A modification of the CPC power theory to four-wire power systems with non-sinusoidal and
unbalanced voltage supply is presented. The reasons behind the introduced modification …

Power related phenomena in three-phase, three-wire circuits with linear time-invariant (LTI)
loads supplied with asymmetrical sinusoidal voltage are investigated in this paper. The …

The Currents' Physical Component (CPC) theory defines powers associated with distinctive
physical phenomena and provides fundamentals for a design of reactive power …

This article aims to explain the capability of describing three-phase systems powered from
the source with asymmetrical nonsinusoidal voltage waveforms. Indicating the physical …

Unbalanced power of three-phase stationary linear loads with a neutral conductor, supplied
with sinusoidal symmetrical voltages and its reactive compensation, is the subject of this …

English The CPC-based power theory (PT) of electrical circuits and systems provides an
interpretation of the energy transfer-related physical phenomena in such systems and …

Low-voltage distribution systems are typically unbalanced. These inefficiencies cause
unbalanced powers that can significantly increase the apparent power of the system …

The increased usage of nonlinear loads in electric systems has dissociated the voltage and
current signals from the ideal sinusoidal form and, as a consequence, the traditional power …

Budeanu's power theory, in its fundamental version, describes single-phase sinusoidal and
nonsinusoidal systems. Over time, this elementary description has been extended to …

Recently, disputes in power theory seem to be settled and a new trial-use standard has
been prepared as the IEEE Standard 1459-2000. However, since uniform line resistances …