Francesco Tosello
Slip Vectoring based Traction Control Systems in EVs with 4IWMs.
Rel. Andrea Tonoli, Luis Miguel Castellanos Molina. Politecnico di Torino, Corso di laurea magistrale in Automotive Engineering (Ingegneria Dell'Autoveicolo), 2026
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Abstract
Following the growth of the electric vehicles industry, different configurations of electrified powertrain are being developed. The first generations of electric vehicles, saw the application of only one electric motor, maintaining the driveline structure of internal combustion engine vehicles: this solution was firstly developed because of its application ease but has limits on the control and stability point of view. Different configurations of electric vehicles have been explored and developed in the last years: examples with one electric motor per axle and cars with three electric motors exist. The new generation Electric vehicles follow a 4 In-Wheel-Motor (4IWM) configuration: so the application of an electric motor for each wheel directly connected to the wheel-hub.
This configuration, having no mechanical drivetrain between the wheels, opens to wide development possibilities in terms of degrees of freedom between the wheels and consequently, in terms of control of the vehicle stability and performance
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