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The electric
drive of the smart for-us
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13/01/2012 |
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Smart
is turning the automotive world upside down once
again and challenging ideas about what an urban
pickup should look like. In a tongue-in-cheek manner
the for-us signals that this is the right car for
the young and young-at-heart with active lives who
attach importance to low emissions and taking up
minimum road space. The smart for-us translates the
practical loading concept of a pickup to the reality
of 21st century urban traffic for the
first time.
With its exterior
dimensions (length/width/height: 3547/1506/1701 mm)
it could almost go unnoticed on the loading area of
a typical pickup, and it is also anything but
ordinary under the body. Thanks to the
state-of-the-art electric drive with a 55 kW
magneto-electric motor the zero-emission smart
for-us is agile and lively to drive. It will
celebrate its world premiere at the North American
International Auto Show in Detroit (14 - 22 January
2012).
smart CEO Dr.
Annette Winkler says: "We at smart love pickups – if
they are small on the outside, large on the inside,
very safe and extremely comfortable. With the smart
for-us a petrol station is no longer required!”
Like car2go, the
globally successful car sharing initiative from
smart for more flexibility in city traffic, the
smart for-us is a mobility concept. It has plenty of
room for two people and space for two smart ebikes
behind them. Thanks to the docking station on the
cargo area of the smart for-us their batteries are
always charged and they enable smart for-us drivers
to also reach destinations that are out of bounds
for cars – for example traffic-calmed zones in the
city or isolated park trails.
The design: sassy
and robust with extremely short overhangs
Compared with the
series-produced fortwo the smart for-us makes a
powerful statement and its appearance plays with the
martial image of conventional mega-pickups.
Nevertheless, it greets the viewer with a friendly
yet assertive face. It features convex and
sensuously shaped body surfaces. The large brand
emblem is proudly sported on the grille, and the
front has a pronounced three-dimensional design with
an underride guard finishing off the lower part of
the front end.
The longer
wheelbase (2480 mm/plus 613 mm) and the track that
has been widened by 50 mm on each side also
emphasise the robust look of the study. At the same
time the extremely short overhangs at the front and
rear make it exceedingly compact.
The tailboard at
the rear of the smart for-us is electrically driven.
When it opens first of all the cargo floor including
tailboard retracts by 280 mm, then the tailgate
slides down in a parallel position. The cargo on the
900 mm cargo area is then extremely easy to access.
Sleek, taut
surfaces in mother-of-pearl white combined with
precisely designed technical functional elements in
brushed aluminium – the interior is characterised by
contrasts. Like in the smart forvision, the whole
cockpit boasts aerodynamic styling for interior
ventilation. In place of a conventional rear-view
mirror the smart for-us features a smartphone
accommodated in a holder on top of the instrument
panel support. The driver can see what is happening
on the road behind with the help of an integrated
video camera.
Stylish,
uncomplicated, highly functional and easy to
individualise – the two seats in the concept car are
typically smart. The seat shells, which are open in
the middle, are covered with a soft yellow fabric
throw giving them a hammock-like seating feel.
Electric drive:
zero-local-emission driving fun
The electric drive
of the smart for-us is based on the innovative drive
concept of the smart fortwo electric drive, which
will be launched from the spring of 2012. Thanks to
the 55 kW magneto-electric motor the smart for-us is
agile and lively to drive. With 130 Newton metres of
torque it boasts powerful, lag-free acceleration and
it can overtake other vehicles with the greatest of
ease. The maximum speed exceeds 120 km/h. The
lithium-ion battery has capacity of 17.6 kWh. |
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2012 Smart Electric
Drive |
16/08/2011 |
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Smart fortwo electric
drive - Zero-emission driving pleasure for everyone:
the new smart fortwo electric drive will soon be
available worldwide.
Zero-emission motoring with even more driving fun -
the third generation smart fortwo electric drive
will be available from the spring of 2012. In total
a five-figure number of vehicles will roll off the
production line in Hambach, France. Following the
huge success of the second generation, electric
mobility will then become accessible to anyone
interested in more than 30 markets worldwide. In the
development of the new generation smart benefited
from extensive experience and customer feedback
gathered worldwide over the past years. Driven by a
battery supplied by Deutsche Accumotive for the
first time the 55 kW electric motor passes the 120
km/h mark. From 0 to 100 km/h in less than 13
seconds - even driving on urban motorways becomes
enjoyable. The 17.6 kWh battery enables the lively
city car to travel around 140 kilometres in city
traffic without producing any local emissions.
