OPTIMIZATION AND CONTROL STRATEGIES FOR INTEGRATINGIELECTRIC VEHICLES INIPOWER DISTRIBUTION NETWORKS

Abstract

The key findings from the study subject are summarized in this publication. The study begins with an introduction to the power market, battery modeling, & vehicle driving patterns, as these are major inputs required in an optimal charging issue for an electric car. The main results are then presented, which include an in-depth examination of three control strategies created for electric vehicle integration as well as four developed methods, namely problem formulations of optimal imposing schedules for electric vehicles using linear simulation, interactive computer programming, mix integer linear development, & data modeling based processes.