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Novel Metallic Separator Coupled Composite Phase Change Material Passive Thermal Design for Large Format Prismatic Battery Pack by Virendra Talele; Mahesh Suresh Patil; Satyam Panchal; Roydon Fraser; Michael Fowler; Seeta Ratnam Gunti is a Engineering article available to read on EtoBox.

What is Novel Metallic Separator Coupled Composite Phase Change Material Passive Thermal Design for Large Format Prismatic Battery Pack about?

To enhance the lithium-ion battery pack's operating performance while it is continuously used at varying charge rate and higher ambient temperatures, the current research proposes a thermal management system composed of a phase change material with a passive metallic connection. Along with constant charge rate of 1C, 2C and 3C rate, battery pack also investigated at harshest 4C rate condition, to check its thermal performance. In total, three configurations are investigated: configuration 1 has no passive cooling arrangement, configuration 2introduces a passive thermal design with a phase change material submerged cooling technique that includes paraffin wax and extended graphene composite phase change material, and configuration 3is a proposed improved thermal design in which a graphene-enhanced high thermal conductive metallic separator is coupled at the PCM wall to increase PCM temperature delay efficiency. A phenomenon of inefficient thermal performance is observed for typical pure PCM form due to its lower thermal conductivity and heat transfer rate, resulting in a loss of capacity to cause temperature delay effect in battery pack. In proposed improved model of having metallic

Who reads Novel Metallic Separator Coupled Composite Phase Change Material Passive Thermal Design for Large Format Prismatic Battery Pack?

It is typically read by researchers, students, and practitioners in Engineering.

Author
Virendra Talele; Mahesh Suresh Patil; Satyam Panchal; Roydon Fraser; Michael Fowler; Seeta Ratnam Gunti
Publisher
Elsevier BV
Published
2023
Language
EN
Field
Engineering (Physical Sciences)

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