Electrical and Computer Engineering
Power System Operation and Control
- Lecture 1: Overview [PDF] [PPT]
- Lecture 2: Electric Grid History [PDF] [PPT]
- Lecture 3: Complex Power, Three-Phase [PDF] [PPT]
- Lecture 4: Power System Operations [PDF] [PPT]
- Lecture 5: Transmission Line and Transformer Models [PDF] [PPT]
- Lecture 6: Transmission Lines and Transformers [PDF] [PPT]
- Lecture 7: Generator and Load Models, Bus Admittance Matrix [PDF] [PPT]
- Lecture 8: Power Flow [PDF] [PPT]
- Lecture 9: More Power Flow [PDF] [PPT]
- Lecture 10: Contingency Analysis, Economic Dispatch [PDF] [PPT]
- Lecture 11: Economic Dispatch and Optimal Power Flow (OPF) [PDF] [PPT]
- Lecture 12: Optimal Power Flow (OPF) and Security-Constrained OPF (SCOPF) [PDF] [PPT]
- Lecture 13: Security-Constrained OPF (SCOPF), Power Markets [PDF] [PPT]
- Lecture 14: August 14, 2003 Blackout and Winter Storm Uri [PDF] [PPT]
- Lecture 15: Power Flow Sensitivities, Transmission Issues [PDF] [PPT]
- Lecture 16: Power System Stability [PDF] [PPT]
- Lecture 17: Power System Stability [PDF] [PPT]
- Lecture 18: Design Project, Power System Stability [PDF] [PPT]
- Lecture 19: Power System Stability [PDF] [PPT]
- Lecture 20: Power System Stability [PDF] [PPT]
- Lecture 21: Load Modeling, Modal Analysis [PDF] [PPT]
- Lecture 22: Modal Analysis, Stabilizers, Voltage Stability [PDF] [PPT]
- Lecture 23: Voltage Stability, Synchronous Machines, Wind and Solar [PDF] [PPT]
- Lecture 24: Wind and Solar [PDF] [PPT]
- Lecture 25: Solar, Storage, Electric Grid Resiliency [PDF] [PPT]
- Lecture 26: Special Guest Lecture by Sanjana Kunkolienkar [PDF] [PPT]