Electrical and Computer Engineering
Methods of Electric Power System Analysis
- Lecture 1 – Power System Overview PDF PPT
- Lecture 2 – Power System Overview PDF PPT
- Lecture 3 – Per Unit, YBus, Power Flow PDF PPT
- Lecture 4 – Power Flow PDF PPT
- Lecture 5 – Power Flow PDF PPT
- Lecture 6 – Power Flow PDF PPT
- Lecture 7 – Advanced Power Flow, Gaussian Elimination, Sparse Systems PDF PPT
- Lecture 8 – Sparse System PDF PPT
- Lecture 9 – Sparse System PDF PPT
- Lecture 10 – Advanced Power Flow PDF PPT
- Lecture 11 – Advanced Power Flow PDF PPT
- Lecture 12 – Voltage Control, Topology Processing PDF PPT
- Lecture 13 – Power FLow Sensitivities PDF PPT
- Lecture 14 – Power Flow Sensitivities, August 14, 2003 Blackout PDF PPT
- Lecture 15 – August 14, 2003 Blackout PDF PPT
- Lecture 16 – Least Squares, Singular Value Decomposition (SVD), and State Estimation PDF PPT
- Lecture 17 – State Estimation PDF PPT
- Lecture 18 – QR, Equivalents PDF PPT
- Lecture 19 – EMSs, Synthetic Grids, Voltage Stability PDF PPT
- Lecture 20 – Voltage Stability, Economic Dispatch, Unit Commitment PDF PPT
- Lecture 21 – Economic Dispatch, Optimal Power Flow, Linear Programming PDF PPT
- Lecture 22 – Linear Programming, Optimal Power Flow PDF PPT
- Lecture 23 – Optimal Power Flow, Electricity Markets PDF PPT
- Lecture 24 – Electricity Markets PDF PPT
- Lecture 25 – Auctions, Electric Grid Resiliency PDF PPT