TOYOTA RAV4 PLUG-IN HYBRID 2022 Owners Manual

119
2
2-2. Charging
Plug-in hybrid system
QCaution symbols
QInformation symbols
Do not hang the CCID (Charging Circuit Interrupting Device)
on the plug. Ensure the CCID (Charging Circuit Interrupting
Device) is supported.
Do not subject the AC charging cable, charging connector,
plug or CCID (Charging Circuit Interrupting Device) to strong
force or impact.
Do not place heavy objects on the AC charging cable,
charging connector, plug or CCID (Charging Circuit Interrupt-
ing Device).
Do not use this device if the AC charging cable is frayed, has
broken insulation, or any other signs of damage.
Do not wind the power cord or AC charging cable around the
CCID (Charging Circuit Interrupting Device) or charging con-
nector.
This device may not operate if used with IT or other unearthed
systems such as an isolated winding generator or isolating
transformer.
This device has a non-switched protective conductor.
Do not use this device at an altitude over 4000 meter.

1202-2. Charging
QUnlocking the charging port
lid
1Unlock the doors using the
smart entry & start system or
wireless remote control.
2Press the central rear edge of
the charging port lid (the loca-
tion shown in the illustration)
and open it.
QLocking the charging port lid
The charging port lid will be locked
when the lid is closed and the doors
are locked using the smart entry &
start system or wireless remote
control.
QSecurity feature
If the doors are locked by the security
function when the charing port lid is
closed, the charging port lid will also be
locked. (P.204)
QLocking the charging port lid
If the charging port lid is closed after the
doors are locked, the lid will not be
locked. In this case, close the lid and
then lock the doors again.
QIf the charging port lid does not
open
If the charging port lid does not open
when using the normal procedure, it can
be opened in an emergency by perform-
ing the following steps.
1Open the back door. (P.210, 211)
2Pull the 12-volt battery cover and
remove it. (P.462)
3Hook a finger to the emergency
release lever as shown in the illus-
tration.
4Move the emergency release lever
in the direction shown in the illustra-
tion.
*
The charging port lid is unlocked and
can be opened.
*: Make sure to move in the direction
shown in the illustration. Applying
force in other directions may damage
Locking and unlocking
the charging port lid and
charging connector
The charging port lid and
charging connector can be
locked/unlocked by the follow-
ing procedures.
Using the smart entry & start
system
*: P.203
Using the wireless remote con-
trol
*: P.201
*: If the smart entry & start system or
the wireless remote control does
not operate properly, use the
mechanical key. (P.545)
Locking and unlocking the
charging port lid

121
2 2-2. Charging
Plug-in hybrid system
the emergency release lever.
5Press the central rear edge of the
charging port lid to open it. (P.106)
This unlocking method is a temporary
correction procedure for emergency use
only. If the problem persists, have the
vehicle inspected by any authorized
Toyota retailer or Toyota authorized
repairer, or any reliable repairer immedi-
ately.
QLocking the charging connec-
tor
The charging connector will be
automatically locked when inserting
it into the AC charging inlet.
QUnlocking the charging con-
nector
The charging connector will be
unlocked when the doors are
unlocked using the smart entry &
start system or wireless remote
control.
QCharging connector lock function
The charging connector lock function
does not guarantee that theft of the AC
charging cable will be prevented, and is
not necessarily effective for all mis-
chiefs.
QUnlocking the charging connector
using the smart entry & start sys-
tem
If the charging connector is locked while
the doors are unlocked, lock and then
unlock the doors to unlock the charging
connector.
QSecurity function for unlocking
If the charging connector is not removed
within approximately 30 seconds after
the vehicle is unlocked, the security
function automatically locks the connec-
tor again.
QUnlocking the charging connector
during charging
If the charging connector is unlocked
during charging, charging will be
stopped. Once the security function
(P.121) works, charging may not
restart automatically. In this case,
remove the charging connector
* and
insert it again.
*: When the charging connector is
removed, the charging schedule will
be updated. (P.143)
QWhen the charging connector can-
not be inserted into the AC
charging inlet
Check that the connector lock pin is not
lowered.
If the connector lock pin is lowered, the
connector lock is operating. Unlock the
doors using the smart entry & start sys-
tem or wireless remote control and
unlock the charging connector lock and
check that the connector lock pin is not
lowered.
Locking and unlocking the
charging connector

