Polymeric Hollow Fiber Heat Exchangers for Automotive Applications

Polymeric Hollow Fiber Heat Exchangers for Automotive Applications

Stať ve sborníku v databázi WoS či Scopus

This paper explores the potential of polymeric hollow fiber heat exchangers (PHFHE) in the automotive industry by examining their use in three different applications. The first application involves using PHFHE as a radiator for vehicles with internal combustion engines. The second application explores the use of small liquid cooling systems based on PHFHE to cool automotive lighting components integrated with high-power LEDs. Research has shown that PHFHE offer several benefits over traditional metallic heat exchangers, such as higher heat transfer efficiency, lower production costs, and reduced weight. These advantages make PHFHE a promising solution for improving vehicle efficiency and sustainability in the automotive industry. By utilizing PHFHE, the automotive industry can potentially reduce fuel consumption and emissions, while also improving vehicle performance and handling.

This paper explores the potential of polymeric hollow fiber heat exchangers (PHFHE) in the automotive industry by examining their use in three different applications. The first application involves using PHFHE as a radiator for vehicles with internal combustion engines. The second application explores the use of small liquid cooling systems based on PHFHE to cool automotive lighting components integrated with high-power LEDs. Research has shown that PHFHE offer several benefits over traditional metallic heat exchangers, such as higher heat transfer efficiency, lower production costs, and reduced weight. These advantages make PHFHE a promising solution for improving vehicle efficiency and sustainability in the automotive industry. By utilizing PHFHE, the automotive industry can potentially reduce fuel consumption and emissions, while also improving vehicle performance and handling.

heat exchangers; polymeric hollow fiber; automotive; battery cooling; engine cooling; LED cooling

heat exchangers; polymeric hollow fiber; automotive; battery cooling; engine cooling; LED cooling

BARTULI, E.; BOHÁČEK, J.; MRÁZ, K.; HVOŽĎA, J.

2024

09.06.2023

9781990800245

Sborník z konference 10th International Conference on Fluid Flow, Heat and Mass Transfer, FFHMT 2023

191-1

191-7

7