Promoted content: Simulation Applications Streamline the Development of Electric Vehicle Motors
Volkswagen Kassel accelerates the design process for electric motors by building and distributing simulation applications that evaluate the strength of rotor laminations.
As more consumers express concern for the environment, electric vehicles are on track to outpace conventional internal combustion engine vehicles as the transportation mode of choice. In response to this growing demand, leading automakers are doing their part to pave the way for EVs, revving up the development of electric and hybrid motors alongside the manufacturers of combustion engines. One such automaker is Volkswagen, whose Kassel plant in Germany specialises in the development, planning and production of electric drives. It has a production output of 150 electric and 300 hybrid drives daily.
As essential components in electric drives, rotors need to be tested for durability, since they must endure a very large number of revolutions at varying speed and torque during drive operation. However, evaluating the strength of rotor laminations is time-consuming. VW Kassel is automating this test process for rotors, as well as reducing development costs and increasing product quality, by building simulation applications with the COMSOL Multiphysics® software.
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