Add to ORKGThe known methods of describing the power properties of power systems in the presence of harmonics are compiled. The present state of the power theory of linear, single-phase, time-invariant systems is reviewed. The conclusions are regarded as indispensable for successful investigations of the power properties of more complex systems, since any method of describing the power properties of multi-phase, time-variant, nonlinear systems must first of all be verified in single-phase, time-invariant, linear power systems
In this paper is developed powerful techniques for defining power theory under nonsinusoidal conditi...
Frequency domain analysis and design of power systems is complicated in the presence of harmonics, s...
This paper discusses the good and weak points of the time-domain and the frequency-domain approach t...
In this work, the expression of the phasor of apparent power of harmonic distortion is formulated in...
The time-domain approach to power properties of nonsinusoidal systems is compared with the frequency...
The paper presents several theories related to definitions of powers and power factors in non-sinuso...
A nonlinear or periodically time-variant load sometimes has to be considered not as the receiver, bu...
Historically justified goals of the power theories development, general expectations and mathematica...
The paper summarizes the present state of discussions on power phenomena, power definitions and comp...
This tutorial paper reviews the fundamentals of different methods for current decomposition and non-...
This paper discusses the strong and weak points of the time-domain and frequency-domain approaches t...
Powers of three-phase aggregates of single-phase static linear loads supplied with a nonsinusoidal v...
The classical complex phasor representation of sinusoidal voltages and currents is generalized to ar...
Three linearly independent instantaneous powers have been defined in the time domain in three-phase ...
The development of power theory of circuits with nonsinusoidal voltages and currents was shaped for ...
In this paper is developed powerful techniques for defining power theory under nonsinusoidal conditi...
Frequency domain analysis and design of power systems is complicated in the presence of harmonics, s...
This paper discusses the good and weak points of the time-domain and the frequency-domain approach t...
In this work, the expression of the phasor of apparent power of harmonic distortion is formulated in...
The time-domain approach to power properties of nonsinusoidal systems is compared with the frequency...
The paper presents several theories related to definitions of powers and power factors in non-sinuso...
A nonlinear or periodically time-variant load sometimes has to be considered not as the receiver, bu...
Historically justified goals of the power theories development, general expectations and mathematica...
The paper summarizes the present state of discussions on power phenomena, power definitions and comp...
This tutorial paper reviews the fundamentals of different methods for current decomposition and non-...
This paper discusses the strong and weak points of the time-domain and frequency-domain approaches t...
Powers of three-phase aggregates of single-phase static linear loads supplied with a nonsinusoidal v...
The classical complex phasor representation of sinusoidal voltages and currents is generalized to ar...
Three linearly independent instantaneous powers have been defined in the time domain in three-phase ...
The development of power theory of circuits with nonsinusoidal voltages and currents was shaped for ...
In this paper is developed powerful techniques for defining power theory under nonsinusoidal conditi...
Frequency domain analysis and design of power systems is complicated in the presence of harmonics, s...
This paper discusses the good and weak points of the time-domain and the frequency-domain approach t...