Electric systems, dynamics, and stability with artificial intelligence applications

This reference and text offers a solid foundation on the principles and practice of dynamics and stability assessment of large-scale power systems, focusing on the use of interconnected systems, offering chapter problems and a glossary, making the book ideal for self-study or classroom use. Providing a complete introduction to the history, structure, and assessment of electric power systems, the book presents a well-balanced approach to computational tools for stability analysis. It exhibits the latest techniques for transient and voltage stability, assimilates complex power concepts, explores synchronous machine modeling, and outlines transient stability assessment for general networks. It explains the swing equation and subtransient equations, identifies transient and subtransient reactances, and discusses h ds.i'c theories, concepts, and algorithms for measuring stability indices. The text organizes integration techniques, evahates static load models and reactive capability limits, surveys case studies for the techniques presented and describes artificial neural networks (ANN), including ANN application in transient stability assessment.