1222-2. Charging
QIf the charging connector cannot be
unlocked
The charging connector can be unlocked by operating the emergency
release lever.
1 Open the back door. (P.210, 211)
2 Remove the cover as shown in the illustration.
3 Insert a hand from the lower side of the vehicle obliquely upward, and hook a finger to the emergency
release lever.
4 Move the emergency release lever
in the direction shown in the illustra-
tion.*
The charging connector is unlocked and
can be removed.*: Make sure to move in the direction
shown in the illustration. Applying
force in other directions may damage
the emergency release lever.
5 Reinstall the cover to the its original
position.
This method is a temporary correction procedure for emergency use only. If the
problem persists, have the vehicle inspected by any authorized Toyota retailer or Toyota authorized repairer, or
any reliable repairer immediately.
Do not operate the emergency release lever when the charging connector can
be unlocked in the normal procedure.
WARNING
QWhen connecting the charging connector to the AC charging
inlet
Be careful not to touch the charging port lid lock portion.
When the connector lock operates, the charging port lid lock will also operate. The charging port lid lock pin
may hit a hand, resulting in an injury.
NOTICE
QWhen inserting the charging con- nector
Observe the following precautions.
Failure to do so may cause a mal- function in the charging connector locking system.
OCheck that the charging connector is compatible with this vehicle.A charging connector of the differ-
ent type or a charging connector with damaged or deformed inser-tion part may not be locked.

123
2
2-2. Charging
Plug-in hybrid system
*: If the AC charging cable is equipped.
 Connect to an AC 220 V - 240 V
socket with a Residual Current
Circuit-Breaker (RCCB) and a
circuit breaker. Use of a 13A
individual circuit is strongly rec-
ommended to ensure AC
charging cable will operate prop-
erly.
 We strongly recommend that you
use an exclusive connection
from the junction box for
charging. If you connect on a
socket that is on a shared circuit,
and other electrical appliances
are used on other sockets on the
same circuit, then the circuit
breaker might trip.*
NOTICE
ODo not apply excessive force to the charging connector after the
charging connector is inserted. When removing the charging con-nector, make sure to unlock the
charging connector.
Power sources that can
be used*
An external power source that
fulfills the following criteria is
necessary for charging this
vehicle. Confirm this before
charging.
WARNING
QWarnings for electrical faults
Make sure to observe the precautions in this Owner’s Manual when charging the vehicle.
Failure to use a power source that ful- fills the requirements, or failure to observe regulations while charging
could lead to an accident, possibly resulting in death or serious injury.
Power sources

1242-2. Charging
Ensure that the junction box is
equipped with a Residual Cur-
rent Circuit-Breaker (RCCB). If it
is not, have one installed by a
duly qualified professional.
When charging outdoors, make
sure to connect to a rain-tight
socket that is certified for outdoor
use. Checking Residual Current
Circuit-Breaker (RCCB) opera-
tion before its use is recom-
mended.
Check whether there are any
local EV-charging regulations in
place, and adhere to them.
*: For detailed information, consult an
electrician.
QThe charging environment
For safe charging, the following
charging equipment and settings are
recommended.
ORain-tight socket
When charging outdoors, connect the
plug to a rain-tight socket, and ensure
that the plug remains waterproof while
the plug is connected.
ODedicated circuit
• To reduce the risk of fire, connect only
to an at least 13A branch circuit with
an over-current protection.
• To reduce the risk of electric shock
when working with the plug, connect
to a socket that has a Residual Cur-
rent Circuit-Breaker (RCCB) installed.
ORemote switch
Allows the electricity from the socket to
be interrupted by operating a switch,
thus allowing safe removal and insertion
of the plug on rainy days.
QWhen your circuit breaker trips
during charging
The upper limit of the charging current
can be changed in “Vehicle Settings” on
the multi-information display.
1Press or of the meter control
switches to select .
2Press or of the meter control
switches to select “Vehicle Settings”,
and then press and hold .
3Press or of the meter control
switches to select “Charging Set-
tings”, and then press .
The “Charging Settings” screen will
be displayed.
4Press or of the meter control
switches to select “Charging Cur-
rent”, and then press .
The “Charging Current” screen will
be displayed.
5Press or of the meter control
switches to select “16A”
*1 or “8A”,
and then press .
During charging, the maximum
charging current will be restricted to
the set current or lower.
*2
If the breaker still trips while charging,
even after changing the upper limit of
the charging current, check if the con-
nected power source meets the speci-
fied charging conditions. (P.123)
*1: Vehicles with 6.6 kW onboard trac-
tion battery charger only
*2: Restricting the charging current will
lengthen the charging time.

