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January 18, 2026International Journal of ElectrochemistryOpen Access

Efficient Temperature Control of Lithium‐Ion Battery Through an Ambient Cooling Model

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Authors

SFSalman FarsiMSMd. Shahjahan

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Overview

Proposes an ambient cooling model that improves temperature control and performance in lithium-ion batteries, suggesting a cost-effective cooling solution.

Key Points

  • The study aims to develop an ambient cooling model to effectively manage heat in lithium-ion batteries during charging.
  • Proposed an ambient cooling model based on electrochemical and thermodynamic principles
  • Used a standard lithium-ion battery with nickel–cobalt–aluminum oxide cathode material
  • Implemented an air coolant in an air-flowing compartment of the battery pack
  • Conducted thermal analysis to assess temperature control and performance improvements
  • Achieved a 29.34% reduction in temperature compared to commercial batteries
  • Improved specific capacity by approximately 7.63%
  • Increased voltage by about 1.16% compared to commercial lithium-ion batteries
  • Enhanced specific energy and power densities by approximately 14.09% and 67.55% respectively

Cite This Study

Farsi et al. (2026) studied this question.

synapsesocial.com/papers/696c776ceb60fb80d1395b08https://doi.org/10.1155/ijel/3119324
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