climate control BMW I8 2014 I12 User Guide

▷Right LED on, recirculated-air mode: the
supply of outside air into the vehicle is per‐
manently blocked.
To prevent window fogging, recirculated air
mode switches off automatically after a certain
amount of time, depending on the environ‐
mental conditions.
If the windows are fogged over, reel off the re‐
circulated-air mode and press the AUTO but‐
ton to utilize the condensation sensor. Make
sure that air can flow to the windshield.
Sufficient ventilation
When remaining in the vehicle for an ex‐
tended period of time, ensure sufficient exter‐
nal ventilation. Do not continuously use recir‐
culated-air mode; otherwise the air quality in
the interior continuously worsens.◀
AUTO program Press button.
Air flow, air distribution and tempera‐
ture are controlled automatically.
Depending on the selected temperature,
AUTO intensity program and outside influen‐
ces, the air is directed to the windshield, side
windows, upper body, and into the footwell.
The cooling function, refer to page 121, is
switched on automatically with the AUTO pro‐
gram.
At the same time, a condensation sensor con‐
trols the program so as to prevent window
condensation as much as possible.
To reel off the program: press the button again
or manually adjust the air distribution.
Intensity of the AUTO program
With the AUTO program activated, the auto‐
matic intensity control can be changed.
Press the left or right side of the but‐
ton: decrease or increase the inten‐
sity.
The selected intensity is shown on the display
of the automatic climate control.
Air flow, manual To manually adjust air flow turn off AUTO pro‐
gram first.
Press the left or right side of the but‐
ton: decrease or increase air flow.
The selected air flow is shown on the display of
the automatic climate control.
The air flow of the automatic climate control
may be reduced automatically to save battery
power.
Manual air distribution Press button repeatedly to select a
program:▷Windows.▷Upper body region.▷Footwell.▷Windows and upper body region.▷Windows and footwell.▷Upper body region and footwell.▷Windows, upper body region, and footwell.
The selected air distribution is shown on the
display of the automatic climate control.
If the windows are fogged over, press the
AUTO button to utilize the condensation sen‐
sor.
Defrosts windows and removes
condensation
Press button.
Ice and condensation are quickly re‐
moved from the windshield and the front side
windows.
For this purpose, point the side vents onto the
side windows as needed.
Adjust air flow with the program active.
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If the windows are fogged over, you can also
reel on the cooling function or press the AUTO
button to utilize the condensation sensor.
Rear window defroster Press button.
The rear window defroster switches
off automatically after a certain period of time.
Switching the system on/off
Switch off Press and hold the left button until the
control switches off.
Switching on
Press any button except▷Rear window defroster.▷Seat heating.
Microfilter/activated-charcoal filter
In external and recirculated air mode the mi‐
crofilter/activated charcoal filter filters dust,
pollen, and gaseous pollutants out of the air.
This filter should be replaced during scheduled
maintenance, refer to page 170, of your vehi‐
cle.
Ventilation
▷Thumbwheel for continuous opening and
closing of the vent, arrow 1.▷Lever for changing the air flow direction,
arrow 2.
Adjusting the ventilation
▷Ventilation for cooling:
Direct vent in your direction when vehicle's
interior is too hot.▷Draft-free ventilation:
Adjust the vent to let the air flow past you.
Stationary climate control
The concept Stationary climate control cools or heats the
interior prior to departure to a comfortable
temperature.
The interior temperature is lowered with high
cooling output.
The system may heat the interior. Snow and
ice can be removed more easily.
The air automatically exits through the vents to
the windshield, the side windows, the upper
body region and into the footwell.
The stationary climate control can be switched
on and off via the following systems:
▷Direct operation, refer to page 124.▷Preselected departure times, refer to
page 124.
With the BMW i Remote App, refer to
page 124, the standing air conditioning can be
switched on.
The system switches off automatically at the
latest after 30 minutes.
Functional requirements
▷When the departure time is preselected:
depends on internal, external and set tem‐
perature.▷Direct operation via iDrive: any external
temperature.Seite 123Climate controlControls123
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▷The high-voltage battery is sufficiently
charged.▷Motor switched off and/or drive readiness
deactivated.▷The vents are open to allow air to flow out.
Switching on/off directly
On the Control Display:
1."Settings"2."Climate"3."Activate comfort climate control"
The symbol on the automatic climate con‐
trol flashes if the stationary climate control is
switched on.
Activate climate control at departuretime
The reel-on time is automatically determined
based on the temperature. The system
promptly switches on before the selected de‐
parture time.
On the Control Display:
1."Settings"2."Departure time"3."Precondition for departure time"4."Departure 1:"5.Set and activate Desired departure time,
refer to page 152.
The symbol on the automatic climate con‐
trol lights up when the departure time is acti‐
vated.
