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Kia EV9 2024 - Main Components of Electric Vehicle; 僅 High Voltage (HV) Battery (Lithium-Ion)

Kia EV9 2024
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Electric vehicle guide
41
Main components of electric vehicle
Main components of electric
vehicle
OBC
: Transforms (inverts) AC power
charge power, to DC power, to charge
the high voltage battery.
Inverter
: Transforms direct current
into alternating current to supply
power to the motor, and transforms
alternating current into direct current
to charge the high voltage battery.
LDC
: Transforms (converts) power
from the high voltage battery to low
voltage (12V) to supply power to the
vehicle (DC-DC).
VCU
: Functions as a supervisory con
-
troller of electric vehicle
Motor
: Uses electrical energy stored
inside the high voltage battery to
drive the vehicle (functions like an
vehicle in a standard vehicle).
Reduction gear
: Delivers rotational
force of the motor to the tires at
appropriate speeds and torque.
High voltage battery (lithium-ion)
:
Stores and supplies power necessary
for the electric vehicle to operate (12V
battery provides power to the vehicle
features such as lights and wipers).
* OBC: On-Board Charger
* LDC: Low Voltage DC-DC Converter
* VCU: Vehicle Control Unit
WARNING
Do not remove or disassemble high
voltage components and high voltage
battery connectors and/or wiring
(orange cabling). Also, be careful not
to damage high voltage components
and the high voltage battery. It may
cause serious injury and significantly
impact the performance and durabil
-
ity of the vehicle.
When inspection and maintenance is
required for high voltage components
and the high voltage battery, have the
vehicle inspected by an authorized
Kia dealer.
High voltage (HV) battery (lith
-
ium-ion)
The charge amount of the high volt
-
age battery may gradually decrease
when the vehicle is not driven or
charged.
The battery capacity of the high volt
-
age battery may decrease over time
when the vehicle is stored in high or
low temperatures.
Distance to empty may vary depend
-
ing on the driving conditions (cargo,
rain, snow, wind, road surfaces), even
if the charge amount is the same. The
high voltage battery may expend
more energy when driving a fast pace
or uphill. These actions may reduce
the distance to empty.
The high voltage battery is used when
using the air conditioner/heater. This
may reduce the distance to empty.
Make sure to set moderate tempera
-
tures when using the air conditioner/
heater and/or use the pre-condition
-
ing feature prior to departures.
Natural degradation may occur with
the high voltage battery depending
on the number of years the vehicle
was used and/or the number of
charging cycles. This will reduce the
distance to empty over time.

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