Rotor angle stability is a topic of fundamental importance in
electric power systems. Traditionally, rotor angle stability
analysis is oriented to node dynamics, especially the impact of
generator modeling and parameters. On the other hand, the power
network structural information is simply treated as some
coefficients in the system dynamical models, which have been paid
less attention. This monograph surveys the network-based theories
of rotor angle stability that elaborate the role of power network
structure, including the results developed in early years as well
as in recent years that are facilitated by the new progress on
graph theory. It focuses on the connections between power network
structures and system dynamic behaviors, and those graph theoretic
tools tailored for power system analysis.This publication provides
new insights into some important problems in rotor angle stability
that have not been well addressed by the traditional node-based
approaches. Network-Based Analysis of Rotor Angle Stability of
Power Systems is a must-read for all students and researchers
working on the cutting edge of electric power systems.
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