Analysis of battery cooling system using nanofluid - A Review

A battery cooling system that utilizes nanofluids can help manage the heat generated during
battery operation and enhance overall thermal management. Nanofluids are engineered fluids
that consist of a base fluid, such as water or oil, with dispersed nanoparticles. These
nanoparticles typically have high thermal conductivity, which enables them to improve the heat
transfer properties of the nanofluid. To design a battery cooling system using nanofluids, needs
to consider the Nanofluid selection, Base fluid selection,Nanoparticle dispersion, Cooling
system integration, Pumping and circulation, Heat dissipation, Monitoring and control. It's
important to note that designing and implementing a battery cooling system using nanofluids
requires careful consideration of various factors such as material compatibility, nanoparticle
stability, and system efficiency. Additionally, safety measures should be taken to prevent
leakage or contamination of the nanofluid within the battery system.Over the period of the last
ten years, a great number of research have reported on the creation of nanofluids that are
employed in LHP for the cooling of electronic devices. Because of their improved heat
transmission and thermal qualities, nanofluids have found widespread usage in applications
pertaining to electrical devices. This article reviews the production of nanofluids, as well as
their stability and surfactants.