125
2
2-2. Charging
Plug-in hybrid system
WARNING
QPower sources precautions
Observe the following precautions.
If you do not follow them, fire, electri- cal shock and/or damages may occur, possibly resulting in death or serious
injury.
OConnect to an AC 220 V - 240 V
socket with a Residual Current Cir- cuit-Breaker (RCCB) and supplied by a circuit breaker in line with local
regulations. Use of an individual cir- cuit provided with at least 13A is strongly recommended.
ODo not connect the AC charging cable to a multi-socket adaptor,
multi-plugs, or conversion plug.
OConnecting the AC charging cable
to an extension cord is strictly pro- hibited. The extension cord may overheat and does not contain a
Residual Current Circuit-Breaker (RCCB).The leakage detection function of
the CCID (Charging Circuit Inter- rupting Device) ( P.112) may not operate correctly.
ODo not connect to a branch electri-cal socket.
OMake sure to connect the charging connector and AC charging inlet directly. Do not connect a convert-
ing adaptor or extension cord between the charging connector and AC charging inlet.

1262-2. Charging
QCharging from an external
power source (P.134)
This is a charging method used
when charging from an AC socket
(220 V - 240 V) with the AC
charging cable equipped to the
vehicle or charging at a public
charging station.
The charging start time (or departure
time) and day can be set to carry out
charging using the charging schedule
at the desired date and time. (P.143)
QUsing the hybrid battery (trac-
tion battery) charge mode
(P.87)
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 gaso-
line 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.
The time required to charge the
hybrid battery (traction battery) dif-fers according to the charging volt-
age and charging current.
Home power source (except for
France, Finland and Switzerland)
Charging voltage*1: AC 230 V
Charging current
*2: 10A
Estimated charging time
*3, 4: Approxi-
mately 7 hours 30 minutes
Home power source (for France,
Finland and Switzerland)
Charging voltage*1: AC 230 V
Charging current
*2: 8A
Estimated charging time
*3, 4: Approxi-
mately 9 hours
Charging station (3.3 kW
onboard traction battery charger)
Charging voltage*1: AC 230 V
Charging current
*2: 16A
Estimated charging time
*3, 4: Approxi-
mately 5 hours
Charging station (6.6 kW
onboard traction battery char-
ger
*5)
Charging voltage*1: AC 230 V
Charging current
*2: 32A
Estimated charging time
*3, 4: Approxi-
mately 2 hours 30 minutes
*1: The charging voltage may differ
depending on the target region.
*2: This is the maximum value. Further-
more, the upper limit of the charging
current can be changed in “Vehicle
Settings”. (P.124)
*3: The time required to complete
charging depends on conditions
Charging methods
The following methods can be
used to charge the hybrid bat-
tery (traction battery).
Types of charging methods
Estimated charging time

