An interesting article in the Christian Science Monitor discusses the big global push to
make electric car batteries competitive.
Not exact matches
Eight years ago Buffett invested $ 232 million for a nearly 10 % stake in BYD (Build Your Dreams), a Chinese company that
makes lithium - ion
batteries and
electric cars.
This would
make the
cars lighter — important because of the weight of
electric batteries — but also allowing for more inventive designs.
However a rapid fall in lithium ion
battery prices over the past two years — driven by the proliferation of
electric cars — has
made the technology far more viable.
The tech giant is accused by A123 Systems of poaching top engineers as part of a plan to start
making lithium - ion
batteries for
electric cars.
The only way to
make a cheaper
electric car has been to drastically reduce how fast and how far it can go, by offering
cars with
batteries that provide less power and less energy.
The factory outside Reno is now
making 3,000
car battery packs a week, leading to increased production of the Model 3
electric car
Here,
electric car company Tesla Motors plans to
make a single component of its vehicles: the
battery.
But despite much interest, so far Bolivia has not opened up to any foreign mining companies, insisting instead that any lithium extracted there be used to
make products —
batteries and
electric cars — within its borders for export.
The move to get the United States into
making cutting - edge
batteries to power the
electric car isn't over.
Bottled Lightning by Seth Fletcher (Hill & Wang) During the early 1900s, Thomas Edison failed to perfect an
electric car battery but
made one crucial discovery: Lithium hydroxide increased his
battery's storage capacity.
That's true for many other
battery and
electric -
car companies, which say Beijing has set policies that effectively block their foreign -
made goods.
The
Electric Drive Transportation Association, whose members
make everything from chargers to
batteries to
cars, said the House bill «identifies critical areas where federal support can advance adoption of plug - in vehicles.»
«Especially with a
car that's providing rides to others, the vehicle itself can take care of
battery recharging, which
makes owning an
electric car a lot easier.
Last year, Republican presidential candidate John McCain
made a $ 300 million prize for improved
electric car batteries a plank in his environmental platform.
As well as the high - tech, lightweight
batteries for
electric cars reported on by Michael Brooks in the same issue (18 July, p 42), we need low - tech, non-lead «house»
batteries that preferably are
made from...
We'll have to wait until we get to have a go to see if these upgrades
make the i3s any more fun to drive than the standard i3, but with the increased popularity of
electric cars and the advancement in
battery technology, this might be the first look at what we can expect from a hot hatch of the future.
Pushing the boundaries of high - performance technology today means something very different from what that original
car embodied, so the formula for the New Sports eXperience is considerably different in the 2017 Acura NSX: The basics include a hybrid powertrain
made up of three
electric motors, a lithium - ion
battery pack, a mid-mounted twin - turbocharged V - 6 engine and a dual - clutch nine - speed automatic transmission.
Chevrolet's Bolt, specifically designed and engineered as a
battery -
electric, all - purpose, all - weather vehicle with enough range to
make running - out - of - juice anxiety a thing of the past, is not only a perfectly adequate small commuting and grocery - getting family
car, it's actually very agreeable to drive.
Battery -
electric cars are not as environmentally clean as they're
made out to be.
Not Grandmother's Bicycle The 2014 BMW i3 looks the part of the future, since the BMW stylists self - consciously pursued a design strategy that
made the
car look like a science experiment, not just a conventional
car with an
battery - powered
electric drivetrain like the 2009 Mini E and the 2012 BMW Active - E.
Make some expensive
electric cars, then some cheaper
electric cars, then some autonomous
electric cars, and finally use that same
battery - storage tech to turn everyone's home or office into a mini-powerstation.
Audi says that the concept
car's impressive 300 - plus - mile driving range will
make it to production as well, thanks to a potent
electric drivetrain with three
electric motors and a large
battery pack.
Though both are imbued with the latest high - tech lithium - ion
batteries, the conventional hybrid has to
make do with a teeny - weeny 1.6 kilowatt - hour affair while the plug - in version sucks electrons from a big, I'm - almost - an -
electric -
car 9.8 kW / h unit.
This uses the T5's petrol engine, but adds a
battery pack and
electric motor to
make a maximum of 401bhp, giving the XC60 a rapid 0 - 62mph time of 4.9 seconds while returning company
car - friendly emissions of 52g / km.
And if I really wanted to dig in, I could choose submodes for the hybrid system, one that maintains the
car's
battery level and one that runs the engine harder to charge the
battery,
making sure I have range if I need to drive
electric in a city center or other situation down the road.
Granted, you won't see anywhere near that mpg figure if you're attempting to match the
car's rated 3.2 - second 0 - to - 60 time, but if you
make good use of the 20 miles of all -
electric range offered by the 14.1 kilowatt - hour
battery pack, you'll find this to be a surprisingly frugal companion.
It is powered with a 85 - kilowatt (114 hp) 1.6 - litre LPG engine coupled with a 15 - kilowatt (20 hp)
electric motor and a lithium - polymer
battery pack,
making it the first production
car to use lithium - polymer
batteries.
