Detailed models of a static power converter capable of representing the effects of AC and
DC power system distortion, as well as harmonic modulation of the firing and commutation …

This book presents the application of some AI related optimization techniques in the
operation and control of electric power systems. With practical applications and examples …

Utility deregulation will have tangible and intangible effects on power quality requiring
industry-wide action to maintain adequate standards. These effects are discussed in the first …

The proliferation of power-electronic-based residential loads has resulted in significant
harmonic distortion in the voltages and currents of residential distribution systems. There is …

The increasing number of renewable energy sources in the distribution grid is becoming a
major issue for utility companies since grid-connected converters are operating at different …

A multiple-frequency three-phase load-flow model was developed in this paper. There are
two new submodels including the fundamental power flow (FPF) and harmonic frequency …

The main object of this paper is to present a sequential method of adjusting the operating
point of power converters within the framework of harmonic power flows. To do this, a unified …

Steady-state simulation plays a vital role in power system analysis and design. Over the past
25 plus years, various steady-state methods have been proposed. Most of these methods …

Power harmonic estimation is essential for evolving suitable protection and control
strategies of power networks. Parametric approaches exhibit super-resolution and have …

Previous work conducted in the unified harmonic domain has been primarily focused on
HVDC systems. The paper outlines the extension of this technique to a hard switched …