A strapping 3.0 - liter V - 6 egged on by
an electric motor puts out 253 horsepower, making the Hybrid more powerful than its V - 6, gas - only 2006 Honda Accord EX stablemate.
The smaller 2 - seat concept also showcases a new twin - turbo gasoline engine that combined with
the electric motor puts out 354 hp.
Individually the petrol mill produces 160 PS while
the electric motor puts out 143 PS.
The total output is not yet specified, but the larger
electric motor puts out 181 horsepower and 232 lb - ft of torque.
The electric motor puts out an output of 201.2 bhp and also functions as the starter motor.
The 40 - hp (dropping to 27 hp during continuous full - load operation)
electric motor puts out 89 lb - ft of torque.
The Atlas Cross Sport concept is powered by a hybrid version of the existing Atlas» 3.6 - liter V - 6, and front and rear
electric motors putting out a combined 355 horsepower.
And slamming through a few turns, the adaptive suspension minimized roll while its twin
electric motors put extra power to the outside rear wheel, creating precise torque vectoring.
As a reminder, the motor show study (Generation EQ), revealed at the 2016 Paris motor show, was powered by a couple of
electric motors putting out a combined 400 hp and 700 Nm, and it had a claimed range of 500 Km or around 310 miles.
The first powertrain comes in «Short Range» guise and offers a single
electric motor putting out 133bhp from its 39.2 kWh battery pack.
Combined, the gasoline engine and
electric motor put out 308 horsepower and 332 lb - ft of torque, enough to propel the X5 xDrive40e from 0 - 60mph in just 6.5 seconds.
The BMW X5 xDrive40e iPerformance can travel approximately 14 miles on pure electric propulsion, powered by a lithium - ion battery, ideally suited for short commutes and quick trips around town yielding an impressive 56 MPGe combined, the gasoline engine and
electric motor put out 308 horsepower and 332 lb - ft of torque, enough to propel the X5 xDrive40e from 0 - 60mph in just 6.5 seconds.
Set the V60 to «Power» and you can do 0 - 62 in 6.9 seconds with the combined 285 horsepower of diesel and
electric motors putting out 472 ft - lbs of torque.
Not exact matches
It wasn't until decades later that electrification doubled factory productivity as factory managers began
putting smaller
electric motors in individual pieces of equipment and then organized the equipment based on the natural workflow of materials.
Jaguar is
putting the finishing touches on its first all -
electric vehicle, and it looks nearly ready for its debut at the Frankfurt
Motor Show this September.
A 3 - litre petrol V6,
putting out 328bhp and 368 lb ft of torque, makes up the conventional component of the drivetrain while the rest of the power comes from a 100kW (134bhp)
electric motor.
If more companies leveraged the undisputed power of
electric motors - they've been
putting them under the hoods of locomotives for years - they wouldn't be quite so worried about what Tesla were doing.
These cars use their
electric motors to
put performance ahead of fuel economy.
(Whilst there should be no need to
put [
electric] in front of «
motor», I do so for clarity... and the admission I'm one of «those» people...)
Motivation arrives from the same 2.0 - liter four - cylinder, but the
electric motor now
puts down 67 hp for a combined system total of 202 hp.
The Panamera's
electric motor produces over 90bhp, but the next - gen unit will
put out closer to 130bhp, as well as 300 lb ft of torque from a standing start.
The proposed
electric - powered Beetle, which would be a sister model to the modern - day Microbus that was presaged by the ID Buzz concept at this year's Detroit
motor show, is one of a number of proposals that are planned to be
put before Volkswagen board members when they meet to vote on ways to build on the company's initial range of
electric cars.
Put that down to the extra push (in the way of torque) provided by the
electric motor.
The
electric motor is a permanent magnet AC synchronous
motor, which
puts out 60 horsepower and 125 pound - feet of torque on its own.
This Range Rover will get a 2.0 - liter four - cylinder Ingenium gas engine, which is only good for 296 hp on its own; add in the 85 kW
electric motor, which is housed within the vehicle's eight - speed transmission, and the SUV will
put out a total of 398 hp and a respectable 472 lb - ft of torque.
Volvo says the concept's 2.0 - liter turbo - supercharged Drive - E gasoline engine, when paired with a rear - mounted
electric motor,
puts out an impressive 400 hp and 440 lb - ft of torque.
