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Analyzing Thermal Management Methods of Li-ion Battery Modules

Combining renewable energy and proper energy storage solutions have dragged a lot of attention from policy makers. Lithium-ion batteries is a well-proven technology and playing the main role to create fossil fuel free societies. Thermal management plays an important role in performance and life time of lithium-ion batteries. Indeed, such batteries have the best practice when they are kept at a temperature range of 15-35 °C. For this purpose, different thermal management solutions have been suggested in different industries. In this study four different cooling solution are selected and simulated by means of CFD, Computational Fluid Dynamics. Temperature distributions and important parameters are extracted from the results to compare different methods. Each method can be optimized further to get the best out of it for the specific application (automobile, grid, industry, and portable)