Other changes include a higher - efficiency supercharger intercooler and electric power steering system, which
consumes less engine power than hydraulic - steering systems.
Not exact matches
The turbo
engine is more efficient that the five - cylinder it replaces, and also includes electro hydraulic steering, which
consumes less energy than the full hydraulic power steering on the old 2.5 - liter.
The
engines are said to produce more power than today's six - cylinder mills, yet
consume less fuel than today's four - cylinders.
This means the
engine would be
consuming less air.
A significant amount of electricity is required by a spark ignition system, and as
engine speeds and loads increase, the ignition system
consumes proportionately more electricity, while simultaneously becoming
less efficient.
Thanks to new Start / Stop
engine technology, lightweight components and a great emphasis on aerodynamics, the 2015 Mercedes - Benz C - Class near Chicago
consumes up to 20 %
less fuel as well.
Compared to the second generation Octavia vRS, the new
engines provide more power whilst
consuming up to 19 %
less fuel.
The company says they deliver up to 25 % more power than the
engines they replace, while
consuming up to 15 %
less fuel.
Ford claims the 2017 Raptor will
consume 23 percent
less fuel than the previous model Raptor, thanks largely to its weight reduction, new 10 - speed transmission, and smaller turbocharged V6
engine.
The S560 Coupe and S560 Cabriolet are powered by a new V8 that Mercedes - Benz says is is one of the world's most economical V8 gas
engines and
consumes up to eight percent
less than its predecessor.
The
engine then idles in neutral,
consuming less fuel.
The two cars weigh very much the same but the Porsche is a bit more than twice as powerful, yet it's geared to let the
engine run at much lower revs on the highway, which
consumes less fuel.
Its the fuel saver 1.1 CRDi with 75 hp that
consume only 3,2 liter / 100 km (at the moment, the internal combustion
engine with
less consumption and emissions sold in Europe).
JLR claims the new petrol
engines deliver up to 25 percent more power than the
engines they replace, while
consuming up to 15 percent
less fuel.
The efficient
engines consume 26 percent
less fuel on average.
At the same time, it
consumes significantly
less fuel than a corresponding six - cylinder
engine.
Up to 32 %
less fuel (EPA - estimated combined mpg5) is
consumed by the TDV6
engine in the Fourth Generation Range Rover, compared to its predecessor.
At the same time, it
consumes significantly
less fuel than corresponding six - cylinder
engines (for more technical details see page 6).
The optimized 80 PS entry - level
engine consumes just 6.4 litres of premium unleaded petrol (98RON) per hundred kilometres (149 g / km CO2)-- that is 0.5 liters
less than the previous model.
This turbo - charged four - cylinder direct injection gasoline
engine produces 77 kW / 105 PS, yet it
consumes just 5.5 liters of fuel per 100 kilometers (129 g / km CO2); this is 19 percent
less than on the equivalent model of the previous generation!
The Cayenne
engines have been optimized to
consume less fuel than the previous - gen while offering improved performance.
While
engine output has increased by over 10 % and maximum torque is up by more than 30 %, the new BMW M5
consumes over 30 %
less fuel to provide over 50 % more range than its predecessor.
This means that despite a higher level of
engine and driving performance, all four models
consume significantly
less fuel than the previous models; total savings for individual versions are as much as 16 per cent.
Up to 22 %
less fuel is
consumed by the TDV6
engine in the Fourth Generation Range Rover, compared to its predecessor.
New V8 bi-turbo
engine in the S 560 Coupe and Cabriolet models Claimed to be one of the world's most ecomomical V8 petrol
engines, the latest - generation bi-turbo V8 is said to
consume 8 %
less fuel than its predecessor (with average fuel consumption of around 35mpg in the Coupe and 34mpg in the Cabrio), thanks partially to active cylinder shutdown.
Hand - built at Audi's plant in Györ, Hungary, the 4.2 FSI
engine combines its impressive power with exemplary efficiency,
consuming on average
less than 11l / 100 km (21.38 U.S. mpg).
The normally aspirated
engine consumes just 10.8 liters of fuel per 100 kilometers (21.78 US mpg) on average — far
less than its key competitors.
The 1.4 TSI with 125 PS is used for the first time by Volkswagen; the Scirocco base
engine consumes 1.0 litres
less per 100 km than its predecessor.
The outstanding safety and comfort of the E-Class are matched by its environmental compatibility and economy: the four - and six - cylinder
engines are direct - injection units, and
consume up to 23 percent
less fuel than before.
Because of this increased energy output, FIA rules require the R18 to
consume 2.5 percent
less fuel per lap; further additions to the rule book limit the team to only five
engines per race car for the entire 2015 season.
The new Mercedes - AMG C 63
consumes around 32 percent
less fuel than its direct predecessor with the 6.3 - litre V8 naturally aspirated
engine — while delivering even more performance and the emotional sound that is a signature of the AMG V8.
For some, fuel economy is just as important as power these days so Audi has addressed that niche with a combination of technologies from the Audi modular efficiency platform, including a recuperation system, that allows the
engine to
consume significantly
less fuel on average than its direct competitors.
As early as Spring 2007, the sports car manufacturer had equipped the new generation of the Cayenne series with
engines with petrol direct injection that
consume up to 15 percent
less fuel in real - world driving conditions.
«With the new 2017 911 Carrera 4 and 911 Targa 4 models, the traction advantage courtesy of an enhanced all - wheel drive system is paired with innovative turbocharged
engines that are more powerful and
consume less fuel than their predecessors.»
All
engines feature direct fuel injection, and
consume 15 percent
less fuel than their respective predecessors.
The new Cayman is up to 30 kg lighter, depending on the specific model and equipment, and it
consumes up to 15 per cent
less fuel per 100 km than the previous model — despite higher
engine and driving performance.
The XBurst CPU core adopts an innovative ultra-low-power pipelining architecture which
consumes less than 90mW in 1 GHz (with L1 cache), and the entire SOC
consumes ~ 250mW with the CPU and video
engine operating under full load.
When you are standing at traffic lights these vehicles don't
consume any energy, so no need to argue about whether its more or
less efficient to turn the
engine off and on at traffic lights.
«We need
engines which
consume much
less than classical
engines,» explains the designer, who thinks the prototype will only take a few weeks to manufacture.