Electrical and Computer Engineering
Power System Dynamics
- Lecture 1: Overview and Numeric Solution of Differential Equations PPT
- Lecture 2: Numeric Solution of Differential Equations, Electromagnetic Transients PPT
- Lecture 3: Electromagnetic Transients PPT
- Lecture 4: Transient Stability Overview PPT PDF
- Lecture 5: Transient Stability Intro PPT PDF
- Lecture 6: Transient Stability Intro, Synchronous Machine Models PPT PDF
- Lecture 7: Synchronous Machine Models PPT PDF
- Lecture 8: Synchronous Machine Models (2) PPT PDF
- Lecture 9: Synchronous Machine Models (3) PPT PDF
- Lecture 10: Synchronous Machine Models, Exciter Models PPT PDF
- Lecture 11: Exciter Models PPT PDF
- Lecture 12: Exciter Models (2) PPT PDF
- Lecture 13: Generator Governors PPT PDF
- Lecture 14: Generator Governors, Deadbands PPT PDF
- Lecture 15: PIDs, Governors, Transient Stability Solutions PPT PDF
- Lecture 16: Transient Stability Solutions PPT PDF
- Lecture 17: Transient Stability Solutions (2) PPT PDF
- Lecture 18: Voltage Stability, Load Models PPT PDF
- Lecture 19: Load Models, Oscillations PPT PDF
- Lecture 20: Oscillations PPT PDF
- Lecture 21: Modal Analysis PPT PDF
- Lecture 22: Power System Stabilizers PPT PDF
- Lecture 23: Measurement Based Modal Analysis, FFT PPT PDF
- Lecture 24: Stabilizer Design, Measurement Based Modal Analysis PPT PDF
- Lecture 25: FFT, Energy Methods PPT PDF
- Lecture 26: Renewable Energy Systems PPT PDF