2023 TOYOTA RAV4 PRIME engine

912-1. Plug-in hybrid system
2
Plug-in hybrid system
Shift the shift lever to D when
stopped at a traffic light, or driv-
ing in heavy traffic etc. Shift the
shift lever to P when parking.
When using the N, there is no
positive effect on fuel consump-
tion. In the N, the gasoline
engine operates but electricity
cannot be generated. Also,
when using the air conditioning
system, etc., the hybrid battery
(traction battery) power is con-
sumed.
Drive your vehicle smoothly.
Avoid abrupt acceleration and
deceleration. Gradual accel-
eration and deceleration will
make more effective use of
the electric motor (traction
motor) without having to use
gasoline engine power.
 Avoid repeated acceleration.
Repeated acceleration con-
sumes hybrid battery (trac-
tion battery) power, resulting
in poor fuel consumption. Bat-
tery power can be restored by
driving with the accelerator
pedal slightly released.
Make sure to operate the brakes
gently and a timely manner. A greater amount of electrical
energy can be regenerated
when slowing down.
Repeated acceleration and
deceleration, as well as long
waits at traffic lights, will lead to
high fuel and electricity con-
sumption. Check traffic reports
before leaving and avoid delays
as much as possible. When driv-
ing in a traffic jam, gently
release the brake pedal to allow
the vehicle to move forward
slightly while avoiding overuse
of the accelerator pedal. Doing
so can help control excessive
electricity and fuel consumption.

Control and maintain the vehi-
cle at a constant speed.
Before stopping at a toll booth
or similar, allow plenty of time
to release the accelerator and
gently apply the brakes. A
greater amount of electrical
energy can be regenerated
when slowing down.
 Electricity consumption will
increase significantly when
driving at high speeds in EV
mode or AUTO EV/HV mode.
If there will be a long distance
to the next external charging
point after leaving a freeway,
it is recommended to drive in
Shift lever operation
Accelerator pedal/brake
pedal operation
When braking
Delays
Highway driving

922-1. Plug-in hybrid system
HV mode while on the free-
way and change to EV mode
or AUTO EV/HV mode after
leaving the freeway. (P.76)
 Turn the “A/C” switch off
when it is not needed. Doing
so can help reduce excessive
electricity and fuel consump-
tion.
In summer: When the ambient tem-
perature is high, use the recircu-
lated air mode. Doing so will help to
reduce the burden on the air condi-
tioning system and reduce electric-
ity and fuel consumption as well.
In winter: Avoid excessive and
unnecessary use o f the heater.
Usage of the heated steering wheel
(if equipped) and seat heaters are
effective. ( P.433)
 Using the Remote Air Condi-
tioning System ( P.431)
while the AC charging cable is
connected to the vehicle can
reduce electricity consump-
tion immediately after starting
off by operating air condition-
ing mainly using electricity
from an external power
source.
 When setting the charging
schedule, setting the charging
mode to “Departure” or
“Departure time” and “Climate
Prep” or “Climate preparation”
to on can reduce electricity
consumption immediately after starting off by operating
air conditioning before
charging is completed.
(
P.128)
Make sure to check the tire infla-
tion pressure frequently. If there
is improper tire inflation pres-
sure in the tires, the EV driving
range will become shorter, and
fuel consumption when in HV
mode will increase.
Also, as snow tires can cause
large amounts of friction, their
use on dry roads can lead to
increased fuel and electricity
consumption.
Carrying heavy luggage will lead
to poor fuel economy. Avoid car-
rying unnecessary luggage.
Installing a large roof rack will
also cause poor fuel economy.
Since the gasoline engine starts
up and cuts out automatically,
warming up is not necessary.
Air conditioningChecking tire inflation
pressure
Luggage
Warming up before driv-
ing