"The smart fortwo has exceeded itself. It has always
been a pioneer of urban mobility and with the new
electric drive it is once again setting standards
with even more driving fun and environmental
compatibility," says Dr. Annette Winkler, Head of
smart. "With the new generation the frequently cited
"electric era" has finally arrived." For the further
development of the smart fortwo electric drive the
company was able to bring in extensive experience
and customer feedback from various electric mobility
projects. For example, this is reflected in clearly
improved performance data. Driven for the first time
by energy from a battery supplied by Deutsche
Accumotive the 55 kW electric motor effortlessly
passes the 120 km/h mark. The smart developers were
also able to realise
the more powerful acceleration requested by
customers. From 0 to 100 km/h in less than 13
seconds - even filtering into traffic on urban
motorways is a pleasure. The 17.6 kWh battery
enables the lively city car to travel considerably
more than 140 kilometres without producing any local
emissions.
The third generation smart fortwo electric drive
features a 55 kW magneto-electric motor - the first
product from the EM-motive joint venture founded
together with Bosch - which ensures that it is as
agile and lively as ever. With torque of 130 Newton
metres it accelerates powerfully and immediately
from 0 to 60 km/h in 5 seconds and thanks to better
acceleration in the higher speed range it can sprint
from 0 to 100 km/h in less than 13 seconds as it has
much more tractive power than its predecessor. This
makes for speedy driving and overtaking. The
battery-electric two-seater smart fortwo now also
has a higher top speed of more than 120 km/h,
putting it on a par with the combustion-engined
smart. |
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Lorinser
presents Easybrid retrofit hub motor for
compact cars
(26/11/2010)
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Which driver of
a compact car has not already wished for
more power in his automobile and if possible
without extra fuel consumption and any
additional environmental pollution? But up
till now, this went hand in hand with the
other and therefore such wishes remained
unfulfilled. On the Essen Motor Show 2010, Sportservice
Lorinser now presents Easybrid® as an
innovative solution. A retrofit electric hub
motor with 30 kW additional effective
output, exemplarily fitted in a Smart Fortwo.
Already at the
beginning of the 20th century, automobile
manufacturers experimented with hub motors
and fitted them into their cars - among them
also Ferdinand Porsche. Nevertheless, this
development was soon destined for obscurity,
as the general public rather wanted a
combustion engine. Due to the further
increasing fuel prices and the current
environmental-, climate- and CO2-debates,
more and more companies are thinking about
the future of individual mobility and
display electric cars and hybrid
automobiles, yet knowing that these will not
get over their concept car status for the
time being. Especially German automobile
manufacturers seem to have missed the trend
and only fit hybrid technology into luxury
class automobiles if after all.
But what if
it was possible to fit hybrid technology as
a retrofit solution into cars whichare
designed for everybody? Is it after all
possible to retrofit compact cars?
Would such a modification not be too
elaborate and therefore too expensive?
Sportservice Lorinser, usually known for its
sportive refining of Mercedes Benz
automobiles, is now tackling these
questions. The company based in Waiblingen /
Swabia and its project manager Martin
Oberdoerfer-Schmidt conclude: "The
modification is possible and can also be
performed in an easy and therefore economic
way."
The
preconditions are that the automobile in
question has to have drum brakes at the rear
axle, but this is quite common with small
and compact cars. So-called stators are
adapted to the braking armature discs. These
are accumulated electric coils which are
supplied with directed power via control
electronics in order to magnetise them and
therefore turn the rotor on the wheel hub
which is equipped with permanent magnets in
rolling direction.
Therefore,
any kind of engine, differential and driving
shaft becomes unnecessary as the engine
directly affects the individual wheel and
accelerates it. Altogether, this means that
the nominal capacity of the electronic motor
is transferred to the road nearly without
any frictional loss. With the help of a
control unit the power of the hub motors is
added to the initial power of the combustion
engine. As the modification is usually added
to the rear axle, many of the vehicles in
question are therefore turned into four
wheel drive cars which render additional
traction advantages at winter time.
