2024 PEUGEOT 308 battery

3
Contents
Driving and manoeuvring aids - General
recommendations 11 9
Steering wheel with hands-on detection 121
Shortcuts for driving aids 121
Road signs recognition 122
Speed limiter 126
Cruise control - Specific recommendations 128
Cruise control 128
Drive Assist Plus 130
Drive Assist 2.0 130
Adaptive cruise control 131
Lane positioning assist 135
Semi-automatic lane changing 138
Active Safety Brake with Collision Risk Alert and
Intelligent emergency braking assistance
142
Distraction detection 146
Lane keeping assist 148
Long-distance blind spot monitoring 150
Parking sensors 151
Visiopark 1 153
Visiopark 3 155
Rear cross traffic alert 157
 7Practical informationCompatibility of fuels 160
Refuelling 160
Misfuel prevention (Diesel) 161
Electrified vehicles

- General
recommendations
162
Hybrid system 163
Rechargeable hybrid or electric vehicles

-
Specific recommendations
164
Rechargeable hybrid system 167
Charging the traction battery
(Rechargeable hybrid)
170
Charging system (Electric) 173
Charging the traction battery (Electric) 177
Towing device 180
Towing device with quickly detachable
towball
181
Roof bars 184
Very cold climate screens 185
Snow chains 186
Energy economy mode 187
Bonnet 188
Engine compartment 189
Checking levels 189
Checks 191
AdBlue® (BlueHDi) 193
Free-wheeling 195
Advice on care and maintenance 196
 8In the event of a breakdownWarning triangle 199
Running out of fuel (Diesel) 199
Tool kit 199
Temporary puncture repair kit 201
Spare wheel 204
Changing a bulb 207
Fuses 209
12

V battery/Accessory batteries 209
Towing the vehicle 217
 9Technical dataEngine technical data and towed loads 220
Petrol engines 221
Diesel engines 222
Hybrid engines 223
Rechargeable hybrid engines 224
Electric engines 226
Dimensions 227
Identification markings 228
 10 PEUGEOT i-Connect Advanced -PEUGEOT i-Connect
First steps 229
Customisation 232
Steering mounted controls 233
Applications 234
Voice commands 234
Navigation 236
Connectivity 236
Mirror Screen 238
Media 240
Phone 242
Settings 243
Help 243
  11Vehicle data recording and privacy
 ■
Alphabetical index
 ■
Appendix

6
Overview
Hybrid system

1.Petrol engine
2. Electric motor
3. 6-speed or 7-speed electric dual-clutch
automatic gearbox (e-DCS6/7)
4. 48 V traction battery
5. 12 V accessory battery
6. DC/DC converter
7. Belt starter
The 48
V hybrid technology requires no
connection to charge the traction battery.
The Hybrid system does not operate
continuously, but is activated according to
the state of the vehicle, the state of charge
of the traction battery, the thermal comfort of
the passenger compartment (switching on
the heating or air conditioning), the driving
conditions (acceleration, deceleration, braking,
engine start-up) and the road conditions (uphill,
downhill): –

The vehicle always starts with the petrol
engine to ensure the efficiency of the catalytic
converter and the availability of the brake assist.
–

In normal driving, the petrol engine and
electric motor work together or separately to
optimise fuel consumption and electrical energy
or to charge the traction battery
.
–
During the acceleration phases, the electric
motor provides an additional boost to reach
the torque needed as fast as possible and to
improve the acceleration at low speed.
–

During the deceleration phases, the electric
motor charges the traction battery
, using the
inertia of the vehicle.
– The driving in all-electric is possible for parking
manoeuvring, for 20
mph (30 km/h) speed zones
in city, on urban and country roads with smooth
driving and on motorways in slight deceleration
or downhill.
The electric motor is integrated into the
automatic gearbox.
The DC/DC converter provides the link between
the 12
V accessory power supply and the 48 V
traction power supply.
The belt starter restarts the petrol engine after
driving in all-electric.
Rechargeable hybrid
system


1. Petrol engine
2. Electric motor
3. Traction battery
4. 12 V accessories batteries
5. 7-speed or 8-speed electric automatic
gearbox (e-DCS7 or e-EAT8)
6. Charging flap
7. Fuel filler flap
8. Driving mode selector
9. Domestic charging cable
The rechargeable hybrid technology combines
two sources of energy: that of the petrol engine
and that of the electric motor, which drive the
front wheels (traction).
The engine and the motor can operate
alternately or simultaneously, according to the
driving mode selected and the driving conditions.

