Course Name: EE5880 : Power System Control & Stability

Description: Introduction to Power Systems Stability Problem: Rotor Angle, Voltage Stability, Midterm and Longterm Stability, Classification of Stability ? Synchronous machine modelling ? Representation in stability ? Load representation ? Excitation Systems ? Prime mover and Energy Supply systems ? Small Signal Stability: Fundamental concepts, state space representation, Eigen properties, Single machine infinte bus systems, Power Systems Stabilizer (PSS), Multi machine systems ? Transient Stability: Fundamentals of TS, Numerical Integration methods, Simulation of power system dynamic response, analysis of unbalanced faults, protective relaying Direct method of transient, stability, Transient Energy Function (TEF) Approach Voltage Stability: Basic Concepts, Voltage Collapse, Classification of Voltage Stability ? Voltage Stability Analysis Modeling, static and dynamic analysis, continuation power flow analysis, prevention of voltage collapse ? Sub Synchronous Oscillations: Turbine Generator torsional oscillations. Torsiona

Slot: D

RoomNo: ESB 213B

Instructor: Krishna S

Period: JUL-NOV 2013

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