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SE $1700$ Engineering Fundamentals

Part $2$: Estimating Power Requirements for a Tesla Model $3$ Electric Car at $60$ mph

Assignment Instructions: In this part, you will estimate the power needed for a Tesla Model $3$ electric car to travel at $60$ mph using the battery energy capacity and vehicle efficiency. This will help you understand the power requirements of an electric vehicle and its implications for real$-$world driving. Be careful with the units for each $$ quantity to ensure accurate calculations.

$1$: Research and Gather Data

Battery Energy Capacity: Find and note the energy capacity of Tesla Model $3$ batteries, recorded in kilowatt$-$hours $(kWh/$charge$).$ Ensure the units are consistent for your calculations

Vehicle Efficiency: Determine the standard range of the Tesla Model $3,$ measured in miles per kilowatthour $($miles$/$kWh$).$ Pay attention to unit consistency. $$

$2$: Estimation Process

Range: Calculate the range per charge by the car based on the efficiency and battery capacity data. Make sure to use the correct units.

Power Requirement: Convert the energy consumption from Task $2\mathrm{.}1$ into kilowatts $($ kW $)$ to estimate the power required to maintain a speed of $60$ mph $.$ Ensure all units are properly converted.

$3$: Reflect

Discuss Limitations: Reflect on the assumptions made during the estimation and any factors that might affect the accuracy of your results.