The symbol on the automatic climate con‐
trol flashes when the stationary climate control
has been switched on.
If drive readiness is switched off, changes can
be made on the Control Display. Departure
time can only be changed once. Scheduled de‐
parture times are not adjusted. Settings for cli‐
mate control and charging operation are also
applied for scheduled departure times.
Activating with BMW i Remote app
With the BMW i remote app, refer to Owner's
Handbook regarding BMW i remote, the sys‐
tem can be switched on immediately or at a
preselected departure time.Seite 124ControlsClimate control124
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The driving style is efficient as long as the ac‐
celerator pedal pointer is within the lower
range highlighted in blue during acceleration
and deceleration.
The energy recovery occurs during coasting
and braking and is displayed in the perform‐
ance display by the accelerator pedal indicator.
The accelerator pedal pointer is within the
CHARGE range.
Efficient energy recovery:
▷The accelerator pedal moves to the left
within the blue range of the CHARGE dis‐
play, arrow 1.▷The energy use while driving can be opti‐
mized by efficient acceleration.
Efficient acceleration:
▷The accelerator pedal moves to the right
within the blue range of the eDRIVE dis‐
play, arrow 2.▷Use deceleration during coasting as often
as possible for energy recovery.
Brake according to traffic and circum‐
stances
Brake in accordance with the traffic conditions,
or there is the risk of accident.◀
Using drive modes and assistance
systems
Max eDRIVE
Max eDRIVE, refer to page 61, forces electric
driving. Electric driving is especially efficient
for short distances, low to medium speeds and
in stop-and-go traffic.
SAVE battery
SAVE Battery, refer to page 61, conserves the
electric range for a later point in time. In this
case, the vehicle is driven primarily by the
combustion engine.
ECO PRO ECO PRO, refer to page 141, supports a driv‐
ing style that saves on fuel consumption. For
this purpose, the engine control and comfort
features, e. g. the climate control output, are
adjusted.
Discharge of the high-voltage battery Longer idle periods can reduce the charge
state of the high-voltage battery.
Do not allow the vehicle to sit idle for ex‐
tended periods with a low charging state
Before storing the vehicle for an extended pe‐
riod, check the battery charge indicator to en‐
sure that the high-voltage battery is fully
charged. During the idle period, connect the
vehicle to a charging station at a suitable
charging location. If necessary, the high-volt‐
age battery will be charged automatically.
Make sure that the charging process takes
place. Regularly check the charging state.
Don't allow battery charge status to drop too
low - it will damage the battery.◀
General driving notes
Closing the tailgate Drive with the tailgate closed
Only drive with the tailgate closed; other‐
wise, in the event of an accident or braking and
evasive maneuvers, passengers and other traf‐
fic may be injured, and the vehicle may be
damaged.◀Seite 135Things to remember when drivingDriving tips135
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Only use floor mats that have been approved
for the vehicle and can be properly attached to
floor.
Ensure that the floor mats are securely fas‐
tened again after they were removed for clean‐
ing, e.g.◀
Driving in wet conditions When roads are wet, salted, or in heavy rain,
press brake pedal ever so gently every few
miles.
Ensure that this action does not endanger other traffic.
The heat generated in this process helps dry
the brake discs and pads.
In this way braking efficiency will be available
when you need it.
Hills Avoid stressing the brakes
Avoid placing excessive stress on the
brake system. Light but consistent brake pres‐
sure can lead to high temperatures, brakes
wearing out and possibly even brake failure.◀
Do not drive in neutral
Do not drive in neutral or with the engine
stopped, as doing so disables engine braking.
In addition, steering and brake assist are un‐
available with the engine stopped.◀
Drive long or steep downhill gradients in the
gear that requires least braking efforts. Other‐
wise the brakes may overheat and reduce
brake efficiency.
You can increase the engine's braking effect
by shifting down, going all the way to first gear,
if needed.
On downhill sections, use energy recovery if
possible to decelerate the vehicle.
Brake disc corrosion
Brake disc corrosion and contamination of the
brake pads are favored by:▷Low mileage.▷Extended periods when the vehicle is not
used at all.▷Infrequent use of the brakes.
Corrosion will built up when the maximum
pressure applied to the brake pads during
braking is not reached - thus discs don't get
cleaned.
Corrosion buildup on the brake discs will cause
a pulsating effect on the brakes in their re‐
sponse - generally that cannot be corrected.
Condensation under the parked
vehicle
When using the automatic climate control,
condensation water develops collecting under‐
neath the vehicle.
These traces of water under the vehicle are
normal.
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Increase rangeGeneral informationThe vehicle contains comprehensive technolo‐
gies for reducing the energy consumption and
for maximizing the range.
The range depends on a number of different
factors.
