Agenda [PDF]
Introduction to Distribution Systems [Slides] [PDF]
Modeling Series Components - Distribution Lines [Slides] [PDF]
Modeling Series Impedance of Overhead and Underground Lines [Slides] [PDF]
Modeling Shunt Admittance of Overhead and Underground Lines [Slides] [PDF]
Modeling Shunt Components - Loads and Caps [Slides] [PDF]
Distribution Feeder Modeling and Analysis Part I [Slides] [PDF]
Modeling Voltage Regulators [Slides] [PDF]
Modeling Three-Phase Transformers [Slides] [PDF]
Distribution Feeder Modeling and Analysis Part II [Slides] [PDF]
Various Power Flow Calculation Methods in Distribution Systems [Slides] [PDF]
Optimal Power Flow in Distribution Systems [Slides] [PDF]
Voltage/VAR Optimization and Conservation Voltage Reduction [Slides] [PDF]
Distribution System State Estimation and Smart Meter Data Analytics [Slides] [PDF]
Microgrids - Introduction and Energy Management [Slides] [PDF]
Microgrids - Dynamic Modeling and Control [Slides] [PDF]
OpenDSS Tutorial [Slides] [PDF]
Real Distribution System Modeling and Analysis using OpenDSS [Slides] [PDF]
Introduction to GridLAB-D [Slides] [PDF]
Distribution System Resilience: Hardening, Preparation and Restoration [Slides] [PDF]
Energy Storage [Slides] [PDF]
Optional: Nature of Loads [Slides] [PDF]
Optional: Approximate Method of Analysis [Slides] [PDF]
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