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Investigation of cell cooling via ali fin.

Establish import parameters. Simulate different Parallel Groups for Aptera Module.

Carry out conjugate heat transfer analysis with 2021 battery segment including busbars. The goal is to find the size the fan by finding the right air flow rate to keep cell temperature in check

Forced Convection method to cool the battery pack.

Inspired by this article https://insideevs.com/news/339220/tesla-model-3-battery-can-transfer-twice-the-heat-of-model-s-p100d/  this project goal is to evaluate the difference in cooling effectiveness between series and parallel cooling tube of an EV Battery Module.

The cooling strategies used to maintain the battery under 40C are cooling tubes places between the rows of cells. Inside the aluminium channel extrusions flows a coolant made of water and glycol.

This project goal is to determine  the narrowest ribbon that would provide enough cooling to the battery cells

To impart cooling to the electronic components

This is project is to check the cooling characteristics in a lifepo4 cell and an open container cooling plate

Thermal evaluation of a box containing batteries.

Simulation of cooling of the Li-ion cells using convective cooling using centrifugal fans

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