... tested for power electronics and battery cooling, with more than 500 W transport capabilities in gravity field. In conclusions, loop heat pipes will provide an energy efficient passive thermal control solution for next-generation low emission automotive, particularly for electric vehicles (EVs), which...

... electronic module via a jet impingement scheme utilizing microfinned surfaces. jet impingement liquid cooling microstructured surfaces power electronics Efforts to decrease the size, weight, and cost of automotive power electronics systems drive the need for more efficient cooling schemes...

...Ronald Warzoha; Amy S. Fleischer The thermal management of high density power electronics can be extremely challenging due to high power loads paired with small device footprints. When these power electronics are used in systems, which require extremely high reliability, the design of the thermal...

...Hemin Hu; Jiahui Zhang; Xiaoze Du; Lijun Yang Liquid-cooled heat sink (cold plate) used for power electronics cooling is numerically studied. Thermal performance and hydraulic resistance are analyzed, with emphasis on geometric construction of cooling channels. Two heat transfer enhancing channel...

...Ronald Warzoha; Amy S. Fleischer The thermal management of power electronics presents a significant challenge to thermal engineers due to high power loads coupled with small footprints. Inadequate thermal dissipation of these loads can lead to excessively high equipment temperatures and subsequent...

...Stephen A. Solovitz; Thomas E. Conder A grooved surface feature is considered as a potential thermal enhancement for electronics cooling with single-phase flow in minichannels. A power electronics module was initially designed using applied computational fluid dynamics (CFD) using a minichannel...