Credits: 3 (3-0-0)
Description
Introduction to power system optimization problems and linkages. Optimization basics and solution techniques for convex and non convex optimization problems. Basic Optimal power flow. Preventive and corrective security constrained optimal power flow, Unit commitment, hydrothermal scheduling, generation, transmission and reactive expansion planning. Optimization with uncertain data Security states and optimization requirements. Convex and nonconvex optimization techniques. Static and dynamic optimization techniques. Day ahead and real time market planning. Optimization to handle uncertainty in data. Fuzzy and probabilistic techniques. Generation, transmission and reactive resources planning. Renewable generation integration optimization. Effect of markets and renewable generation in resources planning.