL PHENOMENA VOLTAGE AND REACTIVE POWER CONTROL GENERALITIES CONTROL OF SYNCHRONOUS MACHINE EXCITATION CONTROL OF TAP-CHANGERS CONTROL OF STATIC COMPENSATORS THE SYNCHRONOUS MACHINE CONNECTED TO AN IN?NITE BUS SMALL PERTURBATION BEHAVIOR LARGE PERTURBATION BEHAVIOR ELECTROMECHANICAL PHENOMENA IN A MULTIMACHINE SYSTEM LINEARIZED ANALYSIS STABILITY OF THE RELATIVE MOTION SIMPLI?CATION OF THE OVERALL MODEL EFFECT OF FEEDBACKS SENSITIVE TO THE MOTION OF MACHINES