With this knowledge, researchers can develop better climate models and
improve fuel combustion efficiency.
Not exact matches
Additionally, with traditional
combustion engine
fuel - efficiency
improving rapidly, we do not see the cost of EDV ownership providing consumers with a better value than traditional vehicles.
When burned, that can
improve combustion in bursts, therefore increasing performance whilst having no influence on the
fuel flow limit.
It reduces cylinder wall abrasion and contains a
combustion catalyst as well as
fuel stabilizers to help
improve your
fuel economy and driving experience.
One way that automakers aim to
improve fuel economy on internal
combustion engines is by altering the transmission, which can boost performance by an estimated 5 to 10 percent.
«Engine developers can use this information to validate computer models and design advanced engine
combustion strategies that will
improve fuel economy for consumers while also lowering tailpipe pollutant emissions.»
One area of their research seeks to match engine
combustion modes with
improved fuel properties to create higher efficiency and lower emission transportation technologies.
But Bryen says that the same sensor technology, and the algorithms controlling
fuel - air mixtures, can also
improve the efficiency of
fuel - injection engines, including the latest Japanese designs with multiple valves and stratified charge
combustion.
To
improve fuel efficiency, advanced
combustion engines are being designed to minimize the amount of heat wasted in the exhaust.
Through our Vehicle, Bioenergy, and
Fuel Cell Technologies Offices, EERE advances the development of next - generation technologies to improve plug - in electric and other alternative - fuel vehicles, advanced combustion engine and vehicle efficiency, and produce low - carbon domestic transportation fu
Fuel Cell Technologies Offices, EERE advances the development of next - generation technologies to
improve plug - in electric and other alternative -
fuel vehicles, advanced combustion engine and vehicle efficiency, and produce low - carbon domestic transportation fu
fuel vehicles, advanced
combustion engine and vehicle efficiency, and produce low - carbon domestic transportation
fuels.
«So to
improve the
fuel economy and emissions of internal
combustion engines and to enhance the range of a future BEV (battery electric vehicle), we have been rethinking the thermal management of a vehicle cabin,» said Epple, in a statement.
There's no such thing as a free lunch, however, and racing rules say that by
improving its hybrid system, Audi's internal
combustion engine must use 2.5 percent less
fuel than before.
A new high - pressure
fuel pump is fitted, while revised
fuel injectors provide
improved fuel atomization, allowing for a more controlled, efficient
combustion cycle.
An all - new injection system operates at more than 5000 p.s.i. and incorporates smaller injectors to deliver smaller
fuel droplets,
improving combustion.
Drivers will be able to coast with the
combustion engine off,
improving fuel economy.
Before you question the environmental impact of this apparently antiquated setup, keep in mind the big Lexus V8 utilises both Otto and Atkinson
combustion cycles - the latter familiar to drivers of the
fuel - sipping hybrid models -
improving efficiency.
At low RPM only one valve on the intake opens fully, promoting
combustion chamber swirl and
improved fuel atomization.
Sequential Multi-port Electronic
Fuel Injection (SEFI) Specific type of multi-port injection that delivers fuel in more precisely timed pulses corresponding to the opening of each intake valve, SEFI takes advantage of the atomized fuel spray from the injectors to achieve a more precise combustion for better performance, often with improved fuel econ
Fuel Injection (SEFI) Specific type of multi-port injection that delivers
fuel in more precisely timed pulses corresponding to the opening of each intake valve, SEFI takes advantage of the atomized fuel spray from the injectors to achieve a more precise combustion for better performance, often with improved fuel econ
fuel in more precisely timed pulses corresponding to the opening of each intake valve, SEFI takes advantage of the atomized
fuel spray from the injectors to achieve a more precise combustion for better performance, often with improved fuel econ
fuel spray from the injectors to achieve a more precise
combustion for better performance, often with
improved fuel econ
fuel economy.
They accept that higher - octane
fuels will allow us to use higher compression ratios to
improve combustion efficiency.
SEFI takes advantage of the atomized
fuel spray from the injectors to achieve a more precise
combustion for better performance, often with
improved fuel economy.
VTEC (Variable Valve Timing & Lift Electronic Control) is a system developed by Honda which was said to
improve the volumetric efficiency of a four - stroke internal
combustion engine, resulting in higher performance at high RPM, and lower
fuel consumption at low RPM.
This 12 Valve mode results in swirl of the intake charge which increases
combustion efficiency, resulting in
improved low end torque and better
fuel economy.
Moving to the Atkinson cycle means the intake valves are held open for a bit longer as the intake stage moves to the
combustion stage, which
improves combustion efficiency and, therefore,
fuel efficiency.
Injecting highly pressurized
fuel directly into the
combustion chamber of each cylinder allows the kind of precision that makes EcoBoost engines perform efficiently with
improved fuel economy and emissions.
CVCC stood for compound vortex controlled
combustion and by enabling a more complete
combustion of
fuel it
improved power, emissions and mileage.
The Endurance ® V8 engine also features Direct Injection Gas (DIG ™) technology, which provides better wide - open throttle performance and
improved fuel economy and emissions performance (versus a non-direct-injection system) by reducing engine knock,
improving combustion stability and offering precise injection control.
