Thermal Management · Icepak

Power converter thermal optimization for EV drivetrain

Tool

Ansys Icepak

Domain

Power electronics · EV

Result

−18°C max junction temperature

−18°C max junction temperature reduction

Background

[Placeholder — describe the drivetrain DC–DC converter, operating conditions, and the thermal problem that needed solving.]

Approach

[Placeholder — describe the simulation methodology: geometry setup in Icepak, mesh strategy, boundary conditions, thermal interface materials modeled, load cases simulated.]

□ Simulation model / geometry screenshot

Process

[Placeholder — walk through what was iterated: heatsink geometry variants, fin density, airflow path, TIM optimization. How many design points, what the sweep looked like.]

□ Temperature distribution plot (before / after)

Results

[Placeholder — quantify the outcome. −18°C junction temp reduction, what it meant for device reliability or derating, whether the form factor constraint was maintained.]

Have a similar problem on your bench?