Publication result detail

Compensating Foil for Thermal Management: Achieving Uniform Surface Temperature

HVOŽĎA, J.; BOHÁČEK, J.; VAKHRUSHEV, A.; KARIMI-SIBAKI, E.

Original Title

Compensating Foil for Thermal Management: Achieving Uniform Surface Temperature

English Title

Compensating Foil for Thermal Management: Achieving Uniform Surface Temperature

Type

Abstract

Original Abstract

This study presents a novel approach to improving temperature uniformity in battery thermal management systems using a compensating foil. Designed to vary thermal resistance at the interface between a planar battery and a coolant channel, the foil minimizes surface temperature differences without increasing system thickness. Two-dimensional simulations coupled with optimization identify the optimal spatial distribution of thermal conductivity. The results demonstrate the foil’s potential for enhancing thermal uniformity in batteries and other electronic systems.

English abstract

This study presents a novel approach to improving temperature uniformity in battery thermal management systems using a compensating foil. Designed to vary thermal resistance at the interface between a planar battery and a coolant channel, the foil minimizes surface temperature differences without increasing system thickness. Two-dimensional simulations coupled with optimization identify the optimal spatial distribution of thermal conductivity. The results demonstrate the foil’s potential for enhancing thermal uniformity in batteries and other electronic systems.

Keywords

Battery thermal management; CFD; Optimization; Temperature uniformity

Key words in English

Battery thermal management; CFD; Optimization; Temperature uniformity

Authors

HVOŽĎA, J.; BOHÁČEK, J.; VAKHRUSHEV, A.; KARIMI-SIBAKI, E.

Released

21.09.2025

Pages count

2

BibTex

@misc{BUT199324,
  author="Jiří {Hvožďa} and Jan {Boháček} and  {} and  {}",
  title="Compensating Foil for Thermal Management: Achieving Uniform Surface Temperature",
  year="2025",
  pages="2",
  note="Abstract"
}