2012 NISSAN LEAF light

EMERGENCY SHUT-OFF SYSTEM
The emergency shut-off system is activated and
the high-voltage system automatically turns off in
the following conditions:
- Front and side collisions in which the air bags
are deployed.
- Certain rear collisions.
- Certain EV (Electric Vehicle) system malfunc-
tions
For the above collisions and certain other EV
(Electric Vehicle) system malfunctions, the
READY to drive indicator light will turn off. See
“Warning/indicator lights and audible remin-
ders” in the “2. Instruments and controls”
section.
The emergency shut-off activates for the above
collisions to minimize risk of an event that could
cause injury or an accident. If the emergency
shut-off system activates, the EV system may
not be switched to READY to drive position,
contact a NISSAN certified LEAF dealer. Even if
the power switch is switched to READY to drive
position, the system may shut-off suddenly.
Therefore, drive cautiously to the nearest
NISSAN certified LEAF dealer or contact a
NISSAN certified LEAF dealer as soon as
possible.WARNING
.Pay special attention to pedes-
trians. Because there is no engine
noise, pedestrians may not know
the vehicle is approaching, moving
or about to move, and may step into
the path of vehicle travel.
. When leaving the vehicle, be sure to
turn off the EV (Electric Vehicle)
system.
. Be sure to push the P (Park) posi-
tion switch on the selector lever and
apply the parking brake when park-
ing because the vehicle can move
when the READY to drive indicator
light is ON. When the READY to
drive indicator light is ON, do not
leave your vehicle in a shift position
other than the P (Park) position.
. Keep the brake pedal depressed
until you are ready to drive. When
the vehicle is in the D (drive) posi-
tion or ECO or R (reverse) position,
if you release the brake pedal and
do not depress accelerator, the
vehicle will creep and may start
abruptly. This may cause serious injury or death.
NOTE:
. The vehicle cannot run with a dis-
charged Li-ion battery. Repeated accel-
eration consumes more power from the
Li-ion battery than driving at a steady
speed.
. This vehicle is equipped with a regen-
erative brake system. The primary pur-
pose of regenerative brake system is to
provide some power to recharge the Li-
ion battery and extend driving range. A
secondary benefit is “engine braking”
that operates based on Li-ion battery
conditions.
. In the D (Drive) position, when the
accelerator pedal is released, the re-
generative brake system provides
some deceleration.
. When you put the shift selector in the
ECO position and take your foot off the
accelerator pedal, more regenerative
brake is applied than in the D (Drive)
position.
. Less deceleration is provided by the
regenerative brake system when the Li-
EV OverviewEV-9
EV (Electric Vehicle)
CHARACTERISTICS

0 Illustrated table of contents
Seats, seat belts and Supplemental Restraint
System (SRS) ........................................................................... 0-2
Exterior front .............................................................................. 0-3
Exterior rear ............................................................................... 0-4
Passenger compartment ........................................................ 0-5 Cockpit ....................................................................................... 0-6
Instrument panel ...................................................................... 0-7
Meters and gauges ................................................................. 0-8
Motor compartment ................................................................ 0-9
Warning and indicator lights ............................................. 0-10

Driving range button
— Audio control
— Bluetooth
®Hands-Free Phone System control
6. Steering wheel
— Electric power steering system (P.5-21) — Horn (P.2-46)
— Driver’s supplemental air bag (P.1-36)
7. Wiper and washer switch (P.2-38)
8. Steering-wheel-mounted controls (right side)
— Cruise control switches (P.5-17)
9. Fuse box cover (P.8-16)
10. Vehicle Dynamic Control (VDC) OFF switch (P.2-48)
11. Headlight aiming control (P.2-44)
12. Immediate charge switch (P.CH-24)
13. Heated steering wheel switch (P.2-45)
14. Tilting steering wheel lever (P.3-19)
15. Heated seat switch (P.2-46)
16. Selector lever (P.5-12)
17. Electric parking brake (P.5-15)
*: if so equipped
COCKPIT

12-volt battery charge
warning light2-13

EV Overview
The EV (Electric Vehicle) system ...................................... EV-2
Li-ion battery .......................................................................... EV-2 Driving with a discharged Li-ion battery ................... EV-3
Charging the 12-volt battery ........................................ EV-5
Li-ion battery heater ....................................................... EV-5
High voltage precautions .................................................... EV-7
High-voltage components ............................................. EV-7
Road accident precautions ................................................ EV-8 Emergency shut-off system .......................................... EV-9
EV (Electric Vehicle) characteristics ................................ EV-9
Noise and vibration ...................................................... EV-10
Life with an EV (scene guide) ........................................ EV-10 Charging the Li-ion battery ........................................ EV-10
Before driving your vehicle ........................................ EV-13
Starting your vehicle .................................................... EV-16
Driving the vehicle ........................................................ EV-17 At home after driving ................................................. EV-21
Efficient use of your vehicle ............................................ EV-22 Range ............................................................................ EV-22
Improve driving range ............................................... EV-22
Li-ion battery life ......................................................... EV-23
Li-ion battery maintenance ...................................... EV-24
EV unique information ...................................................... EV-24 Meters and indicators ............................................... EV-24
Approaching Vehicle Sound for Pedestrians
(VSP) system .............................................................. EV-27
Electric shift control system .................................... EV-28
Electric parking brake ............................................... EV-28
LED headlight (low beam) ....................................... EV-29
Solar cell module (if so equipped) ........................ EV-29
Driving range button ................................................ EV-29

