This book is focused on the development of Phasor Measurement Units (PMUs) as a tool to analyse and control power systems. The book develops a nonlinear system-wide approach to control using PMU signals and provides numerous examples of different power systems to demonstrate the robustness of the approach in comparison to heuristic optimization. Some of the applicable controls include:
· Excitation systems;· Wind power;· Static VAR compensators;· High evoltage DC; and· Inverter dynamics.
For the operation of transmission and distribution systems, the book explains the dynamics of power systems and explores how well-established tools such as energy-based control and Kalman filters can address many of the existing and developing issues in their operation. By providing a thorough guide to PMUs, this book enables readers to fully understand the potential benefits their implementation can bring.

Explains the application of Phasor Measurement Units to control and analyze power systems Presents numerous case studies, including wind power systems, to which PMUs can be applied Offers constructive methods to deal with concerns that surround the tool

Inhalt
Phasor Measurements for Identification and Control.- Load Modelling.- Identification of Power System Dynamics.- Direct Control of Power System Dynamics.- Indirect Control of Power System Dynamics.- Inverters Operating in a Power System.- Travelling Waves in Power Systems.- Identification of Dynamics of Inverters in a Power System.- Phasors for Distribution.- Conclusions. <p