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Optimization Design of the BLDC Motor Using Backtracking Search Algorithm


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DOI: https://doi.org/10.15866/iree.v16i2.17411

Abstract


The use of fossil energy has a negative impact on the climate and on the environment. For this reasons, the electric vehicles present an attractive and interesting solution to protect the Earth. However, the high cost of manufacture and the limited autonomy are the major problems of electric vehicles today. In order to solve these problems, the authors have chosen to act directly on the electric motor, which represents the heart of the traction system of electric vehicles. In this paper, the authors have been interested to optimize the design of an in-wheel BLDC motor presented by an analytical model consisting of a set of mathematical equations that describe several physical phenomena. Two in-wheel BLDC motor optimization problems have been presented and BSA has been chosen to do the optimization in order to evaluate its ability and its efficiency to solve similar complex optimization problems to use it in future research work.
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Keywords


BSA; Electric Vehicles; in-Wheel BLDC Motor; Optimization Problem

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References


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