Projektdetaljer
Beskrivelse
The purpose of this project is to model and to optimize the water cooling system of the 4 quadrant MP1 converter. In this context the primary objectives are:
Modeling of the influence of the geometry of the cooling channels, the cooling chamber and the turbulator;
Modeling of the influence of the thermal paste thickness, material, ageing;
Simulative optimization of the cooling plate by changing the internal geometry of the cooling plate;
Visualization of the temperature distribution in the structure as IGBT base plate, cooling plate below the IGBT modules, in the flowing cooling liquid, in the silicon chips of the IGBT-module, etc.;
Prediction of the behavior of the cooling plate if the external geometry is changed e.g. only cooling of 4 IGBTs or cooling of IGBTs mounted on both sides of the cooling plate;
Prediction of the junction temperature also for PrimePack2 and PrimePack3 IGBT-modules.
Modeling of the influence of the geometry of the cooling channels, the cooling chamber and the turbulator;
Modeling of the influence of the thermal paste thickness, material, ageing;
Simulative optimization of the cooling plate by changing the internal geometry of the cooling plate;
Visualization of the temperature distribution in the structure as IGBT base plate, cooling plate below the IGBT modules, in the flowing cooling liquid, in the silicon chips of the IGBT-module, etc.;
Prediction of the behavior of the cooling plate if the external geometry is changed e.g. only cooling of 4 IGBTs or cooling of IGBTs mounted on both sides of the cooling plate;
Prediction of the junction temperature also for PrimePack2 and PrimePack3 IGBT-modules.
Status | Afsluttet |
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Effektiv start/slut dato | 01/04/2017 → 30/03/2018 |
Samarbejdspartnere
- Woodward Kempen GmbH
Finansiering
- Woodward Kempen GmbH: 892.655,00 kr.
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