Daimler Board Member: “Electric Mercedes A and B-Class Coming in 2010″


PanterroR

Lap Time Luminary
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Just last week, Dr. Z made it officially official that Mercedes is actively working on the concept of an electric Mercedes sedan, just as we had predicated a couple of months ago. More news is emerging from Stuttgart, this time its Daimler executive board member Thomas Weber, who told the German weekly news magazine ‘ Wirtschafts Woche’ that Daimler had plans to introduce pure electric versions of the Mercedes-Benz A- and B-class models.

Dieter Zetsche revealed last week that, besides smart fortwo, an electric Mercedes was also in the pipeline. Mr Weber was asked which particular Mercedes model would be available as a pure electric, “one option would be our current Mercedes A- and B-class.”

Mr Weber also added that they are targeting consumers in metropolitan areas with tight emission laws, unfortunately, no sales targets have been disclosed.

We’ll definitely continue to follow these incredible and history making developments, stay tuned!


Source: Daimler Board Member: “Electric Mercedes A and B-Class Coming in 2010″ |BenzInsider.com - The Official Mercedes-Benz Fan Blog

:t-cheers:
 
Right before ending their life cycle,interesting.Exercising for the all new sporty hatches to replace the A and B?
 
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Germany: A-Class E-Cell production starts in October

Friday, January 08, 2010, AutomotiveWorld.com

Daimler has confirmed that it will begin production of an electric version of the Mercedes-Benz A-Class in October 2010. Production of the electric A-Class, to be badged A-Class E-Cell, will be limited to 500 units, which will be available for lease to selected customers for four years or 60,000km.

The vehicle will be fitted with lithium-ion batteries, offering a fully-charged range of over 200km.

The A-Class E-Cell is Daimler’s third alternative-fuel small car, joining the B-Class F-Cell (fuel cell) and the smart electric drive. The smart electric drive also began life as a low-volume project, but will go into series production in 2012.


PS.Tesla Motors will likely supply the batteries.

Automotive World - Germany: A-Class E-Cell production starts in October
 
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A-Class with electric drive

The portfolio of electric vehicles from Mercedes-Benz Cars already encompasses the smart fortwo electric drive and the Mercedes-Benz B-Class F-CELL. Series production of both cars began in 2009. These will be followed in October 2010 with the start of series production of the A-Class E-CELL in Rastatt. Initial plans are for low-volume production of more than 500 vehicles that will be rented to selected customers for a period of four years (or 60,000 kilometres).

The new A-Class E-CELL is based on the five-door version of the current A-Class. Exterior indications of the new electric drive version include amongst others the absence of an exhaust pipe and exhaust cut-out in the bodyshell, a fine, uni-colour paint finish in cirrus white and the “E-CELL” badge in silver script on the rear hatch.

Across the board, the new A-Class E-CELL will be delivered in the high-quality avant garde equipment level and offers the following additional highlights as standard: Bi-Xenon headlamps, COMAND APS, an active park assistant, THERMOTRONIC automatic climate control, window bags, side airbags in the rear and a sophisticated seating and lighting package.

Adequate propulsion is secured by up to70 kW output and 290 Nm of torque. The state-of-the-art lithium-ion battery enables a range of up to around 200 kilometres. Because the batteries are located in the vehicle’s innovative sandwich floor, room in the A-Class for passengers and luggage is for the benefit of the customer completely unaffected.

2010 is the year of electro-mobility: Mercedes-Benz Cars expands its model range to three electric vehicles | Daimler > Brands & Products > News
 


Merc, BYD to launch electric B-class

By Greg Kable | Autocar

The new electric car joint venture between Mercedes-Benz and BYD will be based on the outgoing B-class.

A lightly modified version of the car’s front-wheel drive platform will be used, according to insiders involved in the early stages of its conception.

Read full details on the Mercedes/BYD tie-up

To be sold exclusively in BYD’s domestic Chinese market, the new zero-emissions hatchback will be marketed under an as-yet-undisclosed brand.
It will be the first of a new range of all-electric models collectively being planned by both the German and Chinese car manufacturers.

In a move aimed at taking advantage of the B-class’s layout, Mercedes and BYD plan to use the soon-to-be-superseded model’s flat-floor structure for the stowage of lithium ion batteries.

The floor was originally designed for that purpose, but was never utilised in series production.

Read Autocar's full road test of the current Mercedes B-class

Placing the batteries low down within the platform provides for a lower centre of gravity than in more conventional applications, where they are usually mounted beneath the rear seat and boot floor.