Easybrid®
supports the existing fuel- or diesel
engines of the individual cars and renders
an additional power of approximately 30 kW
(about 41hp) for improved acceleration- and
final speed outputs. At the same time, the
consumption- and CO2- levels drop. As
electric engines are very powerful and their
maximum torque is reached after only one
revolution, it is also possible to move
these cars solely on an electric basis. With
this retrofit solution, Lorinser does not
only cover all advantages of modern hybrid
acceleration, but also allows the driver to
choose his operational mode. Apart from the
combination of both engines, he can also opt
for either the sole electronic or sole
combustion engine. The driver can therefore
decide if he wishes to use fuel or
electricity or a combination of both.
In order to
recharge the lithium ionic batteries of the
electric engine which for space saving
measures are either stored in the reserve
wheel drop or under the vehicle,
the automobile can either be connected to a
usual socket or use the
so-called recuperation during its operation.
This means that the energy which is
generated during braking and driving
downhill recharges the batteries. Therefore,
the car can run approximately 30 kilometres
on sole electric power and depending on the
model far than 500 kilometres with the
combined hybrid mode. In a combination
with modern turbodiesel engines, even wider
distances are possible.
On the Essen
Motor Show 2010 which starts on November
27th, Lorinser will introduce a first
driveable prototype based on a Smart Fortwo
with a retrofit hub motor. Further possible
models suitable would be the Volkswagen
Polo, the Renault Twingo or the Fiat 500.
Also older models are suitable and in
future, Lorinser will develop solutions for
these models as well. Already since May
2009, the Lorinser engineers have been
co-operating with external development
partners on the retrofit hub motors and
prototypes which were equipped with such
technology. The test period will be ending
by mid 2011 and from then on, it will be
possible to equip first customer cars.
But of
course, such a modification for compact cars
only makes sense if it does not exceed the
value of the automobile. Therefore,
Sportservice Lorinser has revised
the overall project and added an innovative
idea. Following the offer for mobile
phones, contracts can be introduced which
bind a customer to an energy provider owning
the batteries of the car on a long-term
basis. The energy provider could therefore
use its own battery as energy storage for
vehicle-to-grid concepts and the car driver
could pay the batteries by an increased
energy price. Thereby, Lorinser pays tribute
to the fact that mobility will not become
any cheaper in future, but battery prices
will significantly drop and fuel prices will
surely increase.
Therefore, it
is interesting for both parties - the
drivers of electric- and hybrid cars as well
as the utility companies. The latter could
even introduce an energy flat rate
for corporate clients with a fleet of
electric automobiles. Such concepts are
momentarily discussed with energy suppliers.
With such a
battery financing concept between supplier
and consumer, the modification of a compact
car could come down to about EUR 5,000. If
the government should participate in
subsidising the lower CO2-emissions by
putting an extra tax on automobiles with
less favourable values, the effective costs
for the hub motor retrofit could be even
further reduced.
Specification Easybrid®
Retrofit hub
motor:
Electric nominal performance: approx. 30 kW
/41 hp
Reach (solely electric) approx. 30 km
Reach (hybrid) approx. 550 km
Lorinser
Smart Fortwo:
- Aerodynamic pack
front bumper
rear bumper
fender flaring front and rear
- Lorinser
light-alloy wheels 17" Speedy
7x17 inch, 205/40-17
ContiSportContact3-tyres, front and rear
Development partner:
- DIEHL EAGLE
PICHER GmbH
Battery manufacturer
- EBERLE Motoren GmbH
Engine development
- UNITEK Industrieelektronik GmbH
Electric engine control
- Ingenieurbüro
Brinkmeyer & Partner
Automotive Testing Systems
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Smart Festival is
guaranteed to be Electric
(17 August 2010) |
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This year’s smart
festival is on a charge to be the best ever thanks
to exclusive test drive opportunities of the smart
fortwo electric drive and an appearance by 2008
Formula 1 World Champion Lewis Hamilton.
Taking place on Saturday
4th September at Mercedes-Benz World,
Weybridge, this year’s smart festival coincides with
the 10th anniversary of the arrival of
right-hand drive smart models in the UK.
The additions of the
groundbreaking electric version and the Formula 1
superstar to what is the biggest single-day
gathering of smarts are certain to add an extra
dimension to the celebrations of the production
milestone.
