Sentences with phrase «electric supercharger»
An electric supercharger is a device that boosts the power and performance of a car's engine by increasing the amount of air that goes into it. It uses an electric motor to spin a fan or compressor that forces more air into the engine, resulting in improved acceleration and horsepower without the need for traditional engine modifications. Full definition
The system also allows the installation of an innovative electric supercharger for the CRDi engine, in addition to the conventional turbocharger, which helps to boost torque and engine response at low engine speeds.
thekoreancarblog.com
Having looked into this in the past, the problem with electric superchargers and why they aren't widely used is partially that doing the job of a turbo / supercharger (moving and compressing a lot of air, fast) requires both relatively high torque and relatively high speed, while not taking up much space (a consideration on motorcycles, less so on cars).
The 4.0 L V8 features sequential twin - scroll turbochargers and a third electric supercharger that helps it generate 429 horsepower and 664 lb - ft.
The system also allows the installation of an innovative electric supercharger for the CRDi engine, in addition to the conventional turbocharger, providing improved power and torque at all engine speeds.
Electric Supercharger Boosts Torque 50 % and Reduces CO2 by 20 % 48.
It utilises variable - geometry, twin - scroll turbochargers to boost exhaust gases, and a separate electric supercharger to eliminate turbo lag - it's capable of spooling up in 30 microseconds.
Supplying the power to all four corners is a 5.2 - liter V - 10 modified by Motoren Technik Mayer (MTM), and fitted with twin electric superchargers that, along with other modifications, boost output to 739 horsepower and 516 pound - feet of torque.
Variable - geometry, sequential twin - scroll turbochargers are powered by the exhaust gases, while a third electric supercharger — powered by Bentley's innovative 48V system — spools up within 30 microseconds to eliminate turbo lag.
The unit can be used to boost performance of any size engine, but in the interest of economy, its maker sees the electric supercharger as enabling auto manufacturers to install smaller engines in vehicles without compromising the vehicle's peak performance.
The electric supercharger efficiently addresses the shortcoming by bolstering the engine's low - speed response characteristics.
The electric supercharger works equally well on gasoline and diesel engines.
A case can be made that the supercharger is unnecessary as the electric motor can provide the necessary low - end torque — or that an electric supercharger would be far more beneficial than a mechanically driven one.
Electric - drive accessories on the M256 include the engine's water pump and the air conditioning compressor, but also an electric supercharger that fills the 3.0 - liter inline six - cylinder's torque gaps.
The Audi: A high - performance version of the automaker's biggest SUV, powered by a 4.0 - liter diesel V8 with twin turbos and an electric supercharger, kicking out 435 horses and 664 lb - ft of torque.
It's similar to a mild hybrid system in that the belt connection allows it to capture otherwise waste energy to feed the battery, start the engine and it can be used to assist in getting the engine up to the speed where it is producing its goods — it can be likened to an electric supercharger.
It's a 4.0 - litre powerhouse with two turbochargers and an electric supercharger, and its 429bhp is enough for a 0 - 62mph sprint of just 4.8 seconds.
Audi's second experimental hot diesel concept features an electric supercharger that makes a huge difference to throttle response
That would be the v6 in the standard pickup with an electric supercharger for low end grunt < 2,500 rpm and a turbo for revs > 2,500.
Using the same 4.0 - litre V8 diesel engine as the Bentley Bentayga, its twin turbochargers are further boosted by an electric supercharger for instantaneous power.
First up is the electric supercharger mated to the already turbocharged diesel mill.
In applying the technology to production cars, Kia engineers are targeting reductions in CO2 emissions of up to 15 %, while the electric supercharger is designed to deliver power increases of 15 to 20 % depending on its application.
The electric supercharger in particular helps to boost torque and engine response at low engine speeds.
New 48 - volt vehicle systems will provide power for advanced safety technologies as well as new performance products such as electric superchargers.
«electric supercharger» I thought it was just an eletric motor adding forward motion.
It is used by the luxury SUV Bentayga and it's the same power plant used by the mighty Audi SQ7: a 4.0 - litre V8 TDI featuring variable - geometry, sequential twin - scroll turbochargers that are powered by the exhaust gases, while a third electric supercharger — powered by Bentley's innovative 48V system — spools up within 30 microseconds to minimize turbo lag.
Until recently, electric superchargers may as well have been perpetual motion machines.
At the heart of the Bentayga diesel is a new 4.0 - liter V8 that uses two turbochargers and an electric supercharger.
Engineers behind the development of the powertrain see the electric supercharger supporting a larger conventional turbocharger, which would seamlessly take over to provide greater power and torque as engine speeds rise.
The battery also supplies energy to an electric supercharger, which increases torque and power at low engine speeds.
In applying the technology to production cars, Kia engineers are targeting reductions in CO2 emissions of up to 15 percent, while the electric supercharger is designed to deliver power increases of 15 to 20 percent depending on its application.
The new hybrid system could also be fitted without the electric supercharger for a simpler powertrain layout in smaller models.
New technologies have been applied, including an electric supercharger to enhance engine power and responsiveness; electronic limited slip differential (E-LSD) that distributes optimal power to each wheel when turning; and an automatically controlled rear spoiler to optimize aerodynamics according to different driving conditions.
Unlike a conventional supercharger, electric superchargers are powered by a battery.
Well, Kia's Optima T - Hybrid concept goes even farther by fitting a 1.7 - liter diesel engine with a turbocharger and an electric supercharger, and then mating it to an electric motor.
The Kia Optima T - Hybrid Concept is a concept car that previews the future of the model with an electric supercharger connected to the CRDi engine, meaning an increase in power and torque.
On many of its cars, it combines a turbocharger for good power at normal road speeds with an electric supercharger to boost engine power when a car is stopped or traveling slowly.