Abstract
The transient stability of power systems is an extremely intricate and highly nonlinear problem. Traditionally confined to the planning and design of power systems, transient stability studies are now increasingly important in operational planning and real-time operation. This comprehensive text: provides the reader with an in-depth account of the transient stability problem, its physical description, its theoretical formulation and assessment; discusses issues of practical interest; in particular, synchronous machine and load modeling, evaluation of machine parameters and saturation effects, tools to improve stability; provides an extensive coverage of both conventional and nonconventional methods of analysis; practical examples and simulation results illustrate the range of techniques available; includes three appendices that incorporate the per-unit system, equivalent circuit parameters, and excitation systems. Written by two experts in the field, this self-contained book will appeal to practicing power system engineers and planners. The text is also ideal for professionals and advanced students in electrical and electronic engineering and computer science, who require a comprehensive introduction to the problem of power system transient stability.
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