This paper proposes a new index to determine the optimal size and location of DG units, in
order to minimize active power losses and enhance voltage stability margin considering …

The introduction of a Distributed Generation (DG) unit in the distribution system improves the
voltage profile and reduces the system losses. Optimal placement and sizing of DG units …

Distributed generators (DGs) play an important role to reduce the real power loss and to
improve the voltage stability of the power system. However, proper placement and sizing of …

This paper proposes a novel quasi-oppositional chaotic antlion optimizer (ALO)(QOCALO)
for solving global optimization problems. ALO is a population based algorithm motivated by …

Due to the increasing need for electricity, insertion of distributed generation (DG) into a
distribution system attracts the attention of the deregulated power market. Placing DG in the …

In order to reduce power losses in a power system and to improve voltage profile,
researchers have examined and studied optimizing Photovoltaic Power distributed …

Governments worldwide have adopted energy-saving policies out of concern for the planet.
System efficiency and renewable energy are needed to reduce greenhouse gas emissions …

The paper designed a method using grid oriented multi-objective particle swarm
optimization (GOMPSO) for optimally placing and sizes the distributed generators (DG) to …

Distributed generation (DG) is utilized in electric power networks for the purpose of loss
reduction, environment friendly features, and voltage improvement. This paper determines …

Though several algorithms for optimizing DG location and size in a power system network
with the aim of reducing system power losses and improving voltage profile have already …