Thermal Simulation of Second-Life Battery Container Operation

This study delves into the thermal dynamics of second-life battery containers to analyze their operational parameters including velocity field distribution and temperature gradients. Employing sophisticated computational modeling techniques, the research simulates a standard operational scenario. By scrutinizing factors such as operation periods and internal heat generation, the study accurately captures the complex thermal behavior within these containers. The findings of this research contribute significantly to the advancement of second-life battery technologies, offering a deeper understanding of thermal management strategies. By optimizing thermal performance, these insights facilitate the development of sustainable energy storage solutions, accelerating the transition towards a greener and more resilient energy infrastructure.