| Abstract: |
1) Introduction (Characteristics of Modern Power Systems) (3-4 lectures)
Physical Structure
Operation and Control Functions and Hierarchies
Design and Operating Criteria
2) Equipment and Stability Constraints (12-15 lectures)
Capabilities and Constraints of Generators/Exciters/Turbines/
Network Elements (Lines, Transformers etc.)
Constraints of Energy Supply Systems
Load Characteristics
Introduction to Angle/Voltage Instability phenomena
Stability Constraints
3) Frequency and Voltage Control (15 lectures)
Primary Control of Frequency : Governors
Secondary Control of Frequency : AGC
Voltage control : Automatic Voltage Regulators (generators),
Shunt Compensation, SVC
Introduction to Power Flow Control : HVDC, FACTS
Load Curves
Unit Commitment Introduction to the use of Optimization Methods
5) Load Dispatch Centre Functions (3-4 lectures)
Contingency Analysis
Preventive, Emergency and Restorative Control
6) Additional Topics relating to new developments (3-4 lectures)
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Electronics & Communication Engineering
Power Systems Operation and Control
