A theoretical approach to the implementation of low-voltage smart switch boards

Abstract

Technological advances have made possible the fault location detection on the low-voltage distribution network using the fault location determination algorithm (FLDa). The results obtained by operating this algorithm can be implemented into a system that schedules the faults toward the electrician teams in charge of the troubleshooting. This solution, however, only addresses the processing and evaluation of signals based on remote signaling and does not provide the possibility of automatic interventions. This present paper investigates and describes the possibilities of automatic interventions on low-voltage distribution networks. This paper examines the Smart Switchboard concept developed by the Research Group of Applied Disciplines and Technologies in Energetics.