Abstract
This work shows the electrification of a vehicle for the European Mountain Climbing Championship, with a design and construction that allows to maintain the performance of the designs with thermal propellant without increasing the cost. It is based on an existing space-frame vehicle and a methodology based on a multi-target optimization is implemented to define the parameters characteristic of the powertrain. The design is completed with the choice of commercial elements of cost contained to propose a final design competitive in price and performance. Keywords: Electric vehicle, motor vehicle, powertrain design, low cost, electric batteries
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