The integration of network reconfiguration and distributed generation (DG) can enhance the
performances of overall networks. Thus, proper sizing and siting of DG need to be …

The reliability of the distribution network increasingly common by high penetration of
distributed generations. To address the reliability, this paper propose a new approach based …

The ongoing and anticipated growth in the use of electric vehicles (EVs) in transportation
brings new opportunities for the development of new smart grids. EVs can transfer power …

The configuration of the networks leads to significant effect on the power quality factors like
power loss, voltage profile, reliability, and networks resiliency. Due to intermittent nature of …

As the distributed generation (DG) in a power supply and the user load demand constantly
change in an actual distribution network, multiobjective optimal network reconfiguration …

This article presents the selection of location and sizing of multiple distributed generators
(DGs) for boosting performance of the radial distribution system in the case of constant …

Optimal reconfiguration is one of the most important strategies used to improve the operation
of radially operated distribution systems. A large amount of research related to the …

Distribution system reconfiguration is a complex combinatorial optimisation problem. Finding
a globally optimal solution to this problem in a short span of time is a challenging task. Two …

Due to the spread and dispersed of load points and also growing penetration of wind farms
to distribution systems, feeder reconfiguration strategy has been encountered with a high …

Estimating the configuration of the distribution network (DN) is essential for coordinated
protection, reliable automation, and robust control applications. This article presents a novel …