The paper presents the optimal design of the electric circuit of a Wireless Power Transfer Systems used to recharge the battery of an electric car. A field-circuit model is developed for the purpose of analysis, while a Pareto-like approach - based on SA-MNSGA-III and µ-BiMO, two nature-inspired algorithms - is used for synthesis. An excellent correspondence between the results obtained with the two methods was found. Then, the optimization algorithms could be applied successfully even in more complicated cases, such as WPTSs design.
Multicriterion synthesis of an electric circuit for wireless power transfer systems
Bertoluzzo M.Membro del Collaboration Group
;Di Barba P.Membro del Collaboration Group
;Dughiero F.Membro del Collaboration Group
;Sieni E.
Membro del Collaboration Group
2020
Abstract
The paper presents the optimal design of the electric circuit of a Wireless Power Transfer Systems used to recharge the battery of an electric car. A field-circuit model is developed for the purpose of analysis, while a Pareto-like approach - based on SA-MNSGA-III and µ-BiMO, two nature-inspired algorithms - is used for synthesis. An excellent correspondence between the results obtained with the two methods was found. Then, the optimization algorithms could be applied successfully even in more complicated cases, such as WPTSs design.File in questo prodotto:
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Pre_Print_ Multicriterion synthesis of an electric circuit for wireless power transfer systems.pdf
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