The optimal capacitor allocation problem is suggested in this article. This study purposes to
maximize the voltage stability, minimize the power losses, and consolidate the annual net …

The significance of Distributed Generators (DGs) in the technical and economic operations
of electric power distribution systems cannot be overemphasized in recent times. This is …

The voltage generated by power plants is increased using step-up transformers and then
transferred using high-voltage transmission lines. In a distribution system, the voltage is …

Increasing power demand from passive distribution networks has led to deteriorated voltage
profiles and increased line flows. This has increased the annual operations and installation …

The need to improve the performance of electrical power systems involves solving the
Optimal Power Flow (OPF) problem by determining the optimal controllable setpoints, which …

Optimal simultaneous allocation and sizing of distributed generation (DG) units and
capacitor banks (CBs) can effectively reduce real power losses and improve voltage profile …

This paper deals with the power quality improvement in a solar photovoltaic (PV) array
generation-based EV (Electrical Vehicle) charging station. This charging station is capable …

Purpose Reactive power in radial distribution networks (RDN) leads to detrimental effects
like power factor degradation, voltage profile alterations and increased power losses …

In electrical distribution networks, capacitor banks are widely used to regulate reactive
power and enhance power factor. The efficient placement of capacitor banks offers …

Minimizing real and reactive power losses in Radial Power Distribution Feeders (RPDF) is
crucial due to a sharp increase in load demand and investment point of view. About 7% of …