This paper extends “Considerations on reactive power in nonsinusoidal situations” [1] to compensation issues. It is shown that the shunt LC compensator can minimize the reactive power of an RL load only if one of its parameters, L or C is fixed. A method of capacitance calculation is presented and it is shown that the inductance choice affects the harmonic suppression. The complexity of a compensator for the total compensation of reactive power is calculated and a method of synthesizing such a compensator is presented. Copyright © 1987 by The Institute of Electrical and Electronics Engineers, Inc
This chapter introduces most widely used reactive power compensators considering the recent advances...
The power factor in three-phase systems with neutral conductor can degrade at sinusoidal voltages an...
Phase-wise unbalanced reactive power compensations are required in distribution systems for dynamic ...
A new concept of reactive power minimization in nonsinusoidal systems is described. It is shown that...
The paper determines, for a linear load supplied from a nonsinusoidal source, the distortion power a...
Minimization of the reactive current in nonsinusoidal situations with a reactive compensator usually...
This paper discusses properties of the current and power decomposition into the active, scattered, a...
This paper presents a solution to an optimal three-phase compensator for power factor correction and...
Although the mechanism of electric energy flow for nonsinusoidal conditions is well described today,...
The paper provides the Currents’ Physical Components (CPC)-based fundamentals for reactive balancing...
This paper deals with the reactive power decomposition into a \u27capacitive reactive power\u27 and ...
The paper presents a critical analysis of the apparent power in nonsinusoidal systems decomposition,...
A model for determining an optimal shunt capacitor value at nonsinusoidal busbars combining three ba...
The paper reports the study of modes in a single-phase generalized power supply system in terms of i...
The paper presents a new method of adaptive compensation and harmonic suppression in distribution sy...
This chapter introduces most widely used reactive power compensators considering the recent advances...
The power factor in three-phase systems with neutral conductor can degrade at sinusoidal voltages an...
Phase-wise unbalanced reactive power compensations are required in distribution systems for dynamic ...
A new concept of reactive power minimization in nonsinusoidal systems is described. It is shown that...
The paper determines, for a linear load supplied from a nonsinusoidal source, the distortion power a...
Minimization of the reactive current in nonsinusoidal situations with a reactive compensator usually...
This paper discusses properties of the current and power decomposition into the active, scattered, a...
This paper presents a solution to an optimal three-phase compensator for power factor correction and...
Although the mechanism of electric energy flow for nonsinusoidal conditions is well described today,...
The paper provides the Currents’ Physical Components (CPC)-based fundamentals for reactive balancing...
This paper deals with the reactive power decomposition into a \u27capacitive reactive power\u27 and ...
The paper presents a critical analysis of the apparent power in nonsinusoidal systems decomposition,...
A model for determining an optimal shunt capacitor value at nonsinusoidal busbars combining three ba...
The paper reports the study of modes in a single-phase generalized power supply system in terms of i...
The paper presents a new method of adaptive compensation and harmonic suppression in distribution sy...
This chapter introduces most widely used reactive power compensators considering the recent advances...
The power factor in three-phase systems with neutral conductor can degrade at sinusoidal voltages an...
Phase-wise unbalanced reactive power compensations are required in distribution systems for dynamic ...