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Wincanton – Nissan Cars

ADVANCED ENGINE TECHNOLOGY THAT DELIVERS HIGH EFFICIENCY WITH NO CHANGE TO THE WAY YOU DRIVE.

MILD HYBRID POWER, IMPROVING EFFICIENCY

Mild hybrid use a petrol engine to power the wheels with a lithium battery providing support. Stop-start technology increases efficiency by shutting the engine off when the car is coasting, or when lifting the foot off the pedal at speeds under 11 mph on automatic transmission, reducing tailpipe emissions and running costs.

HOW DOES IT ALL WORK?

CHARGES WHILE DRIVING

The Mild Hybrid POWER offers an all-round improvement in efficiency thanks to the smart regeneration system. While the car is in motion and slowing down, kinetic energy is captured and used to recharge the battery.

 

Diagram of a car to show how it works
LETS THE ENGINE TAKE A BREAK

With regenerative braking, energy that might normally wear down the brake pads is put to good use. While idle or coasting, the battery takes over, powering the car's electrical equipment so the engine can shut off more often, improving your fuel efficiency.

 

Engine icon
MAKES ACCELERATION EASIER

The energy stored in the battery provides an extra boost during acceleration, creating a more responsive experience and further lightening the load on the engine.

 

Foot on pedal icon

THE BENEFITS OF OWNING A MILD HYBRID VEHICLE.

Cars on road driving past petrol refuel station
NO CHANGE TO YOUR DAILY ROUTINE

It’s not entirely true that a Mild Hybrid makes no difference to the way you drive. It’s more responsive, more efficient, and more comfortable in city traffic. But you don’t need to worry about range or charging. Just fill-up and continue as normal.

Icon of petrol refuel station
ECONOMICAL TO RUN

Compared to a traditional petrol engine Mild Hybrid vehicles gain efficiency by using kinetic energy generated while driving and braking to charge the battery. With the extra electric boost during acceleration, and Stop-Start technology to shut off the engine when the car is coasting or when lifting the foot off the pedal at speeds under 11 mph on automatic transmission, you're sure to see savings at the pump.

 

Clouds with one labelled CO2
IMPROVED EFFICIENCY, LOWER EMISSIONS

The assistance from the battery means the engine doesn’t work as hard to provide effortless acceleration and uphill driving. The engine also switches off when not in use, which adds up to a more relaxing drive, reduced fuel use and reduced tailpipe emissions.

 

EXPERIENCE MILD HYBRID POWER.

Side view of Qashqai
NISSAN QASHQAI WITH MILD HYBRID TECHNOLOGY
Nissan Qashqai With Mild Hybrid Technology
Side view of X Trail
NISSAN X-TRAIL WITH MILD HYBRID TECHNOLOGY
Nissan X-Trail With Mild Hybrid Technology

1Based on internal testing data, and are pending homologation. Real world driving results may vary, depending on multiple factors such as optional equipment, battery condition, climate control, maintenance, driving behaviour and non-technical factors like weather conditions, actual route etc.

2 Based on internal testing data, and are pending homologation. Compared to Qashqai Mild-Hyrbid engine. Real world driving results may vary, depending on multiple factors such as optional equipment, battery condition, climate control, maintenance, driving behaviour and non-technical factors like weather conditions, actual route etc.

Images and descriptions shown are for guidance purposes. In some instances, photos are of non-UK specification vehicles and do not represent a specific model, grade or offer. The features shown may be available as standard or only as option (at an extra charge).

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