TAILIEUCHUNG - Distribution Systems

Kersting, William H. “Distribution Systems” The Electric Power Engineering Handbook Ed. . Grigsby Boca Raton: CRC Press LLC, 2001 Distribution Systems William H. Kersting New Mexico State University Power System Loads Raymond R. Shoults and Larry D. Swift Distribution System Modeling and Analysis William H. Kersting Power System Operation and Control George L. Clark and Simon W. Distribution Systems Raymond R. Shoults University of Texas at Arlington Power System Loads Load Classification • Modeling Applications • Load Modeling Concepts and Approaches • Load Characteristics and Models • Static Load Characteristics • Load Window Modeling. | Kersting William H. Distribution Systems The Electric Power Engineering Handbook Ed. . Grigsby Boca Raton CRC Press LLC 2001 6 Distribution Systems William H. Kersting New Mexico State University Power System Loads Raymonđ R. Shoults and Larry D. Swift Distribution System Modeling and Analysis William H. Kersting Power System Operation and Control George L. Clark and Simon W. Bowen 2001 CRC Press LLC 6 Distribution Systems Raymond R. Shoults University of Texas at Arlington Larry D. Swift University of Texas at Arlington William H. Kersting New Mexico State University George L. Clark Alabama Power Company Simon W. Bowen Alabama Power Company Power System Loads Load Classification Modeling Applications Load Modeling Concepts and Approaches Load Characteristics and Models Static Load Characteristics Load Window Modeling Distribution System Modeling and Analysis Modeling Analysis Power System Operation and Control Implementation of Distribution Automation Distribution SCADA History SCADA System Elements Tactical and Strategic Implementation Issues Distribution Management Platform Trouble Management Platform Practical Considerations Power System Loads Raymond R. Shoults and Larry D. Swift The physical structure of most power systems consists of generation facilities feeding bulk power into a high-voltage bulk transmission network that in turn serves any number of distribution substations. A typical distribution substation will serve from one to as many as ten feeder circuits. A typical feeder circuit may serve numerous loads of all types. A light to medium industrial customer may take service from the distribution feeder circuit primary while a large industrial load complex may take service directly from the bulk transmission system. All other customers including residential and commercial are typically served from the secondary of distribution transformers that are in turn connected to a distribution feeder circuit. Figure .

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