Hence the concept to be unveiled at the Frankfurt
Motor Show could be a litmus test for the company to see whether they should
put a smaller
electric - powered sedan into production or not.
Under the hood, Acura's 1.5 - liter four - cylinder engine features an integrated
motor - assist
electric motor as well as a continuously variable transmission, and
puts out 111 hp and 127 lb - ft of torque.
However, the other idea is to almost mimic a traditional BMW powertrain setup by
putting the
electric motor up front but sending the power through a fixed - ratio gearbox and an
electric propeller shaft (basically a driveshaft) to send power to the rear wheels.
The three drag races between the two cars end with the Stingray on top each time, though just barely, but the video host points out that the test was done at high altitude where the air has less oxygen,
putting the oxygen - loving Corvette V8 at about a 15 percent power disadvantage but having no effect on the
electric motor of the i8.
The hybrid powertrain utilizes a 2.0 - liter 4 - cylinder engine that is rated at 141 bhp — combined with the
electric motor, Lincoln says the MKZ Hybrid will
put out 188 hp.
The hybrid could make use of the 3.0 - liter with a supercharger as it did before, but I would
put my money on a bigger battery pack and even a more powerful
electric motor.
In 1901, he designed the Lohner - Porsche Mixte Hybrid car, in which he
put a Daimler internal combustion engine, a generator and two or four wheel hub
motors - the first petroleum -
electric car ever made!
A 1.5 - liter three cylinder turbocharged engine
puts 228 horsepower to the rear wheels, while two
electric motors, one mounted near the engine, one living up front, throws power to the front.
But Toyota has more cars on the road with
electric motors, advanced batteries, and
electric drive systems than all competitors
put together.
With a 13.1 - kWh battery shoved in the back and an
electric motor integrated into the gearbox, this PHEV powertrain
puts out a net 398 horsepower and 472 pound - feet of torque.
The power is
put to the road via an all - wheel drive system that sees the petrol engine power the front axle, and the
electric motor drive the rear.
But paired to the
electric motor, the Prius C
puts out 99 net horsepower and 125 lb. - ft.
Under the hood a 3.0 - liter V6
puts the power to the front wheels, while there are two
electric motors powering the rear.
With an EPA fuel economy rating of 39 mpg city, the luxury sedan features a 1.5 - liter four - cylinder engine under the hood with an integrated
motor - assist
electric motor as well as a continuously variable transmission, and
puts out 111 hp and 127 lb per foot of torque.
You may be able to stay on the battery alone during gentle acceleration, but if you
put your foot into it, the
electric motor won't be enough and the gasoline engine will kick in.
It's a 2.0 - liter gas I4 mated to an
electric motor that
puts out a net 193 horsepower.
With a 13.1 - kWh battery shoved in the back and an
electric motor integrated into the gearbox, this powertrain
puts out a net 398 horsepower and 472 pound - feet of torque.
The engine
puts out 98 hp on its own, and 134 hp when combined with the
electric motor.
Toyota and Lexus have taken front - drive hybrids and made them all - wheel - drive with the simple expedient of
putting an
electric motor at the rear of the vehicle.
The LaFerrari Convertible carries over the previous car's drivetrain, combining the most powerful naturally aspirated engine Ferrari has ever
put in a road car (788 - horsepower, 6.3 - liter V12), with an
electric motor (producing 147 horsepower) for a total system output of 949 horsepower.
This is what will make
electric cars appealing I think, you can
put a
motor on al 4 wheels and have all wheel drive.
I reckon they should make all the Prius cars * plug in hybrids; *
put bigger battery packs in them to extend the EV only range — anything above 100 miles EV only range seems to overcome a lot of psychological barriers; *
put a smaller gas engine in it and a more powerful
Electric Motor —
Electric Motors have recently become smaller, lighter and more powerful; * use carbon fiber body panels to reduce weight;
The 1.6 litre GDi petrol engine is supported by an
electric motor to provide 141hp and 265 Nm of torque when the driver
puts their foot down.
The second generation Toyota Prius is surprisingly practical thanks to its hatchback design, and its hybrid system is composed of a 1.5 - liter, four - cylinder gasoline engine and a pair of
electric motors that together
put out 110 horsepower.