With the modernization of power grids, the network optimal utilization is essential to ensure
that voltage profile at each bus is maintained within an acceptable range, voltage stability of …

In present days, continuous effort is being made in bringing down the line losses of the
electrical distribution networks. Therefore proper allocation of capacitors is of utmost …

This paper reviews the optimization strategies for the optimal simultaneous allocation of
distributed generation (DG) and shunts capacitor banks (SCBs) in electrical distribution …

Controlling active/reactive power in distribution systems has a great impact on its
performance. The placement of distributed generators (DGs) and shunt capacitors (SCs) are …

This study proposes a new application of multi objective particle swarm optimization
(MOPSO) with the aim of determining optimal location and size of distributed generations …

This paper presents a new optimization algorithm, named intersect mutation differential
evolution (IMDE) to optimally locate and to determine the size of DGs and capacitors in …

Nowadays due to development of distribution systems and increase in electricity demand,
the use of distributed generation (DG) sources and capacitors banks in parallel are …

Smart grid initiatives require integrated solution for radial distribution networks (RDNs) to
achieve their optimum performance. The optimal allocation of distributed energy resources …

Distributed generation (DG) has an overall positive impact on Microgrids. These DGs are
usually located close to the load centers which lead to some benefits such as; system power …

The active and reactive power flow in distribution networks can be effectively controlled by
optimally placing Shunt Capacitors (SCs) and Distributed Generators (DGs). This paper …