Electric vehicles have many opportunities to participate in auxiliary operations as research
interest in renewables and green energy sources grows. This paper discusses novel energy …

The existing distribution networks were designed at a time when there was virtually no
embedded generation. The design methods ensured the voltage at various parts of the …

Over time, increased loading density, feeder length and line losses lead to inappropriate
voltage drop. Also, load demand variations which originate from daily and seasonal …

The increasing use of non‐linear loads in electrical distribution systems (EDS) led to a
greater need for reactive power compensation, losses minimization, improved voltage and …

This manuscript proposes a new metaheuristic optimization algorithm for solving the
problems related to constraint optimization. The proposed algorithm is based on a nature …

The majority of loads in distribution systems are inductive, resulting in a poor power factor,
which causes power losses, voltage instability, voltage changes and system security issues …

This paper introduces a planning mechanism for optimal feeder reconfiguration,
DSTATCOM allocation, and sizing in unbalanced radial distribution systems. The …

The proposed algorithm is based on the combination of enhanced seagull optimization
(ESO) algorithm, differential evolution (DE) algorithm, wild horse optimization (WHO) …

For solving optimization issues, this work provides a modified differential evolution (MDE)
technique. The DE parameters, such as scaling factor (F) and crossover ratio (CR), are …

In this paper, a novel hybrid optimization algorithm called seagull (SG)-differential evolution
algorithm (DEA) is implemented to locate the suitable position of a Distribution static …