In this paper an exhaustive bibliographical revision of the mathematical methods used for
the optimal selection and location of reactive power compensating elements is developed …

In an electrical power system, the generated power is transferred through a high voltage
transmission system, and it reaches the low voltage consumers at the distribution side. In a …

To achieve a more sustainable supply of electricity, consumers are expected to rely
increasingly on combinations of various types of power generators. Among them, distributed …

As the load steadily rises in a distribution system (DS), electrical power generation is
improved. Inserting Distributed Generation (DG) unit in a DS has benefits such as …

This paper addresses the classical problem of optimal location and sizing of distributed
generators (DGs) in radial distribution networks by presenting a mixed-integer nonlinear …

This article presents an optimal placement and sizing of distribution static compensator
(DSTATCOM) in radial distribution networks as multi-objective optimization with the …

This paper proposes a two-stage procedure to enhance the distribution system performance
by determining the optimal sizes and locations of distributed generations (DGs) and …

The Distributed Generator types have different combinations of real and reactive power
characteristics, which can affect the total power loss and the voltage support/control of the …

The reactive power (RP) control of the high voltage alternating current transmission system
(HVAC TS) for offshore wind farms (OWFs) is a crucial task to assure the consistent and …

This study presents a reconfiguration methodology based on a multi‐objective modified
flower pollination algorithm (MO‐MFPA) that aims to achieve the power loss reduction …