7
Overview
The electric power alone provides the mobility
of the vehicle in Electric mode, and in Hybrid
mode in case of moderate demand. It assists the
petrol engine during starting and acceleration
phases.
The electric power is supplied by a rechargeable
traction battery.
Electric drive system

1. Charging connectors
2. Traction battery
3. Accessory battery
4. Heat pump
5. On-board charger
6. Electric motor
7. Charging cable
The charging connectors 1 enable 3
types of
charging: –

Domestic charging in mode 2 using a
domestic socket and associated charging cable
7
.
–
Accelerated charging in mode 3 using an
accelerated charging unit (W
allbox).
–
Superfast charging in mode 4 using a fast
public charger
.
The 400 V traction battery 2 uses Lithium-Ion
technology. It stores and supplies the energy
required for the operation of the electric motor,
air conditioning and heating. Its charge level is
represented by an indicator and a reserve power
warning lamp on the instrument panel.
The 12 V accessory battery 3 powers the
vehicle’s conventional electrical system. It is
recharged automatically by the traction battery
via the on-board charger.
The heat pump 4 provides passenger
compartment heating and regulates traction
battery and on-board charger cooling.
The on-board charger
5
manages the domestic
charging (mode 2) and accelerated charging
(mode 3) of the traction battery as well as the
recharging of the 12
V accessory battery.
The electric motor
6 provides propulsion in
accordance with the selected driving mode and
driving conditions. It recovers energy during
vehicle braking and deceleration phases.
Labels
“Ease of use and comfort - Rear bench seat -
Rear head restraints” section:


"Ease of use and comfort - Front fittings -
Wireless smartphone charger" section:


"Lighting and visibility - Exterior lighting
control stalk" and "In the event of a
breakdown - Changing a bulb" sections:


"Safety - General safety recommendations -
Installing electrical accessories" section:


"Safety - Child seats - Deactivating the front
passenger airbag" section:


"Safety - ISOFIX mountings" section:
i-SizeTOP TETHER
"Driving - Electric parking brake" section:

8
Overview
"Driving - Stop & Start" section:
"Practical information - Compatibility of
fuels" section:




"Practical information - Rechargeable
hybrid or electric vehicles - Specific
recommendations" section:






"Practical information - Rechargeable hybrid
system" section:


"Practical information - Charging the traction
battery (Rechargeable hybrid)" section:


"Practical information - Charging system
(Electric)" section:




"Practical information - Charging the traction
battery (Electric)" section:


"Practical information - Bonnet" section:


"Practical information - Checking levels -
Engine coolant (Electric)" section:


"In the event of a breakdown - Temporary
puncture repair kit" section:




"In the event of a breakdown - Spare wheel"
section:




"In the event of a breakdown - 12 V battery/
Accessory batteries" section:



- For petrol, Diesel or hybrid versions 24V12V
- For rechargeable hybrid versions

