Introduction Problem formulation Characteristics of prime mover-generator Model of economic dispatch and its solution Economic dispatch considering line loss Gradient method Newton method Dynamic programming Co-dispatch of thermal and hydro plants
Introduction Mathematical model Generator model Load model Prime mover model Governor model Tie-line model Automatic Generation Control (AGC:自动发电控制)
Introduction Concept of Reactive power in power system Control and management of reactive and voltage Difference between active power & frequency regulation Importance of voltage control Measures for voltage control Rules of reactive compensation and voltage control Excitation control of generator
Introduction-Why we need state estimation in power system Problem Formulation Case Study Advanced topics: Hybrid Power System State Estimation (with SCADA and PMU) Placement of Meters Power System Sensor Network