The effects of the parameters of 3D printing in the electrical machine

Authors

  • Dénes Tóth SEG Automotive Ltd.
  • Miklós Tisza University of Miskolc

DOI:

https://doi.org/10.35925/j.multi.2020.1.1

Keywords:

3D printing, electrical machine, alternator, magnetization, claw-pole

Abstract

In recent year, the e-mobility is undergoing an exponential grow because of CO2  restrictions. Until 2025 it is expected to be between 7-14% of the total market share,, which means that combustion engines have to be more efficient to be competitive. Start-stop and 48V hybridization are rapidly increase market share, to help reaching CO2 legislation targets. Every possibilities has to be investigated to increase the efficiency: in this paper, the consequences of using 3D metal printed parts in electrical machine will be examined from electrical aspect.

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Published

2020-01-30