Multiobjective Optimization Algorithm for Switch Placement in Radial Power Distribution Networks


Client satisfaction counts very a lot of to the electrical power distribution companies. The advance of reliability indices is an effective means to achieve this goal. The optimal placement of power switches may be a fascinating procedure because while it reduces investment in network assets, it additionally reduces the number of consumers not equipped by outages and, accordingly, improves system reliability. This paper proposes a multiobjective optimization approach for switch placement based on the particle swarm optimization methodology applied to radial distribution networks of power utilities. The proposed algorithm provides a group of solutions rather than a single one. It intends to be a valuable and versatile tool for coming up with fashionable and reliable power distribution networks. Simulation results when using the IEEE 123-node test system and therefore the Roy Billinton Test System are presented as testbeds.

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