The underfloor space taken up by the standard B-class’s petrol and diesel engines will be dedicated to an electric motor that will be used to power the front wheels.

Despite utilising the B-class platform, Mercedes and BYD’s joint-venture electric car will receive its own styling and interior.

Merc to launch electric B-class - Autocar.co.uk
 
Report: BYD Will Borrow Mercedes-Benz B-Class Platform For New EV

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By Viknesh Vijayenthiran | All Cars Electric

Back in March we first reported that German auto giant Daimler was partnering with Chinese automaker and battery specialist BYD to further develop electric vehicle technology and help accelerate their production. While few actual details of the partnership were revealed at the signing, we now have reports claiming Mercedes-Benz will supply its first-generation B-Class as a rolling chassis for BYD to install its electric drive systems in.

While Mercedes-Benz is expected to launch a second-generation and U.S.-bound B-Class next year, the older model will reportedly continue to be sold in the Chinese market by BYD but with electric drive. The vehicle will be sold under an as-yet undisclosed brand.

The sandwich floor design of the B-Class platform is ideal for storage of a large battery array; in fact this was the original purpose of the design but plans to electrify the vehicle were never carried forward. Drive will be sent to the front wheels via a compact yet powerful electric motor. The exterior of the B-Class should also receive a significant makeover.

Interestingly, Mercedes-Benz has already used its B-Class platform for a very different alternative fuel concept; the hydrogen fueled B-Class F-Cell. A small fleet of these fuel cell powered B-Class models will be built next year to start trials in both the U.S. and Europe.

Report: BYD Will Borrow Mercedes-Benz B-Class Platform For New EV - All Cars Electric
 
An update from Auto Motor und Sport on the Mercedes BYD B-class:


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BYD F0

As Auto Motor und Sport learned from Mercedes-circles, Daimler has approved the design of the new vehicle already.

The new car will be built based on the Mercedes B-Class and is equipped with lithium-iron phosphate batteries. The range of the car should be around 300 kilometers. That would be better than other series production vehicles so far.

Although the car will not be introduced until 2012 and will come to market in 2013, orders are already coming in. Auto Motor und Sport learned that the Chinese government has already ordered 100,000 vehicles to be used by public authorities.

Google Translated AMS article
 
Update from just-auto.com:


CHINA: BYD EV capability questioned: Analyst

By: Simon Warburton | just-auto.com

BYD's ability to produce an electric car for the Chinese market has come under scrutiny following the automaker's decision to enter the sector.

The Chinese manufacturer signed a contract with Daimler in May creating a 50:50 research and technology joint venture known as Shenzhen BYD Daimler New Technology Co that will develop an electric vehicle for China. The two companies will invest RMB600m (US$88.5m) to use as registered capital for the JV.

New generation electric vehicles developed by the JV will use Daimler's know-how in EV architecture and safety as well as BYD's battery technology and e-drive systems. However, one analyst remains sceptical about BYD's capacity in the field. "[In] the electric vehicle sector, BYD always claims it will be a big player, but so far I don't see it has demonstrated a strong capability," IHS Automotive senior market analyst Huaibin Lin in Shanghai told just-auto.

"Electric cars are not simply about batteries - batteries are a component." Nonetheless, BYD plans to become the first Chinese firm to sell electric and hybrid vehicles in Europe in 2011.

BYD sold 33,046 vehicles in July, up 4% year on year, but down 6% month on month, which the company attributed to an off-season market. Lin also projected a BYD sales volume for BYD of 600,000-700,000 units this year - broadly in line with its forecasts - but added this was a 25% drop in sales targets as the Chinese rate of market growth slows.

"They set perhaps too ambitious targets - perhaps mission impossible," he said. "BYD produces a lot of budget and economy cars but still has not demonstrated a good quality of research and development. "A lot of its models have been a direct copy of foreign OEMs, so I am pretty dubious about its long-term potential."

IHS Automotive estimates the Chinese personal car market to increase by 24% this year to reach 16m units, although this growth rate appears to be slowing.

© 2010 All content copyright just-auto.com. Published by Aroq Ltd. Seneca House, Buntsford Park Road, Bromsgrove, Worcs, B60 3DX, UK. VAT No: GB785642391. Registered in England No: 4307068. Tel: Intl +44 (0)1527 573 600. Toll Free from US: 1-866-545-5878. Fax: +44 (0)1527 577423. Email: info@aroq.com.​
 
The electric A-Class E-Cell is moving closer to production.

Tesla was the driving force behind it.


Mercedes-Benz to Produce 500 E-Cell A-Class Electric Cars

By JIM MOTAVALLI | NYT

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A prototype of Mercedes-Benz’s upcoming A-Class E-Cell, converted to electric by Tesla Motors, in Palo Alto, Calif.

