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Stage
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Ideation
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Project Lead | All |
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Objective |
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Drive (pun-intended) analysis for route navigation to quantitatively support decision-making.
Optimize car performance (velocity, conservation of energy, and behaviour) based on a series of constraints and predictive modelling from car and external components. | ||||
Key outcomes |
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Status |
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Sub-Projects
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Loops Optimization - supporting decision-making for optional loops to maximize distance within energy constraints
Elevation Optimization - Investigate the potential impacts of elevation changes on the vehicle optimize performance based on readings
Wind - Investigate the potential impacts of wind on the vehicle and determine how to accurately model directional wind against MSXV
RouteModel Dashboard Prototype - interactive tool to display the race route and update our models
\uD83E\uDD14 Problem Statement
🎯 Scope
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Must have:
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Nice to have:
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Not in scope:
\uD83D\uDDD3 Timeline
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\uD83D\uDEA9 Milestones and deadlines
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Milestone
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Owner
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Deadline
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Solar Array Testing
Test the solar cell efficiency of the solar cells to predict future energy extraction under different irradiance and weather conditions. Doing so, we will have a final measure of expected energy from the solar cells themselves.
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Resources: Solar Array Testing
Solar Model
Leverage APIs to predict the amount of solar irradiance along the race route and how much energy this will contribute to the battery.
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Resources:
Weather Model
Leverage APIs to predict the upcoming weather and temperature of the race route, and how this will affect our race decisions.
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Resources: Weather Model
State of Charge (SoC)
Calculating the amount of energy in the battery pack in a given time and monitoring any changes in performance take come with it.
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Resources: