BMW 3: Operating principle
If the driver adjusts a desired temperature at the IHKA controls, the IHKA
calculates a corresponding
nominal temperature and compares it to the actual output temperature of the
electrical heating.
There is a coolant temperature sensor at the electrical heating output for this
purpose. This way the
IHKA control unit can decide whether the heat from the combustion engine is
sufficient to heat the
passenger compartment or whether the electrical heating should be switched on.
If the temperature
of the coolant is too low, the electric heating can heat up to a total of 6
stages. The electrical heating is
always condition-based thanks to this control operation.
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When the coolant temperature is low, for example after driving off, or in
all-electric driving, the electric
changeover valve is activated by the Body Domain Controller (BDC). The
electrical changeo
The cooling system of the G20 PHEV is filled with the new antifreeze and
corrosion inhibitor Frostox
HT-12. The new antifreeze and corrosion inhibitor increases the long-term
stability and corrosion
h1 {color: red;}
h2 {color: green;}
h3 {color: blue;}
h4 {color: #FF00FF;}
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System activated/deactivated
Gray: the system is not
available.
White: the system is available but not
activated.
System is activated.
Parking space search is active.
The parking procedure is
active.
Steering control has been taken over
by system.
Parking space search and system
status
Concept
The function helps develop an especially efficient
driving style and to conserve fuel.
For this purpose, the driving style is analyzed.
The assessment is done in various categories
and is displayed on the Control Display.
This display will help you adjust your driving style
and save some