Structure Preserving Energy Functions In Power Systems Theory And Applications (Hb 2013) Hardcover

"Structure-Preserving Energy Functions in Power Systems: Theory and Applications (HB 2013)" offers a detailed examination of how energy function methods are used to analyze the stability of power systems. The book specifically focuses on structure-preserving energy functions (SPEFs), which are important because they keep the physical and mathematical accuracy of power system models, leading to dependable stability evaluations. It covers the fundamental theories behind energy functions, their use in analyzing transient stability, numerical calculation methods, and practical applications in the operation and control of power systems. The book also discusses advanced techniques for evaluating voltage stability, damping control, and the integration of renewable energy sources. Combining theoretical understanding with practical applications, this resource is crucial for power system engineers, researchers, and professionals working on grid stability, reliability, and dynamic analysis.