CENTRAL-STATION ELECTRIC SERVICE

By N. JAVAL

I ELECTRIC POWER GENERATION: NONCONVENTIONAL METHODS 1 WIND POWER 2 ADVANCED ENERGY TECHNOLOGIES 3 PHOTOVOLTAICS II ELECTRIC POWER GENERATION: CONVENTIONAL METHODS 4 HYDROELECTRIC POWER GENERATION 5 SYNCHRONOUS MACHINERY 6 THERMAL GENERATING PLANTS 7 DISTRIBUTED UTILITIES III TRANSMISSION SYSTEM 8 CONCEPT OF ENERGY TRANSMISSION AND DISTRIBUTION 9 TRANSMISSION LINE STRUCTURES 10 INSULATORS AND ACCESSORIES 11 TRANSMISSION LINE CONSTRUCTION AND MAINTENANCE 12 INSULATED POWER CABLES USED IN UNDERGROUND APPLICATIONS 13 TRANSMISSION LINE PARAMETERS 14 SAG AND TENSION OF CONDUCTOR 15 CORONA AND NOISE 16 GEOMAGNETIC DISTURBANCES AND IMPACTS UPON POWER SYSTEM OPERATION CONTENTS 17 LIGHTNING PROTECTION 18 REACTIVE POWER COMPENSATION 19 ENVIRONMENTAL IMPACT OF TRANSMISSION LINES IV DISTRIBUTION SYSTEMS 20 POWER SYSTEM LOADS 21 DISTRIBUTION SYSTEM MODELING AND ANALYSIS 22 POWER SYSTEM OPERATION AND CONTROL 23 HARD TO FIND INFORMATION (ON DISTRIBUTION SYSTEM CHARACTERISTICS AND PROTECTION) 24 REAL-TIME CONTROL OF DISTRIBUTED GENERATION V ELECTRIC POWER UTILIZATION 25 METERING OF ELECTRIC POWER AND ENERGY 26 BASIC ELECTRIC POWER UTILIZATION—LOADS, LOAD CHARACTERIZATION AND LOAD MODELING 27 ELECTRIC POWER UTILIZATION: MOTORS VI POWER QUALITY 28 INTRODUCTION 29 WIRING AND GROUNDING FOR POWER QUALITY 30 HARMONICS IN POWER SYSTEMS 31 VOLTAGE SAGS 32 VOLTAGE FLUCTUATIONS AND LAMP FLICKER IN POWER SYSTEMS 33 POWER QUALITY MONITORING