Not exact matches
A Chinese vehicle maker that operates
as SF Motors in the U.S. revealed its
battery -
electric concept
car, the SF5.
As electric cars become more and more common, and as their batteries can hold more and more energy to allow for a range comparable to that of a gasoline car, the main obstacle remains: how to charge the batteries as fast as you can fill in your gas tan
As electric cars become more and more common, and
as their batteries can hold more and more energy to allow for a range comparable to that of a gasoline car, the main obstacle remains: how to charge the batteries as fast as you can fill in your gas tan
as their
batteries can hold more and more energy to allow for a range comparable to that of a gasoline
car, the main obstacle remains: how to charge the
batteries as fast as you can fill in your gas tan
as fast
as you can fill in your gas tan
as you can fill in your gas tank.
The group already produces
electric motors, which turn the wheels,
as well
as battery cells in - house, and is investing heavily in software development, an increasingly important part of modern
cars.
Elon Musk, the CEO of Tesla Motors (and of rocket maker SpaceX), announced that his company would supply
battery packs to for Daimler's cute -
as - a-button all -
electric Smart
car.
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.
As we at Tesla reach for our goal of producing a mass market
electric car in approximately three years, we have an opportunity to leverage our projected demand for lithium ion
batteries to reduce their cost faster than previously thought possible.
However, Speth left open the possibility of new investment in Britain such
as an
electric battery and
car plant if the conditions, including pilot testing and support from science, were right.
Then, credibility restored, Tesla will easily raise cash to build the Model Y. For all the triumphant bear fuss lately, Tesla went public at $ 17 a share and remains a 17 - bagger at $ 295 — and,
as Moody's notes, fundamentals like
battery cost, public acceptance of
electric cars and regulatory support are stable or improving.
It's also something we are covering in our five - part
battery series, in which we are looking at lithium - ion
battery demand,
as well
as the materials that will need to be sourced
as electric cars go mainstream.
Germany's government is increasing pressure on its
car makers to invest heavily in
electric cars as well
as battery production in Europe to safeguard jobs in Germany during a rapid transformation of the sector.
In the coming years, an
electric car battery array might serve
as a reserve for home power needs, but the technology is not trivial and does not yet exist commercially.
It cleverly covers all the bases for power sources — for mains
electric,
batteries and there's even a
car adapter available (
as an optional, but brilliant, extra).
Lobbyists for environmental groups and the planet's biggest automobile manufacturers are pushing the governor and legislative leaders to give tax breaks or taxpayer - funded rebates to consumers who buy zero - emissions vehicles, such
as battery electric or hydrogen cell fuel
cars.
By 2020, the company plans to produce
as many lithium - ion
batteries annually
as the entire world produced in 2013 — enough for a fleet of 500,000
electric cars — and with a 30 per cent reduction in production cost per
battery.
It uses the same
batteries as electric cars to store energy, either from renewables or cheap night - time electricity, ready to be used during the day.
Thanks to a redesign, Edison's
battery can now store almost
as much energy, gram for gram,
as the lithium - ion
battery in Nissan's all -
electric car, the Leaf.
They're similar to
batteries, in that they electrostatically hold and release energy, but in our technology — mobile devices, laptops,
electric cars — they tend to serve
as a power backup because they can disburse their stored energy in a quick spurt, unlike
batteries that do so over long period of use.
The hybrid GE is developing with the marine engineering firm C - MAR works something like the upcoming Chevy Volt
car, which uses an
electric motor
as its primary drive and carries a small combustion engine to charge
batteries that run low.
ORNL's technology could have a much greater impact on purely
electric vehicles such
as the upcoming Nissan Leaf or Ford Focus RV, which do not have a combustion engine to rely on, meaning depleted
batteries need to be charged quickly for the
car to be practical.
Above all, it is fostered by the demand of the
electric car as well
as the accumulator and
battery industry.
The President's initiative will empower young men and women to invent and commercialize advanced energy technologies such
as efficient and cost effective methods for converting sunlight to electricity and fuel, carbon capture and sequestration, stationary and portable advanced
batteries for plug - in
electric cars, advanced energy storage concepts that will enable sustained energy supply from solar, wind, and other renewable energy sources, high - efficiency deployment of power across «smart grids,» and carbon neutral commercial and residential buildings.
This could offer a solution for millions of
batteries now in use in cell phones, laptops and other devices,
as well
as in
electric cars and airplanes.
As an example of the aqueous zinc
battery's power and safety, Fei Wang, a jointly appointed postdoctoral associate at UMD's Clark School and ARL, and first author of the paper, cites the numerous
battery fire incidents in cell phones, laptops and
electric cars highlighted in recent media coverage.
The system could be placed in between the positive and negative nodes of lithium - ion
batteries, which will hopefully prevent self - driving
electric cars from meeting the same fate
as those flammable hoverboards of Christmas - past.
This gap in research has now been closed by scientists of the Fraunhofer Institute for Systems and Innovation Research ISI and Karlsruhe Institute of Technology (KIT): They compared the performances of 49,000
battery electric cars and 73,000 plug - in hybrid vehicles in Germany and the US using data from fleet trials and automotive manufacturers
as well
as from websites for drivers to manage and monitor their vehicles.
«Moreover, hybrids can foster public confidence and prevalence of
electric mobility,
as they have the same range than
cars with internal combustion engines, contrary to
battery electric vehicles.»
To satisfy the growing demand from emerging markets (
electric cars, for example, and renewable energy storage), researchers from Empa, the Swiss Federal Laboratories for Materials Science and Technology, and the University of Geneva (UNIGE), Switzerland, have devised a new
battery prototype: known
as «all - solid - state,» this
battery has the potential to store more energy while maintaining high safety and reliability levels.
