Design and Development of a High-Power Density Inverter Using Dielectric Oil Immersion Cooling Alexandre Battiston1, Hakim El Bahi2, Antoine Sabrié1, Bélir Boudhmine1, Matthieu Talleu1, Sébastien Macé1, Laid Kefsi1, Dounia Oustad2, Goulven Bouvier2, Sven...
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Design and Development of a High-Power Density Inverter Using Dielectric Oil Immersion Cooling Alexandre Battiston1, Hakim El Bahi2, Antoine Sabrié1, Bélir Boudhmine1, Matthieu Talleu1, Sébastien Macé1, Laid Kefsi1, Dounia Oustad2, Goulven Bouvier2, Sven Deron2, Olivier Masson1, Sonia Noirez1, Frédéric Loiseleux1 1: IFP Energies nouvelles, Carnot IFPEN Transport Energie, 1&4 avenue de Bois-Préau 92852 Rueil-Malmaison, France 2: TotalEnergies OneTech, Centre de Recherche de Solaize (CRES), Chemin du canal, 69360 Solaize, France Abstract: This paper presents the innovative inverter prototype cooled by dielectric fluid immersion, development of a high-power density inverter tailored for automotive applications. The study is designed for automotive applications, featuring structured into three main phases: immersion cooling in dielectric oil. A multiphysics 1. Experimental Phase on a reduced-scale design methodology was adopted, integrating mock-up: An initial experimental setup was electr
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