Reconfiguration of an electrical power radial distribution network is aimed at finding a radial
operating structure that minimizes the system active power loss, enhancing the system …

This paper presents a spanning tree-based genetic algorithm (GA) for the reconfiguration of
electrical distribution systems with the objective of minimizing active power losses. Due to …

Hybrid Energy Systems: Strategy for Industrial Decarbonization demonstrates how hybrid
energy and processes can decarbonize energy industry needs for power and heating and …

This paper presents a methodology to determine the optimal distribution system feeder
reconfiguration and distributed generation placement simultaneously, and is optimal in that …

The current transition of electrical power systems toward smart grids is encom-passing a
fundamental change in their structure, as well as operation. This is setting the path to be …

This study presents a framework for solving the optimal distribution system reconfiguration
problem with an objective of reliability improvement. The framework proposed in this paper …

This study describes a method for reliability improvement of microgrids via feeder
reconfiguration. The work presented in this paper is developed based on a linearized …

The following is a comprehensive analysis which details potential ways for the maritime
industry to begin to phase out AC power generation and distribution on new vessels over a …

During normal operating conditions, networks are reconfigured for two purposes, to reduce
the system power losses and to relieve overloads in the network. In order to guarantee a …

The dynamic evolution of the electrical loads aboard ships and vessels within the marine
industry in the twenty-first century calls for further research and development of integrated …