Power Systems Stability 3 Vol. Set

Power Systems Stability 3 Vol. Set by Edward Wilson Kimbark is a classic and foundational work in the field of power systems engineering.1 It is widely considered a cornerstone reference for engineers and academics, providing a comprehensive and detailed treatment of power system stability.2 The set is composed of three volumes, each focusing on a different aspect of the topic.3
Volume I: Elements of Stability Calculations
This volume introduces the fundamental concepts of power system stability.4 It covers the basic principles, the main factors that affect stability, and the simplified methods used for stability calculations.5 It also includes examples and applications of these methods on real-world power systems.6
Volume II: Power Circuit Breakers and Protective Relays
Volume II focuses on the role of power circuit breakers and protective relays and their influence on system stability.7 It provides in-depth information on the design, operation, and conditions of these devices and how they relate to the overall stability of a power grid.8 This volume is essential for understanding how a system’s protection and control components interact with its stability.
Volume III: Synchronous Machines
The final volume delves into the theory of synchronous machines, which are the generators that produce electrical power.9 It details the more advanced calculations necessary for special circumstances that require a higher level of accuracy than the simplified methods in Volume I.10 This part of the set gives readers a deeper understanding of the complex behavior of synchronous machines, including effects like saliency, damping, and saturation, which are crucial for accurate stability analysis.11