Distribution system utilities attempt to minimize cost with consideration of the system
performance improvement. This paper employs the network reconfiguration and capacitor …

This paper presents a methodology to reduce the power loss and improve the system
performance by simultaneous applying the network reconfiguration and capacitor placement …

Network reconfiguration and capacitor placement are useful options applied to reduce
power losses and to keep voltage profiles within permissible limits in distribution systems …

Network reconfiguration, shunt capacitors, and distributed generators are less expensive
options to distribution system expansion. The study of simultaneous use of network …

This paper presents simultaneous radial distribution network reconfiguration and switched
capacitor bank allocation to enhance the performance of distribution systems. The paper …

The stress to elevate overall efficiency has forced utilities to look for greater efficiency in
electric power distribution. This study presents an effective approach to feeder …

Individually Network reconfiguration or Capacitor control perform well in minimizing power
loss and improving voltage profile of the distribution system. But for heavy reactive power …

There are many means in reducing the active power loss of distribution network; two
important methods are feeder reconfiguration and capacitor placement. Genetic Algorithm …

Optimal reconfiguration and capacitor placement are used to reduce power losses and keep
the voltage within its allowable interval in power distribution systems considering voltage …

Capacitor placement and distribution network reconfiguration (DNR) are two useful methods
in reducing the power losses of distribution networks. This paper proposes a selective …