This paper is a review of the different single and three-phase harmonic load flow
formulations of the bibliography. It presents the data, unknowns, and equations of these …

A harmonic power flow method that analyzes harmonics in unbalanced power systems is
presented. The developed algorithm has two steps which are executed successively: the first …

A hybrid method in the time and frequency domains has been developed for the analysis of
the harmonic distortion in power systems. This method is more complete than others …

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 generalisation and refinement of a very efficient modular harmonic power flow (MHPF)
methodology, initially available for simple components only, is presented. Its capabilities …

Power flow calculation is normally carried out for fundamental frequency. Due to the
extensive use of nonlinear loads, harmonic frequencies are present and need to be also …

This is a companion paper to a paper of the same title, Part I, in which the eLectric power
flow problem is reformulated to account for harmonic signals which arise from nonLinear …

Aggregate load models traditionally used for steady state analysis of power systems are
based on standard constant impedance/current/power representation of static load …

From the Publisher: Deregulation has presented the electricity industry with many new
challenges in power system planning and operation. Power engineers must understand the …

This paper presents a detailed analysis of distribution systems, loads and other system
elements for harmonic penetration studies in transmission systems. Models are discussed …