Test drives in the
smart fortwo electric drive, which uses
state-of-the-art lithium ion battery technology and
can be charged via a standard 13 amp socket, will be
available to visitors on a first come, first served
basis. Lewis Hamilton will add to the excitement by
presenting the winners of the ‘Most Modified’, ‘Best
Kept’ and ‘Best Dressed’ smart competitions with
their prizes.
Other attractions at
the smart festival include smart arrows formation
driving team, a display of models from the striking
BRABUS tailor made collection and a host of driving
games that include smart football.
The opportunity
for visitors to test drive the cutting-edge model
comes hot on the heels of the first London consumers
taking delivery of their smart fortwo electric drive
as part of the UK’s biggest electric car trial and
the Plugged-in Report commissioned by smart to
understand the UK perceptions around electric
vehicles. The full report can be found at
www.electricsmart.co.uk
“These developments
make the smart festival even more of a ‘must attend’
event for admirers of the brand, whether they own a
smart or not,” said Gary Savage, Managing Director,
Mercedes-Benz Cars.
“From the Plugged-in
Report we know that the vast majority of UK
consumers are willing to both consider an electric
car and lower their own carbon footprint, so having
the smart fortwo electric drive available for test
drive is a great way to introduce the concept to the
thousands of motorists who visit the smart festival.
“smart has always
been a trendsetting, forward-thinking brand and
these test drive opportunities at an ever-growing
event prove that once again smart is at the
forefront of motoring that is stylish, fun and
innovative.”
The 2010 smart
festival takes place between 10am and 2pm on
Saturday 4th September. Registration is
open at
www.smartfest.co.uk. |
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London ready to go
electric (01 July
2010)
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Today saw the first
London consumers taking delivery of their smart
fortwo electric drives, as part of the UK’s biggest
electric vehicle trial. Owners of Eco Age, an
ethical store, design consultancy & green hub;
Livia Firth
and Nicola
Giuggioli received the keys from motoring
broadcaster and self-confessed electric vehicle fan,
Quentin Willson.
Nicola Giuggioli, CEO at
Eco Age; "For us, at Eco Age to be part of the smart
electric drive trials is amazing and has such a
great synergy with our business. The smart electric
drive is the perfect city car, you can park it
anywhere and it has zero-emissions so we can drive
around guilt-free. I can't wait to see the face of
our clients when we arrive for our eco surveys in
our smart electric drive."
Quentin Wilson,
motoring journalist and broadcaster comments: “The
fact that Mercedes-Benz, the people who invented the
car, say that the future of driving is with the
advent of cars like the smart electric drive, is
a monster milestone for electric vehicles.”
Funded by the
Government’s Technology Strategy Board, the
nationwide trial is the first of its kind with over
340 vehicles being trialled on the UK roads. The
programme sees 60 smart electric drives exclusively
tested by residents in London and the South East for
12 months. A further 40 will be trialled by
residents in the West Midlands.
David Bott, Director
of Innovation Programmes at the Technology Strategy
Board said: "It’s great to see the smart fortwo
electric drive being handed over to the first
drivers. This London based experiment is part of a
much larger UK–wide trial funded by the Technology
Strategy Board and the Department for Transport. Low
carbon vehicles are being put into the hands of real
drivers in eight different projects. Vehicle
performance and user behaviour is being monitored by
computers in over 340 cars and data from trials
across the UK will be collated and published in an
act of open innovation designed to support the
development of Low Carbon Vehicle technology”
Boris Johnson, Mayor
of London, said: “We are now on the brink of an
exciting era of cleaner, greener electric motoring.
London is already taking steps to ensure drivers in
the capital will be able to embrace this new
technology and plug in with confidence.”
The handover
coincides with the publication of the smart
Plugged-In report, commissioned to understand the UK
perceptions around electric vehicles. The report
reveals that the London consumer is ready to embrace
the electric revolution with about two-thirds of
consumers stating that they’re willing to consider
an electric vehicle if the charging infrastructure
is improved. Other key report findings reveal:
- 86% of Londoners
think it is their community’s responsibility to
make sure residents living there can live
‘greener’ lives with easier local recycling
facilities, electric vehicle charging points and
cycle lanes.
