This paper deals with the different methods for compensating unbalanced three phase loads. Compensation of grounded, ungrounded star connected and delta connected three phase unbalanced load has been carried out. Three schemes have been proposed for neutral current compensation. A common approach has been followed for power factor correction and load balancing. Simulated results reveal that after compensation all three supply currents are in phase with their respective phase voltages with equal magnitude resulting in a balanced load on supply system
This paper presents the integrated approach for three-phase PWM AC-DC converter for obtaining the sy...
Unbalanced power of three-phase stationary linear loads with a neutral conductor, supplied with sinu...
Three‐phase load asymmetry causes a useless current loading of the supply source and this loading in...
The project presents an approach for load balancing and power factor correction. First we have consi...
In this paper, a new control scheme of a three-phase active power filter (APF) is proposed to elimin...
The paper presents possibilities of compensation of general single-phase load connected to the three...
This work describes a methodology for power factor control and correction of the unbalanced currents...
This paper deals with a three-phase active power compensator (APC) to compensate reactive power and ...
Distribution network losses can vary significantly depending on the load unbalance. Here, an analysi...
In this paper, load compensation techniques under unbalanced and distorted voltages have been discus...
Most of residential and industrial distribution systems as well as traction and distribution systems...
In this paper, the theory of instantaneous symmetrical components is applied to explore various cont...
The paper deals with the problem of reconfiguration of a primary three-phase three-wire distribution...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...
A delta-connected STATCOM with cascade multilevel full H-bridge (FHB) converter has been applied for...
This paper presents the integrated approach for three-phase PWM AC-DC converter for obtaining the sy...
Unbalanced power of three-phase stationary linear loads with a neutral conductor, supplied with sinu...
Three‐phase load asymmetry causes a useless current loading of the supply source and this loading in...
The project presents an approach for load balancing and power factor correction. First we have consi...
In this paper, a new control scheme of a three-phase active power filter (APF) is proposed to elimin...
The paper presents possibilities of compensation of general single-phase load connected to the three...
This work describes a methodology for power factor control and correction of the unbalanced currents...
This paper deals with a three-phase active power compensator (APC) to compensate reactive power and ...
Distribution network losses can vary significantly depending on the load unbalance. Here, an analysi...
In this paper, load compensation techniques under unbalanced and distorted voltages have been discus...
Most of residential and industrial distribution systems as well as traction and distribution systems...
In this paper, the theory of instantaneous symmetrical components is applied to explore various cont...
The paper deals with the problem of reconfiguration of a primary three-phase three-wire distribution...
The increasing presence of single-phase distributed generators and unbalanced loads in the electric ...
A delta-connected STATCOM with cascade multilevel full H-bridge (FHB) converter has been applied for...
This paper presents the integrated approach for three-phase PWM AC-DC converter for obtaining the sy...
Unbalanced power of three-phase stationary linear loads with a neutral conductor, supplied with sinu...
Three‐phase load asymmetry causes a useless current loading of the supply source and this loading in...