Unbalance and harmonics are two major distortions in the three-phase distribution systems. In this paper an investigation into unbalance phenomena in the distribution networks using instantaneous space vector theory, is presented. Power oscillation index (POI) and effective power factor (PFe) are calculated in the network nodes for several unbalance loading conditions. For system analysis a general power flow algorithm for three-phase four-wire radial distribution networks, based on backward-forward technique, is applied. Results obtained from several case studies using medium and low voltage test feeder with unbalanced load, are presented and discussed. © 2010 Praise Worthy Prize S.r.l. - All rights reserved
The Voltage Unbalance Factor (VUF) index is recommended to evaluate system performance under unbalan...
One of the important issues about using renewable energy is the integration of dispersed generation ...
A thru tactic for unbalanced three-phase distribution load flow solutions is presented in this work....
Distribution network losses can vary significantly depending on the load unbalance. Here, an analysi...
Abstract – Distribution network losses can vary sig-nificantly depending on the load unbalance. Here...
This paper presents a simple three phase power flow method for solution of three-phase unbalanced ra...
Stability analysis in the power system is becoming more important than ever as more distributed ener...
The existing low voltage distribution systems have various single and three phase loads with dynami...
The objective of this work is to study distributed approach for solving three-phase optimal power fl...
Distribution networks are typically unbalanced due to loads being unevenly distributed over the thre...
This paper aims at investigating the impact of the increasing demand for electricity on the power qu...
Due to the unbalanced features of distribution systems, a three-phase harmonic analysis method is es...
A sequence networks-based methodology for investigating voltage unbalance in distribution networks w...
Operation is non-linear in a state of unbalance can cause problems harmonics in the power system. Th...
The impacts of the fast growth of renewable energy sources (RESs) and distribution static synchronou...
The Voltage Unbalance Factor (VUF) index is recommended to evaluate system performance under unbalan...
One of the important issues about using renewable energy is the integration of dispersed generation ...
A thru tactic for unbalanced three-phase distribution load flow solutions is presented in this work....
Distribution network losses can vary significantly depending on the load unbalance. Here, an analysi...
Abstract – Distribution network losses can vary sig-nificantly depending on the load unbalance. Here...
This paper presents a simple three phase power flow method for solution of three-phase unbalanced ra...
Stability analysis in the power system is becoming more important than ever as more distributed ener...
The existing low voltage distribution systems have various single and three phase loads with dynami...
The objective of this work is to study distributed approach for solving three-phase optimal power fl...
Distribution networks are typically unbalanced due to loads being unevenly distributed over the thre...
This paper aims at investigating the impact of the increasing demand for electricity on the power qu...
Due to the unbalanced features of distribution systems, a three-phase harmonic analysis method is es...
A sequence networks-based methodology for investigating voltage unbalance in distribution networks w...
Operation is non-linear in a state of unbalance can cause problems harmonics in the power system. Th...
The impacts of the fast growth of renewable energy sources (RESs) and distribution static synchronou...
The Voltage Unbalance Factor (VUF) index is recommended to evaluate system performance under unbalan...
One of the important issues about using renewable energy is the integration of dispersed generation ...
A thru tactic for unbalanced three-phase distribution load flow solutions is presented in this work....