- 66% of Londoners
think the area where they live would be less
polluted if there were more electric cars
- 71% of
Londoner’s admitted they make a conscious effort
to drive less in order to save money (asked of
drivers)
- Londoners are
the most vocal to their council about how they
can improve the area where they live. 33% of
Londoners claim to have made improvement
suggestions to their council (compared with a UK
average of 24%)
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Smart
awarded £2.5m funding to create further electric car
trials
(25 June 2009)
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smart has been awarded
funding, as part of two industry consortia, to help
create an electric car future for UK motorists, it
was announced yesterday.
With the support of
the Technology Strategy Board grant, smart is
inviting applicants to take part in two electric
drive research trials: one project in London and the
South East with smart as lead partner of a larger
consortium, and one in the West Midlands alongside a
number of other organisations with Ove Arup &
Partners as lead. The research is a unique
opportunity for users to influence the product
development and design process, and will include a
focus on domestic recharging behaviours over a 12
month period.
The
Technology Strategy Board - the government body that
exists to promote business innovation in technology
- announced the winners of its Ultra Low Carbon
Vehicle Demonstrator competition yesterday. The
successful bids bring together car manufacturers,
power companies, councils and academic institutions
in eight consortia to accelerate the availability of
innovative low carbon cars to consumers.
Dermot Kelly,
Managing Director Mercedes-Benz, said: “smart has
been conducting real-life trials of 100 electric
cars with partner companies across the country since
2007. The feedback has been overwhelmingly positive
and this has been instrumental in our decision to
put the car into small series production and bring
another 100 cars to the UK early in 2010.“
Kelly continued:
“We’re delighted that smart has been awarded this
funding. It means we can offer electric smarts with
state of the art lithium-ion battery technology at
affordable monthly lease rates to participants.“
Interested parties
can find out more information about the smart
electric drive trial, including an application form,
by calling 0808 000
8080.
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Electric
smart to go live
(22 June 2009)
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Following successful trials in
the UK, the iconic,
zero-emission, smart fortwo
electric drive is ready for
small series production.
Reaction from customers taking
part in the UK trial, including
the Metropolitan Police,
universities, local councils,
architects and energy companies,
has proved so encouraging that
smart’s parent company, Daimler
AG, can confirm that the smart
electric drive will go into
small series production, with
cars coming to the UK in early
2010.
The second generation smart
electric drive will also be
taking part in projects in Rome,
Milan and Paris. Several cities
in the US are also due to start
trials of the fully electric car
and the invaluable feedback will
be incorporated into the
development of future production
models.
Featuring a lithium-ion battery
the second generation smart
electric drive’s power source
will have a longer range, boast
a shorter charging time and will
give improved performance.
Boris Johnson, the Mayor of
London, said: “It is absolutely
fantastic to see manufacturers
like smart leading the way to
make the electric vehicle an
easy choice for Londoners. The
move to electric vehicles, which
emit zero pollution on London's
streets, will have a massive
impact on cutting carbon
emissions to curb climate change
whilst improving air quality and
noise levels for our citizens.”
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Financial
incentive scheme for electric cars
(17
April 2009)
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Following the announcement today of the financial
incentive scheme for electric and hybrid cars Smart
have announce the following key facts:
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The smart ed was the top selling electric car in
2008 and continues to outsell the competition so
far in 2009
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The smart ed emits no carbon dioxide, carbon
monoxide, unburned hydro-carbons, particulate
matter or any harmful substance – in fact it
emits nothing at all
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The smart ed retains all the safety equipment
you would find on a regular smart. So unlike
electric quadricycles you will find ESP, ABS
brakes two Airbags and seat belt pre tensioners
on the ed.
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The ed also is exempt from London Congestion
Charging & Vehicle Excise Duty
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Drivers of the smart ed can expect to achieve
the equivalent of around 300 mpg
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The smart ed has no engine oil, oil filter,
spark plugs or exhaust. In fact there are only a
handful of moving parts in the driveline,
resulting in very low service and maintenance
costs.
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Major role for UK’s Zytek in electric
Smart project (08
March 2009)
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There hasn’t been much good news for the UK midlands
motor industry of late – but UK-based electric car
specialist Zytek has received a boost with the
contract to build and fit the electric drivetrain
for the second-generation Smart Fortwo ED at its
facility in Fradley, Staffordshire.