9
Eco-driving
Eco-driving
Eco-driving refers to a range of everyday
practices that allow the motorist to optimise
the vehicle's energy consumption (fuel and/or
electricity) and CO
2 emissions.
Optimise your use of the gearbox
With a manual gearbox, move off gently and
change up promptly. While accelerating, change
up early.
With an automatic gearbox, favour automatic
mode. Do not depress the accelerator pedal
heavily or suddenly.
The gear shift indicator prompts you to engage
the most suitable gear. Whenever this indication
is displayed on the instrument panel, follow it
straight away.
With an automatic gearbox, this indicator
appears only in manual mode.
Drive smoothly
Maintain a safe distance between vehicles, use
engine braking rather than the brake pedal and
press the accelerator gradually. These practices
help to save on energy consumption, reduce
CO
2 emissions and decrease general traffic
noise.
With a hybrid engine, engine braking is more
efficient. Anticipate slowing down as much as
you can and, if possible, favour deceleration with
engine braking in order to charge the traction
battery, to increase all-electric driving and to
reduce fuel consumption. With an EAT8 gearbox, with the gear selector in
mode
D, and except in Sport mode, favour "free-
wheeling" by gradually lifting your foot fully off
the accelerator pedal in order to save fuel.
When the traffic is flowing smoothly, select the
cruise control.
Control the use of electrical equipment
Before moving off, if the passenger compartment
is too warm, ventilate it by opening the windows
and air vents before using the air conditioning.
At speeds above 31
mph (50 km/h), close the
windows and leave the air vents open.
Consider using equipment that can help keep
the temperature in the passenger compartment
down.
Unless automatically regulated, switch off the air
conditioning as soon as the desired temperature
has been reached.
Switch off the demisting and defrosting functions,
if they are not managed automatically.
Switch off the heated seat and heated steering
wheel as soon as possible.
Adapt your use of the headlamps and/or
foglamps to the level of visibility, in accordance
with current legislation in the country in which
you are driving.
Avoid running the engine before moving off,
particularly in winter (other than in severe wintry
conditions: temperature below -23°C). The
vehicle will warm up much faster while driving. As a passenger, avoid connecting your
multimedia devices (e.g.
film, music, video
game) to help reduce the consumption of energy.
Disconnect all portable devices before leaving
the vehicle.
Limit the causes of excess consumption
Spread loads throughout the vehicle. Place the
heaviest items in the boot as close as possible to
the rear seats.
Limit the loads carried in the vehicle and
minimise wind resistance (e.g.
roof bars, roof
rack, bicycle carrier, trailer). Preferably, use a
roof box.
Remove roof bars and roof racks after use.
At the end of winter, remove snow tyres and refit
summer tyres.
Comply with the servicing instructions
Check tyre pressures regularly, with the tyres
cold, referring to the label in the door aperture on
the driver's side.
Carry out this check in particular:
–

before a long journey
.
–

at each change of season.
–


after a long period out of use.
Do not forget the spare wheel and, where
applicable, the tyres on your trailer or caravan.
Have your vehicle serviced regularly (e.g.

engine
oil, oil filter, air filter, passenger compartment
filter, etc.). Observe the schedule of operations in
the manufacturer's service schedule.
With a BlueHDi Diesel engine, if the SCR system
has a fault, your vehicle will emit pollution. Visit

10
Eco-driving
a PEUGEOT dealer or a qualified workshop
as soon as possible to restore your vehicle's
nitrogen oxide emissions to legal levels.
When filling the fuel tank, do not continue after
the third cut-out of the nozzle, to avoid overflow.
You will only see the fuel consumption of your
new vehicle settle down to a consistent average
after the first 1,900 miles (3,000 kilometres).
Optimising the driving range of electrified
vehicles
The vehicle's consumption of electrical energy
greatly depends on the route profile, speed and
driving style, as well as the use of the heating/air
conditioning.
Favour the ECO and CHARGE zones of the
power indicator by driving smoothly and at a
steady speed.
Hybrid vehicles
Maximise the vehicle's inertia by releasing the
accelerator pedal so that the vehicle slows
down by itself (e.g.
when driving downhill or
approaching a traffic light).
When the accelerator pedal is released, provided
that the slider on the power indicator in the
instrument panel is still moving in the CHARGE
zone, energy recovery is optimal.
Energy recovery makes it possible to make
efficient use of the "passive" phases of driving
(deceleration).
The recovered energy is used to recharge the
traction battery and is then used for all-electric
driving or further acceleration. When the traction battery is almost full, the
energy recovery is gradually reduced.
Rechargeable hybrid vehicles
Connect the vehicle as soon as possible.
Anticipate slowing down as much as possible
and, if possible, favour decelerations with the
regenerative braking function activated (power
indicator in the
CHARGE zone).
With the vehicle connected, carry out
temperature pre-conditioning before setting off.
To optimise consumption during a journey:
► Program a destination into the vehicle’ s GPS
navigation system.
►

Select the
Hybrid driving mode.
►

Make sure that the battery charge level is
close to maximum.
►


Do not use the e-Save function while driving.
►


Use the heating/air conditioning system
wisely

.
Electric vehicles
Program a destination into the vehicle's GPS
navigation system to optimise consumption
during a journey.
Anticipate the need to slow down, and brake
smoothly, whenever possible using engine
braking with the regenerative braking function,
which will move the power indicator into the
"CHARGE" zone.
Use the air conditioning rather than the heating
to demist the passenger compartment.

