The gasoline engines feature start - stop technology and a
new fuel management system that operates on one to eight cylinders, depending on power demand, for improved efficiency.
The Active
Fuel Management system temporarily deactivates two of the 3.6 L's cylinders in light - load driving conditions to enhance fuel efficiency and seamlessly reactivates them when full power is needed.
ACTIVE FUEL MANAGEMENT The Active
Fuel Management system available on the 5.3 - liter V8s cuts the operation of four cylinders when they are unneeded and thus enhances fuel economy.
Contributing to the engine's fuel efficiency is an active
fuel management system with cylinder deactivation and a standard start - stop system, but GM has yet to provide fuel economy estimates for the CT6 V - Sport.
«The entire
spent fuel management system — on - site storage, consolidated long - term storage, geological disposal — is likely to be reevaluated in a new light because of the Fukushima storage pool experience,» the report says.
Fuel management system already do this implicitly by taking input from the crank - postion sensor (RPM) and combining it with information about engine load.
We also drove a ’19 Chevy Silverado LT Crew Cab with the 5.3 V - 8 and its new, standard Dynamic
Fuel Management system back - to - back with an ’18 LT Crew Cab with the 5.3 V - 8 and Active Fuel Management.
Finally, to help make the most of the complicated powertrain, there's a
smart fuel management system, with provides either lots of go, or lots of efficiency and energy recuperation as needed.
When driving conditions require less fuel, the Active
Fuel Management System temporarily turns off two of the engines cylinders and when the vehicle is stopped at idle, Auto Stop / Start Technology automatically turns off the engine to reduce fuel consumption.
ACTIVE FUEL MANAGEMENT The Active
Fuel Management system available in four different V8s cuts the operation of four cylinders when they are unneeded and enhances fuel economy.
We do know that they will come with a hot
new fuel management system that will allow the deactivation of between one and seven cylinders for fuel economy.
GM's
Active Fuel Management system temporarily deactivates two (No. 2 and No. 5) of the engine's six cylinders in certain light - load driving conditions to enhance fuel efficiency and seamlessly reactivates them when the driver demands full power.
They previously used GM's Active
Fuel Management system, which operates the engines in either 4 - or 6 - cyl.
Absolutely, but
the fuel management system ought to be able to compensate for this during closed - loop operation via lambda feedback and fuel trims.
If you have codes for fuel trims and misfires, the principal components that impact
the fuel management system should be the first port of call.
Fuel trims can be thought of as a vital sign of
any fuel management system, much like blood pressure and heart rate is for humans.
For now, the XT5 is powered by one engine, a 310 - hp, 3.6 - liter V - 6 with an active
fuel management system that can shut off two cylinders when full power is not needed, mated to a new eight - speed automatic transmission.
This engine features Chevy's Active
Fuel Management system, which cuts power from eight to four cylinders under light - load situations.
It's also possible to move up a level to GM's Active
Fuel Management system.
All engines in the next - generation Silverado and Sierra pickups — which are expected to go into production in the third quarter — feature GM's Active
Fuel Management system that can operate in two different cylinder modes or its new Dynamic Fuel Management technology that continuously adjusts the number of cylinders firing — down to two — in various combinations based on performance needs.
By not changing them, it keeps
my fuel management system from working properly.
A 5.3 liter V8 is the next step up, and it offers General Motor's Active
Fuel Management system, which essentially shuts down half of the engine's cylinders while cruising at highway speeds in order to increase fuel economy.
Surprisingly, our four - door crew cab delivers 20 - mph highway thanks to Chevy's cylinder deactivation and
fuel management systems, which allow this «Beauty and the Beat» dynamo to run on the highways in less than 8 - cylinder mode.
All engines in the next - generation Silverado and Sierra pickups — which are expected to go into production in the third quarter — feature GM's Active
Fuel Management system that can operate in two different cylinder modes or its new Dynamic Fuel Management technology that continuously adjusts the number of cylinders firing — down to two — between 17 modes based on performance needs.
An electric throttle control, hydraulic engine mounts, improved aerodynamics, adaptive exhaust systems and other technologies help the engine operate in 4 - cylinder mode for long time periods while working with the Active
Fuel Management system.
The L99 features the fuel - saving Active
Fuel Management System, which saves fuel by shutting down half of the engine's cylinders during certain light - load driving conditions, such as highway cruising.
The mechanical changes to the V - 6 include an updated variable valve timing system for both the intake and exhaust sides, an improved direct injection fuel system, and the introduction of GM's Active
Fuel Management system.
In Tour mode, the Corvette delivered 28 mpg highway and in the more fuel efficient Eco mode which activates the Active
Fuel Management system, the Corvette Stingray hit the magical 30 mpg highway.
This model sets itself apart with Available Active
Fuel Management system and roomy interior.
Fitted with variable valve timing and GM's Active
Fuel Management system that allows it to operate on just four cylinders when the Tahoe is cruising along under light loads, this V8 develops a solid 355 horsepower and 383 lb - ft of torque.
Active Fuel Management The Active
Fuel Management system available in four different V8s cuts the operation of four cylinders when they are unneeded and enhances fuel economy.
The 2007 model year introduces the Active
Fuel Management system (formerly known as Displacement on Demand), which can turn off a bank of cylinders under a light load for increased fuel economy.
With the upgrade to the Axela range, revisions to
the fuel management system of the highly efficient SKYACTIV - G 2.0 direct - injection gasoline engine have resulted in improved fuel economy.