The project focuses on enhancing the efficiency and safety of electric vehicle (EV) batteries used in energy storage systems through computational fluid dynamics (CFD) and numerical modeling. With the growing demand for sustainable energy solutions, optimizing battery performance is crucial. The project aims to simulate thermal and fluid dynamics within EV batteries to identify potential improvements in heat dissipation and energy efficiency. By applying classroom knowledge of fluid dynamics and numerical methods, learners will develop and refine models that predict battery behavior under various conditions. The ultimate goal is to propose design modifications or operational strategies that enhance battery life and performance while ensuring safety standards are met.

- Investigate current CFD techniques used in modeling EV batteries.

- Develop a numerical model to simulate thermal and fluid dynamics in EV battery systems.

- Analyze simulation results to identify areas for improvement in battery design or operation.

- Propose actionable recommendations for optimizing battery performance and safety.

The project will result in a comprehensive report detailing the findings from the CFD simulations and numerical modeling. This report will include:

- A detailed description of the developed CFD model and its parameters.

- Simulation results highlighting key insights into thermal and fluid dynamics within the battery.

- Recommendations for design or operational improvements based on the analysis.

- A presentation summarizing the project outcomes and proposed solutions.