This work describes a methodology for power factor control and correction of the unbalanced currents in four-wire electric circuits. The methodology is based on the insertion of two compensation networks, one wye-grounded neutral and other in delta, in parallel to the load. The mathematical development has been proposed in previous work [3]. In this paper, however, the determination of the compensation susceptances is based on the instantaneous values of load currents. The results are obtained using the MatLab-Simulink enviromen
This paper deals with the different methods for compensating unbalanced three phase loads. Compensat...
This study deals with the control of a three-phase, four-wire distribution static compensator (DSTAT...
Abstract. A possibility of controlling the reactive power compensator for non-sinusoidal modes is co...
This work describes a methodology for power factor control and correction of the unbalanced currents...
In this paper, the theory of instantaneous symmetrical components is applied to explore various cont...
In this paper, load compensation techniques under unbalanced and distorted voltages have been discus...
Abstract—When the voltage source is not balanced for three-phase four-wire circuits, instantaneous c...
Distribution network losses can vary significantly depending on the load unbalance. Here, an analysi...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Conselho Nacional de Desenvolvimento Ci...
In this paper, a control algorithm based on Power Balance Theory (PBT) is modified to control the DS...
ABSTRACT: In the present work a new control algorithm based on Instantaneous power theory (p-q theor...
In this paper a control algorithm is validated with simulation studies in MAT environment and experi...
Abstract—A three-phase insulated gate bipolar transistor (IGBT)-based parallel active filter is used...
Abstract — According to the target of minimal line losses and a power factor equal to one, the prese...
M.Ing.This study investigates the limits to which distortion can be compensated in electrical distri...
This paper deals with the different methods for compensating unbalanced three phase loads. Compensat...
This study deals with the control of a three-phase, four-wire distribution static compensator (DSTAT...
Abstract. A possibility of controlling the reactive power compensator for non-sinusoidal modes is co...
This work describes a methodology for power factor control and correction of the unbalanced currents...
In this paper, the theory of instantaneous symmetrical components is applied to explore various cont...
In this paper, load compensation techniques under unbalanced and distorted voltages have been discus...
Abstract—When the voltage source is not balanced for three-phase four-wire circuits, instantaneous c...
Distribution network losses can vary significantly depending on the load unbalance. Here, an analysi...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Conselho Nacional de Desenvolvimento Ci...
In this paper, a control algorithm based on Power Balance Theory (PBT) is modified to control the DS...
ABSTRACT: In the present work a new control algorithm based on Instantaneous power theory (p-q theor...
In this paper a control algorithm is validated with simulation studies in MAT environment and experi...
Abstract—A three-phase insulated gate bipolar transistor (IGBT)-based parallel active filter is used...
Abstract — According to the target of minimal line losses and a power factor equal to one, the prese...
M.Ing.This study investigates the limits to which distortion can be compensated in electrical distri...
This paper deals with the different methods for compensating unbalanced three phase loads. Compensat...
This study deals with the control of a three-phase, four-wire distribution static compensator (DSTAT...
Abstract. A possibility of controlling the reactive power compensator for non-sinusoidal modes is co...