932-1. Plug-in hybrid system
2
Plug-in hybrid system
The value displayed on the SOC
(State of Charge) gauge
(P.173, 178) is estimated from
the following information.
 The amount of hybrid battery
(traction battery) charge cur-
rently remaining
 The electricity consumption
(the estimated distance that
EV driving is possible per unit
of electrical energy) based on
the recorded value
 Past air conditioning system
electricity consumption
amount
The electricity consumption var-
ies depending on how the vehi-
cle is driven. The vehicle automatically records the elec-
tricity consumption when being
charged and uses the electricity
consumption for estimating the
EV driving range. Therefore, the
EV driving range displayed
when the hybrid battery (traction
battery) is fully charged may dif-
fer from the previous EV driving
range depending on how the
vehicle was driven.
The EV driving range may
change significantly with each
charging until the electricity con-
sumption based on the recorded
value is stable (for approxi-
mately the first month or two).
However, this does not indicate
a malfunction.
When the air conditioning sys-
tem is turned on, the EV driving
range (with using the air condi-
tioning system) is estimated
based on the past air condition-
ing electricity consumption
amount considering that the
electricity consumption may
become higher.
The distance that EV driving is
possible varies significantly
depending on how the vehicle is
driven, road conditions, the
weather, the outside tempera-
ture, usage conditions of electri-
cal components and the number
EV driving range
The EV driving range dis-
played on the multi-informa-
tion display shows the
reference distance that EV
driving (driving using only
the electric motor) is possi-
ble, and the actual distance
that can be driven may dif-
fer from that displayed.
Even if the EV driving range is
displayed, EV driving may be
canceled and both gasoline
engine and electric motor are
used depending on the situa-
tion. (
P.80)
Displayed value
Tips for extending the EV
driving range

1132-2. Charging
2
Plug-in hybrid system■Charging from an external
power source (P.121)
This is a charging method used
when charging from an AC out-
let (120 V) with the AC charging
cable equipped to the vehicle or
charging at a public charging
station.
The charging start time (or depar-
ture time) and day can be set to
carry out charging using the
charging schedule at the desired
date and time. ( P.128)
■Using the hybrid battery
(traction battery) charge
mode ( P.77)
The plug-in hybrid system can
be switched to hybrid battery
(traction battery) charge mode
to charge the hybrid battery
(traction battery) using electricity
generated by gasoline engine
operation.
The maximum charge amount in
the hybrid battery (traction battery)
charge mode is approximately 80%
of the fully charged capacity for the
charging from an external power
source.
This vehicle is equipped with
several functions that are linked
with charging.
■“My Room Mode” ( P.148)
When the AC charging cable is
connected to the vehicle, electri-
cal components such as the air
conditioning system or audio
system can be used using the
external power source
*.
*: The power of the hybrid battery
(traction battery) may be used
depending on the situation.
■“Battery Heater”
When the outside temperature
is low and the AC charging
cable is connected to the vehi-
cle, this function automatically
warms the hybrid battery (trac-
tion battery) until it reaches or
exceeds a certain temperature.
“Battery Heater” will operate
when the “Battery Heater” of the
“Charging Settings” on the multi-
information display is on.
( P.193)
■Hybrid battery (traction bat-
tery) warming control
(Alaska and Canada only)
This control operates after the
AC charging cable remains con-
nected to the vehicle for 3 days
and “Battery Heater” automati-
cally stops. It automatically insu-
lates the hybrid battery (traction
battery) in extremely low tem-
Charging methods
The following methods can
be used to charge the
hybrid battery (traction bat-
tery).
Types of charging meth-
ods
Charging-linked functions

1693-1. Instrument cluster
3
Vehicle status information and indicators
*1: These lights turn on when the
power switch is turned to ON to
(Yellow)
Brake system warning
light
*1 (  P.541)
Charging system warn-
ing light
*1 (  P.541)
High coolant tempera-
ture warning light
*2
(  P.542)
Hybrid system overheat
warning light
*2 (  P.542)
Low engine oil pressure
warning light
*2 (  P.542)
(U.S.A.)
Malfunction indicator
lamp
*1 ( P.542)
(Canada)
Malfunction indicator
lamp
*1 ( P.542)
SRS warning light
*1
(  P.543)
(U.S.A.)
ABS warning light*1
(  P.543)
(Canada)
ABS warning light*1
(  P.543)
(Red)
Electric power steering
system warning light
*1
(  P.543)
(Yellow)
Electric power steering
system warning light
*1
(  P.543)
(Flashes
or illumi- nates)
PCS warning light*1
(  P.544)
(Orange)
LTA indicator ( P.544)
Intuitive parking assist
OFF indicator
*3 (if
equipped) ( P.544)
PKSB OFF indicator
*1 (if
equipped) ( P.545)
BSM OFF indicator
*1
(  P.545)
RCTA OFF indicator
*1
(  P.545)
Slip indicator light
*1
(  P.546)
Inappropriate pedal oper-
ation warning light
*2
(  P.546)
(Flashes)
Brake hold operated indi-
cator
*1 ( P.546)
(U.S.A.)
(Flashes)
Parking brake indicator
(  P.547)
(Canada)
(Flashes)
Parking brake indicator
( P.547)
Tire pressure warning
light
*1 (if equipped)
(  P.547)
Low fuel level warning
light ( P.547)
Driver’s and front passen-
ger’s seat belt reminder
light ( P.548)
Rear passengers’ seat
belt reminder lights
*4
(  P.548)
Rear passengers’
seat belt reminder
lights ( P.548)

