The main contribution of this paper is an extension of a recent result that reformulates and solves the power factor compensation for nonlinear loads under nonsinusoidal regime in terms of cyclodissipativity. In the aforementioned result the generator was assumed to be ideal, that is, with negligible impedance. In this work, we formulate the power factor compensation problem in a way that explicitly accounts for the effects of a significant source impedance.
['Dunstano del Puerto-Flores', 'Romeo Ortega', 'Jacquelien M.A. Scherpen']
A cyclodissipativity condition for power factor improvement under nonsinusoidal source with significant impedance