Name

Notes

Group Discussion

Status

Cooling System Optimization

Decide whether we would rather crank up the fans or run the car at a lower speed (and rely more on passive cooling)? idrk how the fans work rn lol

also need to run car to maintain a safe temperature for the battery pack (in addition to not drawing out too much power)

Optimizing the cooling system. If energy effects are negligible, we leave it out of scope of the team. However if requires relevant energy consumption, it becomes a SUN POWER issue.

Battery Performance

Testing the battery’s reception to solar energy and optimizing performance/monitoring performance. Kinda broad but can help answer questions regarding cell placement, cell traction, battery optimization etc.

Telemetry might focus on this topic or we might address in Coloumb Counting.

Over, under -voltage, current for each module. Send feedback to chase vehicle (could be part of telemetry)

Will address the “How much energy left in the pack?” question.

We could have rate of capacity decrease indicator. The difference between what we are getting from the sun and energy we are using.

https://uwmidsun.atlassian.net/wiki/spaces/S/pages/3170566152/Battery-Related+Planning

Critical

Metric to usage, input and energy. Explore rate of capacity decrease indicator.

Battery Module Testing

• Discharge a module in a way similar to a full day of racing. Monitor temperature, current, voltage, and other important indicators

• Can also test thermal performances specifically

  • possibly different cell configurations ← realized this may be more of a battery box specific thing

Prototype module being developed.

1. Figure out profile of a day of racing.

2. Simulate day of racing and collect statistics

3. Different cell configurations based on race results.