Electrical and Computer Engineering
Methods of Electric Power System Analysis
- Lecture 1: Power Systems Overview PDF PPT
- Lecture 2: Power Systems Overview (cont’d) PDF PPT
- Lecture 3: Per Unit, Ybus, Power Flow PDF PPT
- Lecture 4: Power Flow PDF PPT
- Lecture 5: Power Flow (cont’d) PDF PPT
- Lecture 6: Power Operations, Power Flow PDF PPT
- Lecture 7: DC Power Flow, Gaussian Elimination, Sparse Systems PDF PPT
- Lecture 8: Sparse Systems PDF PPT
- Lecture 9: Sparse Systems, Advanced Power Flow PDF PPT
- Lecture 10: Advanced Power Flow, Sensitivity PDF PPT
- Lecture 11: Sensitivity PDF PPT
- Lecture 12: August 14 2003 Blackout PDF PPT
- Lecture 13: Power Flow Sensitivities PDF PPT
- Lecture 14: Power Flow Sensitivities PDF PPT
- Lecture 15: Least Squares, State Estimation PDF PPT
- Lecture 16: State Estimation, EMS PDF PPT
- Lecture 17: EMS, SVD, Pseudo Inverse, Equivalents PDF PPT
- Lecture 18: Synthetic Electric Grids, Voltage Stability PDF PPT
- Lecture 19: Voltage Stability, Economic Dispatch, Optimal Power Flow PDF PPT
- Lecture 20: Economic Dispatch, Optimal Power Flow PDF PPT
- Lecture 21: Optimal Power Flow, Linear Programming PDF PPT
- Lecture 22: LP, OPF, Electricity Markets PDF PPT
- Lecture 23: Electricity Markets PDF PPT
- Lecture 24: Geomagnetic Disturbances PDF PPT
- Lecture 25: Inertia Power Flow, Black Start, Electric Grid Visualization PDF PPT