1. Air conditioner compressor location
2. Electric power steering location
3. 42V DC/DC converter
4. High voltage battery and 12V DC/DCconverter
5. Service disconnect
6. High voltage harnesses
7. Traction motor location
8. Inverter unit
The Hybrid System uses high voltage up to 650
V. High voltage components are indicated in the
illustration. High voltage cables are orange. The
system can be hot while and after starting. Be
careful of both the high voltage and the high
temperature.
HYBRID VEHICLE
CHARACTERISTICS
WARNING
● Pay special attention to pedestrians
when the vehicle is powered only by the
traction motor. Because there is no en-
gine noise, pedestrians may not know
the vehicle is moving or about to move
and step into the direction of vehicle
travel. ●
When you leave your vehicle, be sure to
turn off the Hybrid System.
● Be sure to put the transmission in the P
(Park) position because the vehicle can
move when the READY light is on even
if the engine is stopped. When the
READY light is on, do not leave your
vehicle in a shift position other than the
P (Park) position. The vehicle will creep
and start abruptly if the accelerator
pedal is depressed by mistake. This may
cause serious injury or death.
CAUTION
● If the vehicle is parked for a long time,
the high voltage battery will discharge
gradually. To keep the high voltage bat-
tery in good condition, drive the vehicle
at least once every several months for
at least 30 minutes or ten miles. If the
high voltage battery becomes fully dis-
charged and the vehicle will not start
even with a jump-start to the 12-volt
system, contact your NISSAN dealer. ●
After the 12-volt battery is discon-
nected, run down, or replaced, the
gasoline engine may not stop even
while the vehicle is powered only by the
traction motor. If this condition contin-
ues for several days, take the vehicle to
your NISSAN dealer.
● Do not load large amounts of water in
open containers (aquariums or buck-
ets) into the vehicle. If the water spills
onto the high voltage battery, it may
cause a short circuit and damage the
battery.
High voltage parts and cables on the hybrid
vehicles emit approximately the same amount of
electromagnetic waves as the conventional
gasoline powered vehicles or home electronic
appliances despite of their electromagnetic
shieldings. Unwanted noise may occur in the
reception of a mobile two-way radio.
Charging the high voltage battery while driving is
important. The vehicle cannot run if the high
voltage battery is discharged. In the N (Neutral)
position, the high voltage battery does not re-
charge. Leaving the transmission in the N (Neu-
tral) position for an extended period of time may
discharge the high voltage battery. The high volt-
age battery recharges when the shift selector is
in any position other than N (Neutral) . Repeated
HEV OverviewHEV-9
1. Locate the fusible link box behind the engineair cleaner.
2. Push the tab in and lift up
Ato remove the
lid and expose the remote positive battery
terminal
B.
3. If the booster battery is in another vehicle
F, position the two vehicles,EandF,to
bring their batteries near each other.
Do not allow the two vehicles to touch.
4. Apply the parking brake. Move the shift se- lector to P (Park) . Switch off all unnecessary
electrical systems (lights, heater, air condi-
tioner, etc.) .
5. Remove vent caps on the battery (if so equipped) of the vehicle with battery for
booster
F. Cover the battery with an old
cloth
Gto reduce explosion hazard. 6. Connect jumper cables in the sequence il-
lustrated (
A,B,C,D).
CAUTION
●Always connect positive () to positive
() and negative () to body ground (for
example, strut mounting bolt, engine
lift bracket, etc.) — not to the battery.
● Make sure the jumper cables do not
touch moving parts in the engine com-
partment and that the cable clamps do
not contact any other metal.
7. Start the engine of the booster vehicle and let it run for a few minutes.
LCE0144
In case of emergency6-9
