One portion of the distribution system is the distribution feeder. Buses carrying more loads
and having long‐distance route lines are significant problems due to the presence of power …

This study presents an innovative design for the optimal sizing, placement, and dispatch
approach of distribution static var compensators (D‐SVCs) in a radial power distribution …

This paper proposed a Cuckoo Search Algorithm (CSA) method to identify the optimal
location and size of shunt capacitor in radial distribution system. The main objective is to …

In order to increase the voltage profile and to reduce power loss in the distribution system
shunt capacitors are to be installed at suitable locations in a large distribution system. When …

In this paper, novel method based on loss sensitivity approach is utilized to determine
optimal locations and size of the capacitors in radial distribution system to reduce power …

This study presented a new hybrid algorithm to improve the state estimation (SE) of radial
distribution power systems (PSs). The proposed particle swarm optimization–neural network …

With the widely deployed cloud services, data center networks are evolving toward large-
scale and multi-path networks, which cannot be supported by conventional routing methods …

Shunt capacitors installation at suitable locations will reduce the power loss and increase
the voltage profile. The objective function includes cost of power loss, energy loss and …

It is well known that reactive power compensation at optimal nodes, helps in reduction of
I^2R loss and enhancement in bus voltage in Power Distribution Network (PDN) thereby …

Static Var Compensator (SVC) has been commonly used to provide reactive power
compensation in distribution systems [1]. The SVC placement problem is a well-researched …