Tesla Model S: Factors Affecting Energy
Consumption
While driving:
- Elevated driving speed.
- Environmental conditions such as cold or hot weather
and wind.
- Using climate controls to heat or cool the cabin.
- Uphill travel: Driving uphill requires more energy and
depletes range at a faster rate. However, driving
downhill allows your vehicle to regain a portion of its
expended energy through regenerative braking (see
Regenerative Braking).
- Short trips or stop-and-go traffic: It takes energy to
bring the cabin and Battery to a specified
temperature when starting the vehicle. You may see a
higher average consumption when the vehicle is used
for very short trips or in heavy traffic.
- Heavy cargo load.
- Windows rolled down.
- Wheels and tires not maintained.
- Customized settings or third-party accessories (roof
or trunk racks, third-party wheels).
While parked and not plugged in to a charger:
- Preconditioning the cabin or using climate controls.
- Summon.
- Vehicle infotainment and climate controls system.
- Sentry mode.
- Tesla or third-party mobile app requests.
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You can maximize your driving range using the same
driving habits you use to conserve fuel in a gasoline-
powered vehicle. To achieve maximum range:
Slow down your driving and avoid frequent and ra
The driving range displayed in Model S is an estimate of
the remaining battery energy based on EPA-rated
consumption. It may not account for your personal
driving patterns or external conditions. T
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Removal
Remove grip backplate (refer to procedure) .
Release LED from door grip.
Release door grip from fork and remove.
Installation
Installation procedure is the reverse of removal, except for the
Lane Assist features cannot always detect lane markings
and you may experience unnecessary or invalid warnings
in these situations:
Visibility is poor and lane markings are not clearly
visible (due to heavy rain, snow, fog, etc.). The exact
detection zone of the ultrasonic sensors varies
d