1763-1. Instrument cluster
READY OFF area
Shows that the hybrid system is not
operating.
Charge area
Shows regeneration
* status. Regen-
erated energy will be used to charge
the hybrid battery (traction battery).
Eco area
Shows that the vehicle is being
driven in an Eco-friendly manner.
By keeping the indicator needle
within Eco area, m ore Eco-friendly
driving can be achieved.
Power area
Shows that an Eco-friendly driving
range is being exceeded (during full
power driving etc.)
EV driving area (EV mode or
AUTO EV/HV mode)
Shows that the vehicle is driven
using only the electric motor (trac-
tion motor).
Hybrid Eco area (HV mode)
Shows that gasoline engine power
is not being used very often. The gasoline engi
ne will automati-
cally stop and restart under various
conditions.
*: When used in this manual, “regen- eration” refers to the conversion of
energy created by the movement
of the vehicle into electrical
energy.
In the following situation, the Hybrid
System Indicator does not operate.
●“READY” indicator is not illumi-
nated.
●The shift lever is in a range other
than D or S.
■Outside temperature display
●In the following sit uations, the cor-
rect outside temperature may not
be displayed, or the display may
take longer than normal to
change.
• When stopped (including when using “My Room Mode”), or driv-
ing at low speeds (less than 12
mph [20 km/h])
• When the outside temperature
has changed suddenly (at the
entrance/exit of a garage, tunnel,
etc.)
●When “--” or “E” i s displayed, the
system may be malfunctioning.
Take your vehicle to your Toyota
dealer.
A
B
C
D
E
F

1773-1. Instrument cluster
3
Vehicle status information and indicators
●Displays the outside temperature
within the range of -40°F (-40°C)
to 122°F (50°C).
●When the outside temperature is
approximately 37°F (3°C) or
lower, the indicator will flash
for approximately 10 seconds,
then stay on.
■Liquid crystal display
 P.185
■Customization
Settings (e. g. meter display) can be
changed on the screen of the
multi-informat ion display. (P.191)
Switches the items of the odom-
eter, trip meter A and trip meter
B by pressing the “ODO TRIP”
switch.
When the trip meter is dis-
played, pressing and holding the
switch will reset the trip meter.
The brightness of the instrument
panel lights can be adjusted by
turning the dial.
WARNING
■The information display at
low temperatures
Allow the interior of the vehicle to
warm up before u sing the liquid
crystal informat ion display. At
extremely low temperatures, the
display monitor may respond
slowly, and display changes may
be delayed.
For example, there is a lag
between the driver’s shifting and
the new shift range appearing on
the display. This lag could cause
the driver to downshift again,
causing rapid and excessive
engine braking and possibly an
accident resulting in death or
injury.
NOTICE
■To prevent damage to the
engine and its components
The engine may be overheating if
“Engine Coolant Temp High Stop
in a Safe Place See Owner’s
Manual” is shown on the multi-
information displa y. In this case,
immediately stop the vehicle in a
safe place, and c heck the engine
after it has cooled completely.
(  P.574)
Using the “ODO TRIP”
switch
Instrument panel light
control

1823-1. Instrument cluster
• Fuel is added with the fuel gauge near or at “F”.
• The vehicle is stopped on an uneven surface, such as a slope.
• The vehicle is driven on a slope or around a curve.
SOC (State of Charge) gauge
Displays the amount of charge rem aining in the traction battery. ( P.182)
EV driving range
Displays the EV drivin g range with charge remaining in the hybrid battery
(traction battery).
Odometer and trip meter display ( P.311)
■The meters and display illumi-
nate when
The power swit ch is in ON.
■Engine speed
On hybrid vehicles, engine speed is
precisely controlled in order to help improve fuel efficiency and reduce
exhaust emissions etc.
There are times when the engine
speed that is disp
layed may differ
even when vehicle operation and
driving conditions are the same.
■Hybrid System Indicator
Charge area
Shows regeneration
* status.
Regenerated e nergy will be used to
charge the hybrid battery (traction
battery).
Eco area
Shows that the vehicle is being
driven in an Eco-friendly manner.
By keeping the bar display within
Eco area, more Eco-friendly driving can be achieved.
Power area
Shows that an Eco-friendly driving
range is being exceeded (during full
power driving etc.)
Hybrid Eco area (HV mode)
Shows that gasoline engine power
is not being used very often.
The gasoline engi ne will automati-
cally stop and restart under various
J
K
L
A
B
C
D