fuel cap CHEVROLET MALIBU 2020 Get To Know Guide
[x] Cancel search | Manufacturer: CHEVROLET, Model Year: 2020, Model line: MALIBU, Model: CHEVROLET MALIBU 2020Pages: 16, PDF Size: 2.47 MB
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HYBRID OVERVIEW (IF EQUIPPED)
HYBRID FEATURES
The Malibu Hybrid has an electric drive unit integrated with the highly \
efficient 1.8-liter four-cylinder engine. This blending of electric and gasoline propulsion \
maximizes fuel economy. The system continuously adjusts the operation of the engine, hi\
gh-powered electric drive unit and trunk-mounted lithium-ion battery to provide out\
standing
performance while using significantly less fuel than a conventionally \
powered vehicle.
HYBRID OPERATION
While driving, the gasoline engine will seamlessly turn on when necessar\
y to provide power. It will turn off when not needed to save fuel.
The engine may remain running while driving when:
• Accelerating or driving up hills.
• Vehicle speed is greater than 55 mph (88 kph).
• Charging the high-voltage battery.
• Cabin warming is requested based on the climate control settings.
The engine and electric drive unit work together to provide the required\
propulsion power at the highest efficiency. This may result in higher engine spee\
ds than expected.
See Driving and Operating in your Owner’s Manual.
VEHICLE STARTING With the vehicle in Park or Neutral, press the brake pedal and then pres\
s the ENGINE START/STOP button.
The Vehicle Ready indicator will illuminate when the vehicle is ready to be \
driven. The engine will start only if required to charge the high-voltage battery or\
to warm the cabin.
In temperatures below 32°F/0°C, the engine start will be delayed w\
hile the hybrid system is initializing. The “Initializing – Wait To Shift” message wil\
l be displayed on the Driver Information Center. Wait to shift the vehicle from Park until the messag\
e is no longer displayed and the Vehicle Ready indicator is illuminated.
REGENERATIVE BRAKING
Regenerative braking captures some of the kinetic energy from the moving\
vehicle and stores it in the high-voltage battery, contributing to increased energy \
efficiency. Braking less aggressively allows for more energy recovery.
See Driving and Operating in your Owner’s Manual.