Batteries will be stored under the bonnet and down the spine of the
car, while an inverter would sit in the boot and
electric motors would power the front and rear wheels,
making this an all - wheel drive Aston.
Despite any real advance in
battery technology to
make electric cars proper competition for ICE
cars,
car makers are diving headlong in to new EVs as diesel starts to lose its glow -LSB-...]
This trio,
made up of Porsche's new Cayenne S Hybrid SUV with parallel full - hybrid drive, the 911 GT3 R Hybrid race
car with
electric drive on the front axle and a flywheel mass
battery, and the two - seater high - performance 918 Spyder mid-engined sports
car with plug - in hybrid technology, clearly demonstrates not only the great bandwidth of this new drive technology, but also the innovative power of Porsche as a genuine pioneer in hybrid drive.
Cheapest... $ only cost the time of a qualified person... it has been shown that unlike other hybrids the Insight can be modified to run without the NiMH Hybrid
battery pack... without it you loose the
electric assist and the regenerative braking... but the
car can easily be
made to do everything else.
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;
Kreisel
Electric is
making battery packs and drivetrains for plug - in
cars, boats, and airplanes.
Combining the lightweight body of an early - model Honda Accord with an
electric motor out of a Tesla Model S, plus the
battery pack from a Chevy Bolt to provide the juice, this thing
makes for one very weird project
car.
The 2017 Smart Fortwo
Electric Drive is the
battery - powered version of the
car that
makes other subcompacts look big.
The drive system also incorporates torque vectoring, and Porsche says the
car can
make repeated full - tilt sprints without significant diminution of
electric output from its lithium - ion
battery pack.
Our service team provides complete auto maintenance for your Nissan or other
make of vehicle, from brake jobs, tire service and wheel alignments to engine tune - ups, oil changes,
battery checks and
electric car systems service.
In May, 2013, after developing 10 prototypes for research and development purposes, Audi decided to put the production of the
electric car on hold due to its limited all -
electric range as
battery technology did not advance as fast as Audi had expected,
making the R8 e-tron unviable for series production.
Features included two permanent magnet synchronous motors at the rear axle rated 381 PS (280 kW; 376 hp) and 820 N ⋅ m (604.80 lb ⋅ ft)(total), torque vectoring,
electric single - wheel anti-slip regulation, Multimaterial Space Frame chassis with increased use of carbon - fiber - reinforced polymer over R8 GT, springs
made from Fibre - reinforced plastic, wheel hubs
made of forged titanium, anti-roll bar boasts
made in hybrid aluminum and carbon fiber, 19 - inch wheels with friction - optimized 225 - 35 series tires, 48.6 kWh lithium - ion
battery beneath the passenger cabin as structural element, Crescendo Red Metallic body colour, fine chrome horizontal struts on the grille, e-tron-specific LED headlamp design, diffuser at the rear, 7 - inch Multi Media Interface display, 6.7 - inch AMOLED (Active Matrix Organic Light Emitting Diode) optic rear - view mirror system, leather and Alcantara upholstery, e-sound artificial engine noise emitting from a speaker system mounted in the underbody that is audible outside the
car at speeds under 60 km / h (37 mph).
FOSTER CITY, Calif. — Tesla CEO Elon Musk is trying to steer his
electric car company's
battery technology into homes and businesses as part of an elaborate plan to reshape the power grid with millions of small power plants
made of solar panels on roofs and
batteries in garages.
Though companies like Tesla, Nissan, and Chevrolet, have
made huge strides in building
electric cars, it's going to be a while before
battery - powered vehicles are the norm.
I was watching a show about
electric and other kinds of
cars last night and I came away thinking that carbon fiber and lithium
batteries might really
make a big difference.
Lithium - ion
batteries were once considered too unsafe for use in
cars, but are now viewed as a key ingredient
making hybrid and
electric truly competitive with gasoline - powered
cars.
I used to think massive investment in basic science might be our only way out, but when I read about the real cost for producing
electric cars (ex., greenhouse gases used to
make batteries), subsidized solar companies going under because they can not compete with China (which doesn't care about labor needs or pollution), etc., then I wonder about that too.
We also have
electric cars that, if those
batteries can be
made two to three times better, will start to move into the mainstream.
At the same time, renewable energy technology is improving and becoming cheaper; regional and municipal governments are adopting limits on carbon dioxide emissions; and carmakers around the world are working to
make electric cars and
batteries more efficient and affordable.
More than a third of the lifetime carbon - dioxide emissions from an
electric car comes from the energy used
make the
car itself, especially the
battery.
Looking at it that way, you can bypass the argument that
battery electric cars are more efficient because they cut out the whole
making - the - hydrogen loop.
Elon Musk's
batteries work in Tesla
cars, but scaled up they
make it economically feasible for utilities to store the afternoon's sun for the evening's
electric demand.