Abstract
AbstractThis chapter presents a heuristic-based technique for solving the optimal network reconfiguration (ONR) in a radial distribution system (RDS) using the fuzzy-based multi-objective methodology. Minimization of real power losses and deviation of nodes voltage is considered as the multiple objectives in this work and they are modeled with fuzzy sets. The developed algorithm determines the optimal reconfiguration of feeders with the minimum number of tie-line switch operations. This work focuses on different combinations of ONR along with renewable-based distributed generation (DG) units, shunt capacitors, and electric vehicle charging stations (EVCSs). The load flow analysis implemented in this chapter is based on an iterative approach of the receiving end voltage of RDS. The effectiveness of the proposed heuristic-based methodology has been implemented on the IEEE 69 bus RDS.KeywordsNetwork reconfigurationDistributed generationPower lossVoltage stabilityDistribution system load flowRadial distribution systemShunt capacitorsElectric vehicles
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