The implementation of certain measures, driv‐
ing style and regular maintenance can increase
range and thereby also reduce the environ‐
mental impact.
Remove unnecessary cargo
Additional weight increases fuel consumption.
Remove attached parts
following use
Attached parts on the vehicle impair the aero‐
dynamics and increase the energy consump‐
tion.
Closing the windows
Open windows increase air resistance and
therefore lead to greater fuel consumption.
Tires General information Tires can affect energy consumption in various
ways, for instance energy consumption can be
influenced by tire size.Check the tire inflation pressure
regularly
Check and, if needed, correct the tire inflationpressure at least twice a month and before
starting on a long trip.
Low tire inflation pressure increases rolling re‐
sistance and thus raises energy consumption
and tire wear.
Standing air conditioning Run advance climate control, refer to
page 123, in the vehicle during charging if pos‐
sible before driving off.
Heating and cooling operations are very en‐
ergy intensive and substantially reduce the
electric range.
Look well ahead when
driving
Avoid unnecessary acceleration and braking.
By maintaining a suitable distance to the vehi‐
cle driving ahead of you.
Driving smoothly and proactively reduces fuel
consumption.
Longer braking procedures result in more effi‐
cient charging of the high-voltage battery via
energy recovery from braking.
Use coasting
When approaching a red light, take your foot
off the accelerator and let the vehicle coast to
a halt.Seite 140Driving tipsIncrease range140
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Switch off any functions that
are not currently needed
Functions such as seat heating and the rear
window defroster require a lot of energy and
reduce the range, especially in city and stop-
and-go traffic.
Reel off these functions if they are not needed.
The ECO PRO driving program supports the
energy conserving use of comfort features.
These functions are automatically deactivated
partially or completely.
Have maintenance carried
out
Have vehicles maintained regularly to achieve
optimal vehicle efficiency and operating life.
The maintenance should be carried out by
your service center.
ECO PRO The concept
ECO PRO supports a driving style that saves
on fuel consumption. For this purpose, the en‐
gine control and comfort features, e. g. the cli‐
mate control output, are adjusted.
At a glance
ECO PRO▷Reduce heat output or heating cycle for ex‐
terior mirror, rear window and seat heating.▷What reduces the the cooling and heating
output of the climate control system.
Activate ECO PRO
Press button repeatedly until ECO
PRO is displayed in the instrument
cluster.
Configuring ECO PRO
Via the Driving Dynamics Control1.Activate ECO PRO.2."Configure ECO PRO"3.Configure the program.
Via the iDrive
1."Settings"2."ECO PRO mode"
Or
1."Settings"2."Driving mode"3."Configure ECO PRO"
Configure the program.
ECO PRO Tip
▷"Limit at:":
Adjust the ECO PRO speed.▷"ECO PRO speed warning":
The output is reduced once the set ECO
PRO speed is reached.
ECO PRO climate control
"ECO PRO climate control"
Climate control is set to be fuel-efficient.
By making a slight change to the set tempera‐
ture, or slowly adjusting the rate of heating or
cooling of the car's interior, fuel consumption
can be economized.
The outputs of the seat heater and the Addi‐
tionally heat output to seats and exterior mirror
is reduced.
The mirror heating is made available when out‐
side temperatures are very cold.
ECO PRO potential
Shows potential savings with the current set‐
tings in percentages.
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Settings are stored. When you change charg‐
ing locations you also might need to change
the setting for charging.
Set the charge current strength at other
household sockets to "Low".
Stopping charging process The charging operation can be stopped at any
time by removing the charging cable and con‐
tinued at a later time by connecting the charg‐
ing cable in order to use other loads on the
power connection or to prevent simultaneous
high power from multiple loads.
The charging operation is interrupted when the
vehicle is unlocked and automatically resumed
after a brief time or when it is locked.
Continue charging operation If the charging operation is interrupted, e.g.,
through a temporary power failure, the charg‐
ing operation is automatically continued after
the interruption.
Terminating charging process1.Removing the charging cable from the ve‐
hicle, refer to page 148.2.Stow the charging cable as required.3.Close the charging port flap.4.Lock vehicle if it is unlocked.
Displays in the instrument
cluster
The charging state indicator light shows the
charging state of the high-voltage battery in
the instrument cluster, if operating readiness is
turned on. If all segments are filled, the high-
voltage battery is fully charged.
Even if no segments are filled, the high-voltage
system is still under high voltage.
DisplayMeaningPlug blue: charging operation active.
White plug: charging interruption.End of charging time or set depar‐
ture time.Charging progress bar.Indicator in blue: charged electrical
range.Indicator in white: maximum electri‐
cal range.Departure time set.Climate control activated at depar‐
ture time.Flashing: ventilation active.Flashing: heating active.Flashing: cooling active.
