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Course Weekly Lecture Plan

Week Topic
1 1 Power System Stability Problem, Definitions, Simulation Methods
2 Modeling of Synchronous Machine: Using of Per-unit Values
3 Classical Models of Synchronous Machine
4 State-Space Models of Synchronous Machine
5 Linear State-Space Models of Synchronous Machine
6 Linear State-Space Models of Synchronous Machine (continue)
7 Modeling of Excitation and Prime Mover Systems
8 Transient Stability: Swing Equation, Model of One Machine System
9 Equal Area Criteria
10 Methods for Solution of Swing Equation
11 Model of Multi-Machine System, Methods for Improving of Transient Stability
12 Dynamic and Steady-State Stability: Model of One Machine System
13 Model of Multi-Machine System
14 Steady-State Equations and Phasor Diagrams of Synchronous Machine
 
 
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