CHARGING THE 12-VOLT BATTERY
The 12-volt battery is charged automatically
using electricity stored in the Li-ion battery.
When the 12-volt battery is being charged, the
charge status indicator light on the instrument
panel flashes. (except when charging the Li-ion
battery or the power switch is in the READY to
drive position.) See “Charging status indicator
lights” in the “CH. Charging” section.
While vehicle is in use
The Li-ion battery charges the 12-volt battery as
necessary when the power switch is in the
READY to drive position or ON position.
The 12-volt battery is not charged in the
following conditions.
.When the power switch is in ACC position.
. When the power switch is in ON position
and shift position is in the N (Neutal)
position.
While the vehicle is not in use
When the EV (Electric Vehicle) system is off for
an extended time, the 12-volt battery may be
automatically charged for a short period of time
on a regular basis.
LI-ION BATTERY HEATER
CAUTION
The Li-ion battery heater does not
operate if the available Li-ion battery
charge is less than approximately 30%
and the charger is not connected to the
vehicle. To help prevent the Li-ion
battery from freezing, do not leave the
vehicle in an environment if tempera-
tures may go below -48F (-208C) unless
the vehicle is connected to a charger.
The Li-ion battery heater helps to prevent the Li-
ion battery from freezing and helps to prevent
significant reductions in the Li-ion battery output
when the temperature is cold. The Li-ion battery
heater automatically turns on when the Li-ion
battery temperature is approximately -48 F
(-208C) or colder. The Li-ion battery heater
automatically turns off when the Li-ion battery
temperture is approximately 148F (-108C) or
higher.
The Li-ion battery heater uses electrical power
from an external source when a charger is
connected to the vehicle. The Li-ion battery
heater uses electrical power from the Li-ion
battery when the charger is not connected to the vehicle.
NOTE:
.
Connect the charger to the vehicle and
place the power switch in the OFF
position when parking the vehicle if
temperatures may go below -48 F
(-208C) . This provides external power
to the Li-ion battery heater when it
operates and does not discharge the
Li-ion battery.
. The charging status indicator lights
illuminate in a specific pattern when
the Li-ion battery heater operates. The
charging status indicator lights use the
same pattern to indicate 12-volt battery
charging, Climate Ctrl. Timer operation
or Remote Climate Control operation.
The charging status indicator lights do
not change if the Li-ion battery heater
operates at the same time as the above
features. See “Charging status indica-
tor lights” in the “CH. Charging” sec-
tion.
. The Li-ion battery heater uses Li-ion
battery power to operate, even if the
vehicle is connected to a charger when:
EV OverviewEV-5

EMERGENCY SHUT-OFF SYSTEM
The emergency shut-off system is activated and
the high-voltage system automatically turns off in
the following conditions:
- Front and side collisions in which the air bags
are deployed.
- Certain rear collisions.
- Certain EV (Electric Vehicle) system malfunc-
tions
For the above collisions and certain other EV
(Electric Vehicle) system malfunctions, the
READY to drive indicator light will turn off. See
“Warning/indicator lights and audible remin-
ders” in the “2. Instruments and controls”
section.
The emergency shut-off activates for the above
collisions to minimize risk of an event that could
cause injury or an accident. If the emergency
shut-off system activates, the EV system may
not be switched to READY to drive position,
contact a NISSAN certified LEAF dealer. Even if
the power switch is switched to READY to drive
position, the system may shut-off suddenly.
Therefore, drive cautiously to the nearest
NISSAN certified LEAF dealer or contact a
NISSAN certified LEAF dealer as soon as
possible.WARNING
.Pay special attention to pedes-
trians. Because there is no engine
noise, pedestrians may not know
the vehicle is approaching, moving
or about to move, and may step into
the path of vehicle travel.
. When leaving the vehicle, be sure to
turn off the EV (Electric Vehicle)
system.
. Be sure to push the P (Park) posi-
tion switch on the selector lever and
apply the parking brake when park-
ing because the vehicle can move
when the READY to drive indicator
light is ON. When the READY to
drive indicator light is ON, do not
leave your vehicle in a shift position
other than the P (Park) position.
. Keep the brake pedal depressed
until you are ready to drive. When
the vehicle is in the D (drive) posi-
tion or ECO or R (reverse) position,
if you release the brake pedal and
do not depress accelerator, the
vehicle will creep and may start
abruptly. This may cause serious injury or death.
NOTE:
. The vehicle cannot run with a dis-
charged Li-ion battery. Repeated accel-
eration consumes more power from the
Li-ion battery than driving at a steady
speed.
. This vehicle is equipped with a regen-
erative brake system. The primary pur-
pose of regenerative brake system is to
provide some power to recharge the Li-
ion battery and extend driving range. A
secondary benefit is “engine braking”
that operates based on Li-ion battery
conditions.
. In the D (Drive) position, when the
accelerator pedal is released, the re-
generative brake system provides
some deceleration.
. When you put the shift selector in the
ECO position and take your foot off the
accelerator pedal, more regenerative
brake is applied than in the D (Drive)
position.
. Less deceleration is provided by the
regenerative brake system when the Li-
EV OverviewEV-9
EV (Electric Vehicle)
CHARACTERISTICS

illuminates, the Li-ion battery charge is too low
for travel. See “Low battery charge warning
light” in the “2. Instruments and controls”
section. Charge the Li-ion battery as soon as
possible.
EV OverviewEV-19