Power System Stability Modelling Analysis And Control (Hb 2015) Hardcover

To ensure the stable operation of a power system, it is essential to analyze its performance under a variety of operating conditions. This includes studies such as power flow analysis, and both steady-state and transient stability assessments. Conducting these studies requires understanding the models used to represent the different components of an integrated power system. In cases where stability may be at risk, it is crucial to apply control measures that ensure a stable and continuous electricity supply after disturbances. The concept of stability involves modeling, load flow computations in the transmission grid, stability analysis under steady-state and disturbed conditions, and implementing control strategies to improve stability. This book provides a comprehensive overview of power system stability, covering topics such as modeling synchronous machines, their connection to power systems, modeling transformers, transmission lines, and loads, as well as power flow analysis, optimal power flow, small signal stability, transient stability, transient energy function methods, artificial intelligence techniques, power system stabilizers, series and shunt compensation, compensation devices, and recent technological advances. The material is presented at a level suitable for students, scientists, and engineers involved in the study, design, analysis, and control of power systems