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High-voltage battery
73
Charging the high-voltage battery
1
2
3
Fig.53 Identification of alt
ernating current
(AC) and type 2 connector.
Fig.54 Identification of dir
ect current (DC)
and the vehicle's CCS connector
Compatibility between vehicles and charg-
ing infr
astructure
The following indicators according to the
EN 17186 standard provide information about
whether the infrastructure's charging connec-
tors are suitable for the vehicle ›››
.
Indicat
ors ›››Fig.53
In the vehicle
At the charging station
Indicators ›››Fig.54
Voltage up to 500 volts
Voltage of up to 1000 volts.
The indicators are located on the vehicle's
charging socket, on components of the lo-
cal charging infrastructure (charging station,
socket) and on the charging cable. The indica-
tors refer to charging connection standards ac-
cording to IEC 62196.
WARNING
Charging the vehicle at unv
erified electrical
installations can cause serious injury and
damage.
●
If there is no indicator or if the charging in-
frastructure is unknown, an electrical instal-
lation expert should be consulted first.
Charging with alternating current
(AC)
Valid for: hybrid vehicles
Fig.55 Behind the batt
ery charging cover on
the front left-hand side: Charging socket
›››Fig.55
Charging process display
Char
ging socket
Charging buttons
The battery charger installed in the vehicle
converts alternating current from the public
supply into direct current.
AC charging station, wallbox or power socket
cable: The vehicle’s high-voltage battery can
be charged using alternating current (AC)
through the corresponding charging socket
2
.
Connecting the char
ging cable
●
Firstly, connect the charging cable to the
electrical socket, charging station or Wallbox.
Next, fully unwind it.
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