11
Dashboard instruments
1Driver information
Instrument panel
The instrument panel displays all the information
the driver needs about the status of the vehicle's
various systems.
This information appears in the form of warning
and indicator lamps and messages.
The instrument panel is in the form of a fully
digital screen.
Digital instrument panels
Digital instrument panels are of the head-up or
3D head-up type.
They can be personalised using a system of
pages and widgets.
Depending on the page displayed, certain
information is not displayed or is presented
differently.


Petrol / Diesel

Hybrid

Rechargeable hybrid

Electric

1.Coolant temperature indicator (°C) (Petrol,
Diesel or Hybrid)
Total distance recorder (miles or km) (Petrol,
Diesel or Electric)
Battery charge level and remaining range
(miles or km) indicator (Rechargeable hybrid)
Remaining range (miles or km) indicator
(Electric)
2. Gear shift indicator (arrow and recommended
gear) (Petrol, Diesel, Hybrid or Rechargeable
hybrid)
Selector position and gear on automatic
gearbox (Petrol, Diesel, Hybrid or
Rechargeable hybrid)
Position on drive selector (Electric)
Speedometer (mph or km/h)
3. Display of speed limit signs
Driving aid in reduced display (if the function
is activated)
4. Rev counter (rpm) (Petrol or Diesel)
Driving mode selected (other than Normal
mode)
Power indicator (Hybrid, Rechargeable hybrid
or Electric)
READY indicator lamp (Rechargeable hybrid
or Electric)
5. Fuel gauge and remaining range (miles or
km) (Petrol, Diesel, Hybrid or Rechargeable
hybrid)
Battery charge level indicator (Electric)
The information listed in the personalisation
page is as follows:

13
Dashboard instruments
1For more information on a system or a function,
refer to the corresponding section.
Persistent warning lamp
If a red or orange warning lamp comes on, there
may be fault which needs further investigation.
If a lamp remains lit
The references (1), (2) and (3) in the warning
and indicator lamp description indicate whether
you should contact a qualified professional in
addition to the immediate recommended actions.
(1): You must stop the vehicle.
Stop as soon as it is safe to do so and switch off
the ignition.
(2): Contact a PEUGEOT dealer or a qualified
workshop.
(3): Go to a PEUGEOT dealer or a qualified
workshop.
List of warning and
indicator lamps
Red warning/indicator lamps
STOP
Fixed, associated with another warning
lamp, accompanied by the display of a
message and an audible signal.
A serious fault with the engine, braking system,
power steering or automatic gearbox or a major
electrical fault has been detected.
Carry out (1) and then (2).
Traction battery overheating (Hybrid,
Rechargeable hybrid or Electric)
Fixed, combined with the STOP
warning lamp, accompanied by the
display of a message and an audible signal.
The traction battery's temperature is too high.
Carry out (1).
Evacuate the vehicle as quickly as possible
and move to a safe distance.
Carry out (2).
Traction battery malfunction (Hybrid,
Rechargeable hybrid or Electric)
Fixed, combined with the Service
warning lamp, accompanied by the
display of a message.
The traction battery has a fault.
Carry out (2).
Maximum coolant temperatureFixed.
The temperature of the cooling system is
too high.
Carry out (1), then wait until the engine has
cooled down before topping up the level, if
necessary. If the problem persists, carry out (2).
Engine oil pressure (Petrol, Diesel, Hybrid
or Rechargeable hybrid)
Fixed.
There is a fault with the engine lubrication
system.
Carry out (1) and then (2).
System malfunction (Hybrid, Rechargeable
hybrid or Electric)
Fixed.
A fault has been detected in the system
(electric motor or traction battery).
Carry out (1) and then (2).
Cable connected (Rechargeable hybrid or
Electric)
Fixed when the ignition is switched on.
The charging cable is connected to the
vehicle's connector.
Fixed when the ignition is switched on,
accompanied by a message.
It is not possible to start the vehicle while the
charging cable is connected to the vehicle’s
connector.
Disconnect the charging cable and close the
flap.
12 V battery chargeFixed.
The battery charging circuit is faulty
(e.g.

dirty terminals, loose or severed alternator
belt).
Carry out (1).
If the electric parking brake stops working,
immobilise the vehicle:
►

With the manual gearbox, engage a gear
.
►

With the automatic gearbox or drive selector
,
fit the chock against one of the wheels.
Clean and tighten the terminals. If the warning
lamp does not go off when the engine is started,
carry out (2).