Of course, all that could change quickly —
as happened at the turn of the 20th century, when the quiet, reliable
electric car, powered by primitive lead - acid
batteries, seemed destined to sweep the market.
«That's why we are concentrating on building high - technology combustion engine
cars, hybrid
cars,
as well
as electric cars powered either by
batteries or fuel cells.
Actually, MacCready predicts that the big market in the coming decade or two may not be so much for all -
electric cars as for hybrid
cars designed to run on
batteries in pollution - choked cities and on gasoline — or natural gas, or ethanol, or hydrogen, or some other range - extending fuel — on long highway trips (though the way Americans drive now, 90 percent of all
car trips fall within Impact's 120 - mile range).
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.
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.
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...
In early January, Amnesty International and Afrewatch issued a report charging that children
as young
as 7 in the Democratic Republic of the Congo are working in perilous conditions to produce cobalt used in the lithium - ion
batteries that power smartphones and
electric cars.
, published on the website < http://planetasustentavel.abril.com.br/noticia/ambiente/quando-recursos-minerais-se-esgotarao-648952.shtml >, based on information from the US Geological Survey, the US government agency responsible for geological research that crossed information on the annual consumption, mineral reserves available on the planet and its predictable extinction: 1) Platinum (use in surgical materials)-- Extinction by 2049; 2) Silver (use in the manufacture of mirrors and cutlery)-- Extinction in 2016; 3) Copper (use in wire and cable and air conditioning ducts)-- Extinction in 2027; 4) Antimony (use in remote controls and other materials to increase strength)-- Extinction 2020; 5) Lithium (use in cell phone
batteries, laptops and video games)-- Extinction in 2053; 6) Phosphorus (use in agricultural fertilizers)-- Extinction in 2149; 7) Uranium (use for
electric power generation)-- Extinction in 2026; 8) Indian (use in smartphones and tablets touch screen screens)-- Extinction in 2020; 9) Tantalum (use in cameras lenses)-- Extinction in 2027; 10) Nickel (use in metal alloy coating, electronics such
as cell phones)-- Extinction in 2064; 11) Tin (use in coating metal alloys, such
as those used in the soft drink cans)-- Extinction 2024; 12) Lead (use in
car batteries and trucks and welds and bearings)-- Extinction in 2015; 13) Gold (use
as jewelry and computer microchips)-- Extinction in 2043; 14) Zinc (use to cover alloys, preventing rust that destroy objects like coins)-- Extinction in 2041.
The Art Deco inspired vehicle was designed
as an
electric car and features a flat
battery under the floor.
(
As electric -
car adherents like to remind, the massive
battery, nestling against the floorpan, lowers the center of gravity.)
The Jaguar Formula E
car, seen here, will serve
as a test bed to allow the automaker to continue to develop its
battery and
electric - drivetrain technologies under punishing race situations.
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.
Peugeot claims that the decelerative force provided by the
electric motors lessens the needs for drivers to use the four - piston 380 mm front vented discs and 290 mm rear,
as the
car stores this energy within the
battery while slowing down.
EV Drive mode uses only the two
electric motors to power the crossover, while Series Hybrid mode allows the gas engine and
battery pack to act
as a generator and provide additional power to the
electric motors and Parallel Hybrid mode where the
car primarily uses the 2.0 - liter gas engine with the
electric motors only coming into the picture when extra power is needed.
As the
electric racer only needs to last the 12.5 miles of the hill climb, the
batteries will only cover a distance of approximately 15 miles when the
car is driven at full speed.
The automaker will offer
battery vehicles
as well
as mild - hybrid
cars that pair an
electric battery to a traditional combustion engine.
We can add this open question to the larger ones, such
as how long it will take for
battery prices to drop and / or for government incentives to cease, whether there's enough profit potential to keep automakers in the
electric game, and how much an
electric car will be worth years from now,
as newer models inevitably bring higher efficiency and longer ranges.
A
Battery Charge mode allows drivers to top up the battery while driving, before entering as - yet nonexistant zero - emission city centres, while Hybrid mode mixes electric and petrol power as the car sees fit, depending on driving cond
Battery Charge mode allows drivers to top up the
battery while driving, before entering as - yet nonexistant zero - emission city centres, while Hybrid mode mixes electric and petrol power as the car sees fit, depending on driving cond
battery while driving, before entering
as - yet nonexistant zero - emission city centres, while Hybrid mode mixes
electric and petrol power
as the
car sees fit, depending on driving conditions.
Other rumors suggest Tesla will launch an all - wheel - drive version of the Model S, with the «D» signifying a dual - motor drivetrain borrowed from the upcoming Model X. Either way, the new
car appears to have the same basic front fascia design
as the existing Model S. Tesla will soon have even more production capacity to build a greater range of all -
electric models, once its Gigafactory
battery manufacturing facility comes online, so it's not surprising that the company will reveal a new vehicle.
Part of the reason for that is increased responsiveness,
as you'd want when driving enthusiastically; part of the reason is that, in sport mode, the engine tries to keep the
battery topped up to a level that allows maximum performance of the
electric drive system, extracting the greatest total performance from the
car without the sad face of an empty
battery popping up on your instrument panel display.
Toyota's system doesn't promise
as much EV range
as the Chevy,
as it claims to offer up to 15 miles of
battery - powered driving before utilizing the
car's standard gas -
electric hybrid driveline.
As an investigation continues into whether
batteries in the Chevrolet Volt pose a fire risk, General Motors wants to reassure customers and drivers that its
electric car is safe.
However it is more likely that the 200 - mile LG
batteries are destined for one or both of the two new all -
electric cars Akerson said were in development
as of March 2013.
Durheimer left the company shortly afterwards, and now Hackenberg has confirmed that improvements in
battery tech — and a desire to show off its credentials
as an
electric car maker — have seen the project restarted.