Zytek has developed an integrated electric
drivetrain to drive the rear wheels of the Smart
Fortwo. The drivetrain integrates the electric
motor, power and control electronics, into one
assembly with only three connections: water, high
voltage electrics (300V) and low voltage electrics
(12v). This replaces the conventional petrol engine
and rear axle, and removal of the fuel tank allows
room for a battery pack below the floor.
The second-generation electric Smart will represent
a major upgrade on the first version, which has been
tested extensively in London since 2007. The new
version is based on the second-generation Fortwo
model, and the biggest technical change is a move to
Lithium Ion batteries instead of
sodium-nickel-chloride. This will increase the range
life of the battery pack, while cutting recharge
times. The batteries are to be supplied by US-based
electric sports car maker Tesla.
The new Smart Fortwo ED will go into production
toward the end of the year. It will be used mainly
in organised EV test programmes in major European
cities, including Berlin, Paris, Rome, Milan and
Pisa, with further cities planned.
In Berlin, the local government and energy providers
are installing 500 electricity charging stations,
and Daimler is providing more than 100 electric
Smart and Mercedes-Benz cars. Several similar
programmes are also being considered in the US.
The plan is to refine the design as a result of
feedback from these tests, and make a major ramp-up
of production volumes in 2012. Two versions of the
Smart ED were shown at Geneva – a standard version
and a more exclusive Brabus version, with matt green
paint, a cabriolet soft top, LED daytime driving
lights, sports suspension and Brabus Monoblock VII
alloy wheels.
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Aston University trials electric
Smart car
(15 Jan 2009)
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Aston University and leading
support services provider, Amey,
will both take delivery of a
smart ed (electric drive), as
part of the UK-exclusive market
trial of smart’s fully electric,
iconic, two seater car.
smart is working with around 60
business partners and green
energy suppliers to test the car
in ‘real-life’ situations, in
advance of the market launch in
2010. The trial offers an
alternative transport solution
for businesses to help them
tackle environmental concerns.
In the Midlands, both Aston
University and Amey are taking
part in the trial, demonstrating
their commitment towards
sustainable motoring. They will
be using the smart ed to promote
the future of driving, cut their
carbon emissions and reduce
fleet running costs.
Dermot Kelly, Managing Director
Mercedes-Benz UK, comments: “The
smart ed market trial is an
important part of our commitment
towards developing sustainable
transport solutions across the
Mercedes-Benz business. smart
continues to be a pioneer in the
world of environmentally
friendly and economical driving
and we’re delighted that Aston
University and Amey are our
partners in the trial as we move
towards the future of driving.”
The smart ed emits no carbon
dioxide, carbon monoxide,
unburned hydrocarbons,
particulate matter or any
harmful substance – in fact it
emits nothing at all. It
retains all the safety equipment
you would find on a regular
smart, so unlike many other
electric vehicles, a smart ed
has ESP (traction control), ABS
brakes, driver and passenger
airbags and seat belt pre-tensioners.
The iconic two seater cars have
a top speed of 60mph
(electronically limited), a
range of 70 miles on a single
charge and can achieve the
equivalent of 300 mpg. The smart
ed is charged by simply plugging
it directly into any UK mains 3
pin plug socket, and a meter on
the dash swivels through 90
degrees making it possible to
see the state of battery charge.
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"e-mobility Berlin” -
Locally emission-free
driving
(09 Sept 2008)
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With “e-mobility
Berlin”, Daimler AG and RWE AG are today launching
the world’s largest joint project for
environmentally friendly electric cars. These
provide locally emission-free driving, thus making a
considerable contribution towards protecting the
environment and reducing dependency on fossil fuels.
The initiative covers all components required for
the efficient use of battery-powered electric
vehicles - from innovative drive technology through
to customer-friendly infrastructure.
Daimler will
provide more than 100 electric cars from
Mercedes-Benz and smart as well as the vehicle
service. RWE is handling the development,
installation and operation of the charging
infrastructure accounting for some 500 charging
points. The payment system takes the form of the
exchange of data between a special in-car
communication system and the intelligent charging
point.
Daimler will contribute its wealth of experience of
the automotive business to the joint project, above
all the knowledge it has gained from its many years
of successful research and development work in the
field of emission-free vehicles using electro-drive
and battery technology.
The new generation of smart ed (electric drive) and
electric-battery driven vehicles from Mercedes-Benz
will come in use within the “e-mobility Berlin”
project. One of the most important vehicle
innovations is the lithium-ion battery developed
specifically for the use in these cars. Compared to
conventional batteries, this technology provides a
greater range and a shorter charging time, with the
possibility of smaller and lighter batteries as a
result.
