Add to ORKGThis tutorial paper reviews the fundamentals of different methods for current decomposition and non-active power compensation in poly-phase power systems. The basic concepts and the properties of the instantaneous active and reactive power theory and of the active/reactive average power theory are discussed and critically compared.This tutorial paper reviews the fundamentals of different methods for current decomposition and non-active power compensation in poly-phase power systems. The basic concepts and the properties of the instantaneous active and reactive power theory and of the active/reactive average power theory are discussed and critically compared.C
In this paper, the most significant definitions of reactive power in single-phase and three-phase th...
The paper is focused on physical phenomena that degrade the effectiveness of the energy transfer in ...
Although the definitions of active power and nonactive power in a three-phase sinusoidal power syste...
This tutorial paper reviews the fundamentals of different methods for current decomposition and non-...
This paper discusses the fundamentals of different methods for current decomposition and non-active ...
The systematic use of Active Power Filters, APFs, to compensate nonlinear loads, has extended the us...
The paper summarizes the present state of discussions on power phenomena, power definitions and comp...
The main features of the instantaneous reactive power (IRP) p-q Theory, considered as a power theory...
The paper presents a time-domain approach to current and voltage decomposition and power terms defin...
The paper presents a time-domain approach to current and voltage decomposition and power terms defin...
This paper investigates how power phenomena and properties of three-phase systems are described and ...
The comparison of the instantaneous reactive power (IRP) p-q theory with the theory of the current\u...
A generalized theory of instantaneous reactive power for three-phase power systems is proposed in th...
Abstract — According to the target of minimal line losses and a power factor equal to one, the prese...
This paper concerns a method of describing the power properties of circuits with nonsinusoidal wavef...
In this paper, the most significant definitions of reactive power in single-phase and three-phase th...
The paper is focused on physical phenomena that degrade the effectiveness of the energy transfer in ...
Although the definitions of active power and nonactive power in a three-phase sinusoidal power syste...
This tutorial paper reviews the fundamentals of different methods for current decomposition and non-...
This paper discusses the fundamentals of different methods for current decomposition and non-active ...
The systematic use of Active Power Filters, APFs, to compensate nonlinear loads, has extended the us...
The paper summarizes the present state of discussions on power phenomena, power definitions and comp...
The main features of the instantaneous reactive power (IRP) p-q Theory, considered as a power theory...
The paper presents a time-domain approach to current and voltage decomposition and power terms defin...
The paper presents a time-domain approach to current and voltage decomposition and power terms defin...
This paper investigates how power phenomena and properties of three-phase systems are described and ...
The comparison of the instantaneous reactive power (IRP) p-q theory with the theory of the current\u...
A generalized theory of instantaneous reactive power for three-phase power systems is proposed in th...
Abstract — According to the target of minimal line losses and a power factor equal to one, the prese...
This paper concerns a method of describing the power properties of circuits with nonsinusoidal wavef...
In this paper, the most significant definitions of reactive power in single-phase and three-phase th...
The paper is focused on physical phenomena that degrade the effectiveness of the energy transfer in ...
Although the definitions of active power and nonactive power in a three-phase sinusoidal power syste...