The Endurance ® V8 also features Direct Injection Gas (DIG ™) technology, which provides better wide - open throttle performance and
improved fuel economy and emissions performance (versus a non-direct-injection system) by reducing engine knock,
improving combustion stability and offering precise injection control.
The high compression
combustion results in significantly
improved engine efficiency, resulting in 15 % increases in
fuel efficiency and torque.
A three - step Variable Induction System (VIS)
improves engine «breathing,» automatically adjusting the volume of the air pulled into the
combustion chamber to create the optimal air - to -
fuel mix under different engine load conditions.
An aluminum / magnesium engine block (again, exclusive to BMW), hollow camshafts, plastic camshaft cover,
improved combustion chambers, a further evolved Double VANOS, higher
fuel injection pressure, sophisticated engine electronics, an electric coolant pump, a variable - volume oil pump and an oil / coolant heat exchanger are the other weight - saving features and improvements of this engine over previous generations.
The Jeep Grand Cherokee's available Flexible -
fuel Vehicle (FFV) 4.7 - liter V - 8 engine incorporates electronic throttle control, two spark plugs per cylinder, increased compression ratio,
improved cylinder - head port flow and a new
combustion system.
The sedan's KR engine gets VVT - i variable valve timing (with the same Toyota logo, previously branded as DVVT), a higher compression ratio (11.5 vs 11.0), reduced friction and
improved combustion — all measures to
improve fuel consumption over the already thrifty Axia.
This
improves intake airflow volume and speed management - and, subsequently,
combustion process management - to deliver more power for less
fuel consumption, with reduced CO2 emissions.
To
improve fuel efficiency through better - controlled
combustion while realizing a powerful ride in the low - to mid-rpm ranges, the bore - stroke ratio is set at 73 × 80 mm.
Ford is leveraging six - speed transmissions; advanced internal
combustion engines such as EcoBoost; hybrids; full electric vehicles; vehicle weight reduction; and electric power - assisted steering to
improve fuel economy and reduce greenhouse gas emissions fleet - wide by 30 % by 2020.
The new engine also features a six - hole laser - drilled GDI injector, high pressure
fuel supply system of maximum 200 bar, securing clean
combustion,
improving fuel economy and reducing emissions to fulfill all global emissions standards.
Packed with Variable Valve Timing, the Challenger finds more ways to maximize
fuel by varying the intake valves» timing, which further
improves combustion and performance, actually allowing to increase the Dodge's MPG.
While the compact
combustion chamber and higher compression ratio on gasoline engine helps to
improve engine efficiency, the advanced thermal management system in diesel engine along with low friction engine oil and modified
fuel injection system help diesel engine in faster warm up and lower frictional losses.
The 2.4 - liter is the third engine to feature MultiAir technology from Chrysler Group and features the second generation «MultiAir 2» system that further enhances
combustion control,
improves fuel efficiency and reduces exhaust emissions.
The twin - scroll turbocharger design has several other advantages over traditional, single - scroll turbocharging systems, including: •
Improved combustion efficiency • Low engine - speed efficiency • Kinetic exhaust gas energy is not wasted or trapped • Cooler cylinder temperatures • Lower exhaust temperatures • Leaner air / fuel ratio • Better pressure distribution in the exhaust ports and more efficient delivery of exhaust gas energy to the turbocharger's turbine Veloster's twin - scroll turbo has superior handling of exhaust gas separation at the turbine leading to improved low - end torque and faster transient torque r
Improved combustion efficiency • Low engine - speed efficiency • Kinetic exhaust gas energy is not wasted or trapped • Cooler cylinder temperatures • Lower exhaust temperatures • Leaner air /
fuel ratio • Better pressure distribution in the exhaust ports and more efficient delivery of exhaust gas energy to the turbocharger's turbine Veloster's twin - scroll turbo has superior handling of exhaust gas separation at the turbine leading to
improved low - end torque and faster transient torque r
improved low - end torque and faster transient torque response.
Direct injection is a continuation of the evolutionary process of moving the
fuel introduction point closer to the
combustion location to
improve control.
A direct injection system maximizes
fuel combustion for
improved engine output and efficiency.
This has the effect of significantly
improving mixture formation,
combustion and
fuel consumption.
By allowing flexible and efficient control of the
combustion process they play a key part in ensuring the engine's
improved fuel efficiency.
High precision
combustion technologies assist with
improving engine output and lead to improvements in
fuel efficiency and competitive emissions.
The new central position of the injector
improves combustion, which has direct effects on
fuel economy and emissions quality.
This
improves the exhaust quality of the V6 engine in the warm - up phase, as actively controlled injection and
combustion using low quantities of
fuel ensures higher temperatures in the exhaust manifold and accelerates catalytic converter warm - up.
The adoption of a straight air intake port — instead of the gently curved port in Kia's existing 1.6 - litre GDI engine — further
improves air flow to the
combustion chamber for
improved fuel efficiency.
This results in longer effective
combustion as well as faster air flow for the incoming gases, which
improves the mixing of the
fuel and air.
By precisely controlling
fuel injection and
improving the exhaust valve's opening and closing mechanism, the SKYACTIV - D diesel engine has achieved breakthroughs to resolve longstanding issues encountered in low compression ratio engines, such as poor start capability and lower
combustion stability when the engine is cold.