The new project is also benefiting from the
experience gained by Daimler during the current
pilot project involving electro-mobility in London.
Since last year, there has been a test fleet of
first-generation smart fortwo ed cars in the British
capital, successfully operated by authorities such
as the police and others.
“e-mobility Berlin” represents an initial step
towards a successful future of electro-mobility. The
same applies for further similar projects in other
metropolises around the world and also for the start
of serial production of battery-powered vehicles by
Mercedes-Benz and smart in 2010.
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Met Police make a smart
choice for the capital
(25 June 2008)

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smart is helping the Metropolitan Police Service
(MPS) cut carbon emissions in London as they take
part in the market trial of the fully electric,
smart ed (electric drive).
Four versions of the iconic, low emission,
two-seater car will be used in congested urban areas
for routine police operations. Two of the cars have
Metropolitan Police livery and will be deployed in
Central London and at Heathrow Airport.
The smart ed is powered solely by electricity and is
charged using a standard three-pin plug. The car
emits no carbon dioxide, carbon monoxide, unburned
hydrocarbons or particulate matter. It is
incredibly economical and can achieve the equivalent
of around 300 miles per gallon.
Stuart Middleton, Director of Transport Services,
Metropolitan Police Service, said: “The public might
be surprised to see smart ‘police’ cars on the
streets of London but we’re very excited about
taking part in this market trial. Policing a city
like London brings its own particular challenges and
we’re always keen to try out new innovations and
ideas. The smart ed enables us to have a police
presence in very congested areas.
Dermot Kelly, Managing Director, Mercedes-Benz Cars,
commented: “This smart ed market trial is an
important part of our commitment to sustainable
mobility. It’s positive news that a very visible
organisation like the Metropolitan Police
understands the benefits of the car and we’ll be
working closely with them to gather data about the
cars’ performance in everyday life.”
The smart ed has a top speed of 60 mph and has a
range of up to 70 miles in between charges. The car
has all the safety equipment that customers expect:
ABS, ESP, passenger and driver airbags and seat belt
pre-tensioners.
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First
electric smart delivered to Coventry City Council
(21 Dec 2008)
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Coventry City Council takes delivery of an early
Christmas present this year, in the form of a fully
electric smart.
The iconic car is the first of 100 cars to be
delivered as part of a UK-based market trial for the
introduction of a fully electric version of the
popular two-seater (smart ed).
The car will be made available on a lease
arrangement to selected UK corporate customers. It
sets a new benchmark in the electric vehicle sector;
it has 30kW output and a top speed of 60 mph. It
offers nippy in-town performance with 0-30 mph in
6.5 seconds. With a range of up to 70 miles, the
smart ed is exempt from vehicle excise duty and
congestion charge.
Coventry City Council will be using the electric
smart within their fleet of pool vehicles. This
facility allows employees to leave their cars at
home when they travel to work, but to still have
access to a vehicle for business journeys.
Dermot Kelly, Managing Director Mercedes-Benz Cars,
said: “This market trial is an important part of our
commitment to sustainable mobility and the first car
to be delivered is a significant milestone for smart
and Mercedes-Benz Cars.”
Cllr Gary Ridley, Cabinet member for Climate Change,
Housing and Sustainability said, "The Council is
proud to be the first owner of the new electric
smart and is glad to be part of the drive for new
cleaner and greener technologies in cars. To make
its running costs even greener, the electricity used
to recharge the car is from renewable resources. As
the biggest employer in the city, we should be
leading by example and encouraging other businesses
to think about their carbon footprint and their
impact on their environment while carrying out their
day to day activities."
The smart ed emits no carbon dioxide, carbon
monoxide, unburned hydrocarbons, particulate matter
or any harmful substance – in fact it emits nothing
at all. It retains all the safety equipment you
would find on a regular smart, so unlike other
electric cars, a smart ed has ESP, ABS brakes two
airbags and seatbelt pre-tensioners.
In terms of practicality, the car has its own
charger on board, which means it can be plugged
directly into any UK mains 3 pin plug socket to
recharge. A meter on the dash swivels through 90
degrees so it is possible to see the state of
battery charge. |
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