This article aims to explain the capability of describing three-phase systems powered from the source with asymmetrical nonsinusoidal voltage waveforms. Indicating the physical components of the currents associated closely with specific physical phenomena facilitates separating the unbalanced components from the active and reactive ones. All those currents, excluding the active current and the scattered current, contribute to the existing unbalanced and reactive power. This article presents the decomposition of currents based on the Currents’ Physical Components Theory. When decomposing currents, it is assumed that the load is linear and unchanging in time, and the voltage supply is asymmetrical and nonsinusoidal
The paper introduces Readers to currently the most advanced power theory of electric systems with no...
The paper introduces Readers to currently the most advanced power theory of electrical systems with ...
Most of residential and industrial distribution systems as well as traction and distribution systems...
Energy flow related phenomena in three-phase unbalanced, linear, time-invariant (LTI) loads, supplie...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
Power properties of unbalanced linear time-invariant (LTI) loads in three-phase three-wire circuits ...
Power related phenomena in three-phase, three-wire circuits with linear time-invariant (LTI) loads s...
Power related phenomena in three-phase, three-wire circuits with linear time-invariant (LTI) loads s...
The proper description of circuits supplied from an asymmetrical and sinusoidal voltage source, in w...
The concept of orthogonal decomposition of the current of a nonlinear single-phase circuit with a no...
This paper summarizes the present state of discussions on power phenomena, power definitions and com...
The concept of orthogonal decomposition of the current in a nonlinear single-phase circuit, with a n...
Asymmetry of three-phase loads causes deterioration in the power factor and power quality of a circu...
The article presents the essentials of reactance compensation of unbalanced loads in three-phase fou...
This paper concerns a method of describing the power properties of circuits with nonsinusoidal wavef...
The paper introduces Readers to currently the most advanced power theory of electric systems with no...
The paper introduces Readers to currently the most advanced power theory of electrical systems with ...
Most of residential and industrial distribution systems as well as traction and distribution systems...
Energy flow related phenomena in three-phase unbalanced, linear, time-invariant (LTI) loads, supplie...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
Power properties of unbalanced linear time-invariant (LTI) loads in three-phase three-wire circuits ...
Power related phenomena in three-phase, three-wire circuits with linear time-invariant (LTI) loads s...
Power related phenomena in three-phase, three-wire circuits with linear time-invariant (LTI) loads s...
The proper description of circuits supplied from an asymmetrical and sinusoidal voltage source, in w...
The concept of orthogonal decomposition of the current of a nonlinear single-phase circuit with a no...
This paper summarizes the present state of discussions on power phenomena, power definitions and com...
The concept of orthogonal decomposition of the current in a nonlinear single-phase circuit, with a n...
Asymmetry of three-phase loads causes deterioration in the power factor and power quality of a circu...
The article presents the essentials of reactance compensation of unbalanced loads in three-phase fou...
This paper concerns a method of describing the power properties of circuits with nonsinusoidal wavef...
The paper introduces Readers to currently the most advanced power theory of electric systems with no...
The paper introduces Readers to currently the most advanced power theory of electrical systems with ...
Most of residential and industrial distribution systems as well as traction and distribution systems...