127
2 2-2. Charging
Plug-in hybrid system
such as the remaining charge of the
hybrid battery (traction battery), the
outside temperature and specifica-
tions of an AC charger.
*4: When using “My Room Mode”
(P.152), the time required for
charging to complete may be longer
or the charging may not be com-
pleted.
*5: If equipped
QCharging time may increase
In the following situations, charging time
may become longer than normal:
OIn very hot or very cold temperatures.
OWhen the hybrid battery (traction bat-
tery) becomes hot, such as immedi-
ately after high-load driving.
OThe vehicle is consuming a lot of elec-
tricity, for example, when the head-
lights are on etc.
OWhen using “My Room Mode”.
(P.152)
OThere is a power outage during
charging.
OThere is an interruption in the electri-
cal supply.
OThere is a drop in the voltage of exter-
nal power source.
OThe charge in the 12-volt battery is
low, for example due to the vehicle
being left unused for a long period of
time.
OThe maximum charging current is set
to 8A or 16A* through “Vehicle Set-
tings”. (P.124)
OWhen the “Battery Heater” operates.
(P.127)
OWhen the “Battery Cooler” is operated
before charging. (P.128)
OWhen the plug generates heat due to
a loose socket connection etc.
*: Vehicles with 6.6 kW onboard traction
battery charger only
QUsing a DC Charger
DC Chargers cannot be used with this
vehicle.
QCharging electricity
This vehicle can be charged up to
approximately 3.3 kW or 6.6 kW
*.
However, depending on the used char-
ger or AC charging cable, charging elec-
tricity may be limited.
*: Vehicles with 6.6 kW onboard traction
battery charger only
This vehicle is equipped with sev-
eral functions that are linked with
charging.
Q“My Room Mode” (P.152)
When the AC charging cable is
connected to the vehicle, electrical
components such as the air condi-
tioning system or audio system can
be used using the external power
source
*.
*: The power of the hybrid battery (trac-
tion battery) may be used depending
on the situation.
Q“Battery Heater”
When the outside temperature is
low and the AC charging cable is
connected to the vehicle, this func-
tion automatically warms the hybrid
battery (traction battery) until it
reaches or exceeds a certain tem-
perature.
“Battery Heater” will operate when
the “Battery Heater” of the
“Charging Settings” on the multi-
information display is on. (P.185)
Charging-linked functions

1282-2. Charging
QHybrid battery (traction bat-
tery) warming control (Green-
land only)
This control operates after the AC
charging cable remains connected
to the vehicle for 3 days and “Bat-
tery Heater” automatically stops. It
automatically insulates the hybrid
battery (traction battery) in
extremely low temperatures.
This control stops 31 days after
the AC charging cable is con-
nected, even if it is still con-
nected to the vehicle.
When this control operates,
charging schedule settings are
ignored and charging starts.
Q“Battery Cooler”
When the hybrid battery (traction
battery) is hot and the AC charging
cable is connected to the vehicle,
this function cools the hybrid bat-
tery (traction battery) before
charging is carried out.
“Battery Cooler” will operate when
the “Battery Cooler” of the
“Charging Settings” on the multi-
information display is on. (P.185)
QTraction battery heating and cool-
ing system (“Battery Heater” and
“Battery Cooler”)
OThe system operates when the hybrid
battery (traction battery) is below or
above a certain temperature.
OThe system may operate when
charging is not being performed.
OWhen the charging schedule is used
(P.143), this function will operate according to the charging schedule.
Q“Battery Heater”
OWhen “Battery Heater” is operating,
the charging indicator illuminates.
OWhen the AC charging cable is
removed from the vehicle or remains
connected to the vehicle for approxi-
mately 3 days, the system automati-
cally stops.
OWhen “Battery Heater” is operating
during charging, the charging time
may be longer than normal.
OIf the outside temperature becomes
high while “Battery Heater” is operat-
ing, charging may complete earlier
than the “Departure” time set.
(P.143)
OWhen the traction battery is almost
completely charged, “Battery Cooler”
may not be implemented.
OWhen the following operations are
performed while “Battery Heater” is
operating, the hybrid battery (traction
battery) heating operation stops.
• The shift lever is changed to any posi-
tion other than P
• The Remote Air Conditioning System
is operated (P.414)
O“Battery Heater” may operate even
when the hybrid battery (traction bat-
tery) is fully charged depending on the
temperature of the hybrid battery
(traction battery).
• The remaining charge of the hybrid
battery (traction battery) decreases
when “Battery Heater” operates. The
charging operation may start again to
charge the hybrid battery (traction bat-
tery).
• “Charging Stopped Due to Pulled
Charging Connector” may be shown
when the charging connector is
removed while recharging. (P.159)
Q“Battery Cooler”
OThe charging indicator is illuminated
while “Battery Cooler” is on standby or
operating.
O“Battery Cooler” is implemented for a