The complexity of an interconnected power system has grown exponentially with the
increased load demands. These demands and stress conditions are the potential nodes in …

Part of the second edition of The Electric Power Engineering Handbook, Power System
Stability and Control offers conveniently focused and detailed information covering all …

The Electric Power Engineering Handbook, Third Edition updates coverage of recent
developments and rapid technological growth in crucial aspects of power systems, including …

The Francis hydro-turbine generator unit (FHTGU) is a typical nonlinear system with the
coupling hydraulic, mechanical and electric subsystems. It is a challenge to understand the …

This paper presents a novel extended modal series method for solving the infinite horizon
optimal control problem of nonlinear interconnected large‐scale dynamic systems. In this …

Because of the low inertia of dc microgrids, system state variables are easily changed
acutely after being disturbed. Hence, dc microgrids meet the serious transient stability issues …

This paper investigates small-disturbance angle stability of power systems with emphasis on
the role of power network topology, which sheds new light on the instability mechanism. We …

Many natural and manmade dynamical systems that are modeled as large nonlinear
multioscillator systems like power systems are hard to analyze. For such systems, we …

We study the convergence properties of an overlapping Schwarz decomposition algorithm
for solving nonlinear optimal control problems (OCPs). The algorithm decomposes the time …

This paper presents a new approach to solve a class of nonlinear optimal control problems
which have a quadratic performance index. In this approach, the nonlinear two-point …