Stability Analysis of Converter-Rich Power Grids

Published by Wiley-IEEE Press in 2026, Stability Analysis of Converter-Rich Power Grids, 1st Edition, by Jun Liang and Chuanyue Li, provides a comprehensive technical framework for evaluating converter stability in power networks. The textbook examines fundamental principles of power system stability as power electronics become central to modern grid infrastructure.

The authors address specialized analytical challenges encountered in modern converter-dominated electrical grids. The text explains the mechanism of mirror-frequency oscillations induced by converters during grid operation. Furthermore, it details impedance measurement methods specifically designed for the stability analysis of black-box systems where internal parameters remain undisclosed.

This publication functions as auxiliary course material for upper-level undergraduate and graduate studies. It supports specialized coursework in power systems, renewable energy integration, and power electronics. The text also offers direct technical utility to practicing engineers, power system operators, and converter designers across the electrical energy sector.