Departure time
The concept For optimum range and climate control, the
departure time can be set before parking the
car.
With a set departure time, the vehicle is cli‐
mate controlled during the charging process
when climate control is set. Climate control
output is reduced during the trip. This in‐
creases the range during electric driving.
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The following settings are possible at depar‐
ture time:▷Climate control at departure time.▷Planning a one-time departure time.▷Planning of up to three regular departure
times per day of the week.
If drive readiness is switched off, changes can
be made on the Control Display. Departure
time can only be changed once. Scheduled de‐
parture times are not adjusted. Settings for cli‐
mate control and charging operation are also
applied for scheduled departure times.
Climate control at departure time
1."Settings"2."Departure time"3."Precond. for departure"
Setting departure time
1."Settings"2."Departure time"3."Departure 1:"4.Set the day of the week if needed.
Turn the controller until the desired day of
the week is set and press the controller.
To select other days of the week, repeat
the operation.5.Set the time.
Turn the controller until the desired time is
set and press the controller.
Up to three departure times can be set.
Activating the departure time
1."Settings"2."Departure time"
Set departure times are displayed.3.E. g. "Activate depart. time 1"
Up to three departure times can be activated.
The set departure time will be deactivated, if
the departure time was ignored three times in
a row.
Climate control General information
The following settings for climate control of
the vehicle are possible:▷Activate stationary climate control immedi‐
ately, refer to page 123.
With stationary climate control activated
and no charging cable connected, the
range is reduced.▷Planned climate control at the set depar‐
ture time, refer to page 124.
Discharged high-voltage and
vehicle battery
General information
In addition to the high-voltage battery, the ve‐
hicle has a 12 volt vehicle battery, which is re‐
quired for operation of the onboard electron‐
ics.
With a discharged vehicle battery, no operation
of the vehicle is possible.
Place vehicle in service To place the vehicle in service, charge as
usual.
If there is no possibility of charging on site,
contact the service center.
Charging vehicle with a discharged
vehicle battery
1.Unlock the vehicle, if needed, using the
integrated key, refer to page 36.2.Secure the vehicle against rolling.Seite 152MobilityCharging vehicle152
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18: rim diameter in inches
96: load rating, not for ZR tires
Y: speed rating, before the R on ZR tires
Speed letter
Q = up to 100 mph, 160 km/h
R = up to 106 mph, 170 km/h
S = up to 112 mph, 180 km/h
T = up to 118 mph, 190 km/h
H = up to 131 mph, 210 km/h
V = up to 150 mph, 240 km/h
W = up to 167 mph, 270 km/h
Y = up to 186 mph, 300 km/h
Tire Identification NumberDOT code: DOT xxxx xxx 4314
xxxx: manufacturer code for the tire brand
xxx: tire size and tire design
4314: tire age
Tires with DOT codes meet the guidelines of
the U.S. Department of Transportation.
Tire age DOT … 4314: the tire was manufactured in the
43th week of 2014.
Recommendation
Regardless of wear and tear, replace tires at
least every 6 years.
Uniform Tire Quality Grading
Quality grades can be found where applicable
on the tire sidewall between tread shoulder
and maximum section width.
For example: Treadwear 200; Traction AA;
Temperature A
DOT Quality Grades Treadwear
Traction AA A B CTemperature A B C
All passenger car tires must conform to Fed‐
eral Safety Requirements in addition to these
grades.
Treadwear
The treadwear grade is a comparative rating
based on the wear rate of the tire when tested
under controlled conditions on a specified gov‐
ernment test course. For example, a tire
graded 150 would wear one and one-half, 1 g,
times as well on the government course as a
tire graded 100. The relative performance of
tires depends upon the actual conditions of
their use, however, and may depart signifi‐
cantly from the norm due to variations in driv‐
ing habits, service practices and differences in
road characteristics and climate.
Traction
The traction grades, from highest to lowest,
are AA, A, B, and C.
Those grades represent the tire's ability to
stop on wet pavement as measured under
controlled conditions on specified government
test surfaces of asphalt and concrete. A tire
marked C may have poor traction performance.
The traction grade assigned to this tire is
based on straight-ahead braking traction tests,
and does not include acceleration, cornering,
hydroplaning, or peak traction characteristics.
Temperature The temperature grades are A, the highest, B,
and C, representing the tire's resistance to the
generation of heat and its ability to dissipate
heat when tested under controlled conditions
on a specified indoor laboratory test wheel.
Sustained high temperature can cause the ma‐
terial of the tire to degenerate and reduce tire
life, and excessive temperature can lead to
sudden tire failure. The grade C corresponds
to a level of performance which all passenger
car tires must meet under the Federal Motor
Vehicle Safety Standard No. 109. Grades BandSeite 161Wheels and tiresMobility161
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