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 …

The steady state equations that describe the power converter and DC system in the
harmonic domain are solved by means of Newton's method, in a manner suitable for …

Quality of power supply is now a major issue worldwide making harmonic analysis an
essential element in power system planning and design. Power System Harmonic Analysis …

This paper presents a review with a concise description and analysis of the fundamentals,
characteristics, analytical details, merits, and drawbacks associated with existing methods in …

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 …

This paper provides a concise review on the main developments and conclusions in the
area of power system harmonic analysis. Commonly accepted methods for conducting …

When calculating noncharacteristic harmonics generated by an HVDC converter, unbalance
in the AC system at fundamental frequency and all harmonics must be taken into account …

There is an increasing interest in the steady-state analysis of high power converter circuits
for the computation of both characteristic and uncharacteristic harmonics. Uncharacteristic …

Wideband harmonics and resonances are challenging the stability and power quality of
emerging power-electronic-based power systems, and therefore, harmonic modeling and …

An analytic technique is presented for the calculation of both characteristic and
uncharacteristic harmonics in voltage source converter circuits. The proposed technique …