Power System Optimization

1. Load Flow Studies Network Model Formulation , YBUS Formulation , ZBUS Formulation ,Load Flow Problem , Computation of Line Flows , Modelling of Regulating Transformers , DC system Model , AC-DC Load Flow

2. Economic Load Dispatch of Thermal Generating Units Generator Operating Cost , Economic Dispatch Problem on a Bus Bar ,Optimal Generation Scheduling , Economic Dispatch Using Newton-Raphson Method , Economic Dispatch Using the Approximate Newton- Raphson Method , Economic Dispatch using Efficient Method , Transmission Loss Coefficients , Transmission Loss Formula: Functions of Generation and Loads , Economic Dispatch for Active and Reactive Power Balance , Evaluation of Incremental Transmission Loss , Alternative Method to Evaluate Incremental Loss , Economic Dispatch Based on Penalty Factors

3. Optimal Hydrothermal Scheduling Hydro Plant Performance Models , Short-Range Fixed-Head Hydrothermal Scheduling , Newton-Raphson Method for Short-Range Fixed-Head Hydrothermal Scheduling , Approximate Newton-Raphson Short- Range Fixed-Head Hydrothermal Scheduling Problem , Short-Range Variable-Head Hydrothermal Scheduling ProblemClassical Method , Approximate Newton-Raphson Method for Short-Range VariableHead Hydrothermal Scheduling Problem , Hydro Plant Modelling for Long-Term Operation , Long-Range Generation Scheduling of Hydrothermal Systems

4. Multiobjective Generation Scheduling Multiobjective Optimization- State-of-the-Art , Fuzzy Set Theory in Power Systems , The surrogate Worth Trade-off Approach for Multiobjective Thermal Power Dispatch Problem , Multiobjective Thermal Power Dispatch Problem- Weighting Method , Multiobjective Dispatch for Active and Reactive Power Balance , Multiobjective Short-Range Fixed-Head Hydro-thermal SchedulingApproximate Newton-Raphson Method