This paper presents a solution to solve the network reconfiguration, DG coordination (location and size) and capacitor coordination (location and size), simultaneously. The proposed solution will be determined by using Artificial Bee Colony (ABC). Various case studies are presented to see the impact on the test system, in term of power loss reduction and also voltage profiles. The proposed approach is applied to a 33-bus test system and simulate by using MATLAB programming. The simulation results show that combination of DG, capacitor and network reconfiguration gives a positive impact on total power losses minimization as well as voltage profile improvement compared to other case studies
Capacitor Allocation (CA) and Network Reconfiguration (NR) are the traditional methods extensively a...
This paper presents a new method which applies an artificial bee colony algorithm (ABC) for capacito...
In order to reduce the power loss and to improve the voltage profile in the distribution system, dis...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Power distribution networks typically have tie and sectionalizing switches whose states determine th...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
This paper describes the impact of the mode selection in Distributed Generation (DG) has in order to...
Capacitor Allocation (CA) and Network Reconfiguration (NR) are the traditional methods extensively a...
Capacitor Allocation (CA) and Network Reconfiguration (NR) are the traditional methods extensively a...
This paper presents a new method which applies an artificial bee colony algorithm (ABC) for capacito...
In order to reduce the power loss and to improve the voltage profile in the distribution system, dis...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
This paper presents a solution to solve the network reconfiguration, DG coordination (location and s...
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Power distribution networks typically have tie and sectionalizing switches whose states determine th...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
The population is speeding up and the demands for electrical energy are clearly increasing, this gro...
Recently, integration of Distributed generation (DG) in distribution system has increased to high pe...
This paper describes the impact of the mode selection in Distributed Generation (DG) has in order to...
Capacitor Allocation (CA) and Network Reconfiguration (NR) are the traditional methods extensively a...
Capacitor Allocation (CA) and Network Reconfiguration (NR) are the traditional methods extensively a...
This paper presents a new method which applies an artificial bee colony algorithm (ABC) for capacito...
In order to reduce the power loss and to improve the voltage profile in the distribution system, dis...