What question did this study set out to answer?

This research aims to improve thermal management in lithium-ion batteries using graphene-silver hybrid nanoparticles embedded in phase change materials.

March 27, 2026RSC Advances1 citationsOpen Access

Graphene-silver hybrid nanoparticle embedded phase change materials for enhanced thermal management of lithium-ion batteries

BABalan AkshayUniversity of Kerala FMFaisal Seyas Seyas MumthasUniversity of Kerala MMManu MohanUniversity of Kerala

Key Points

This research aims to improve thermal management in lithium-ion batteries using graphene-silver hybrid nanoparticles embedded in phase change materials.
Utilized silver-bridged graphene structures
Embedded these structures into phase change materials
Analyzed the shift from conduction to convection-enhanced thermal transport
Demonstrated rapid thermal buffering capabilities
Improved metrological safety for high-power battery modules
Shifted thermal transport mechanisms significantly from conduction to convection.

Abstract

Silver-bridged graphene reconfigures phase change material pathways, shifting transport from conduction to convection-enhanced regimes. This ensures rapid thermal buffering and metrological safety for high-power lithium-ion battery modules.

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