Mercedes-Benz, as part of its collaboration with Tesla Motors, will produce 500 battery-powered “E-Cell” versions of its small A-Class, introducing the car at the Paris auto show in October.

According to Shirin Emeera, a Daimler spokeswoman, details of the electric car will be announced on Sept. 15. She said the car would be produced at the Mercedes Rastatt plant, near Stuttgart, Germany, where the A-Class (which is not sold in the United States) is produced. Delivery of the cars will begin early next year.

Tesla’s components, which include the battery pack and controller, will be shipped there to be integrated into the car. Ms. Emeera said the E-Cell would have a range of 124 miles and produce 214 pound-feet of torque.

She declined to provide further specifications, but JB Straubel, Tesla’s chief technical officer, said the car had an approximately 40 kilowatt-hour battery pack, with roughly 4,000 individual cells. He said the performance of the Mercedes E.V. was “equivalent to or slightly faster than the gas versions of the A-Class.”

According to Mr. Straubel, the production version of the E-Cell was nudged into being in part through a gambit on Tesla’s part.

“Daimler is a careful company, and they’re always skeptical that a program can be delivered in time,” he said. “It was hard to get them on board the A-Class project, which we’d been discussing, without a proof of concept.

So we went ahead and pushed the envelope to retire a lot of the risk.” What that meant, he said, was buying an A-Class in Europe last year, bringing it to the United States and working on a prototype, essentially on spec. The conversion, he said, began in mid-September and finished in a matter of four or five weeks.

In early November, when some Daimler executives visited the company in California for other business, Mr. Straubel said they were shown the car and given a chance to drive it from San Carlos to Palo Alto.

“They were blown away,” he said. “They saw that it wasn’t a science program. For them, touching and seeing was believing. The whole thing changed after that, and we moved to a real development program.”

Ms. Emeera said, however, that the company had considerable experience with electric vehicles before hooking up with Tesla in May of last year. It produced the first version of the electric drive Smart that was tested in a 2007 London-based program without Tesla’s input and also developed a much earlier electric prototype of the A-Class.

Tesla gave me a brief ride in the E-Cell prototype in California, and the car did indeed both handle and accelerate very well. Squeaks and rattles were at a minimum, and it felt like a production-ready car. Mr. Straubel says that integrating the battery pack into the A-Class design gives it a lower center of gravity, which aids in the tall car’s cornering ability.

According to Ms. Emeera, markets for the E-Cell had not yet been determined, but Mr. Straubel said it was unlikely the car would be sold in the United States.

Ms. Emeera said that the car would not be sold in showrooms, but instead be marketed directly to customers and fleet buyers who had expressed interest in electric cars from Daimler.

“We have customers who love the Smart electric drive and also customers who have children and need a back seat,” she said.

Mercedes-Benz to Produce 500 E-Cell A-Class Electric Cars - NYTimes.com
 
Jim Motavalli drives the electric A-class @ Tesla headquarters in Palo Alto, California.





An Exclusive First Drive of a Tesla-Powered Electric Mercedes

The new A-Class prototype is pleasantly accomplished


Jim Motavalli | The Daily Green

PALO ALTO, CALIFORNIA--I got an unexpected treat during a recent visit to Tesla Motors' headquarters near San Francisco: They let me be the first journalist, ever, to drive the electric version of the Mercedes A-Class.

Let me say up front, I was totally captivated by this car, a product of the growing collaboration between Tesla and Daimler. Some 500 will be built, likely for delivery to "hand raisers," probably mostly in Europe. From behind the wheel, it seemed like an ideal mix of functionality and fun in a battery-powered vehicle. Unlike many of the EVs coming out later this year and early next, it's a four-seater, and approximately the size and utility of one of my favorite cars, the Honda Fit. (I own a 2007 Fit.) If you've never heard of the long-running Mercedes A-Class, it's because it has never been imported into the U.S. But I think America is ready for it. Here's what the car looks like on video:

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The twisty roads around Palo Alto, which seemed to be going through a dry spell, were ideal for a fast run in the A-Class. I've driven several Tesla Roadsters, and taken a ride in the Model S, but the A-Class is unlike either. Although it feels sporty, it's not an out-and-out performance car like anything Tesla-badged. The car has really good acceleration in a wide power band, but it's not chirp-the-tires fast.

Typically sharp Mercedes steering helped when throwing the A-Class into curves, but the electric drive and the existing internal-combustion chassis worked in tandem to deliver a superb driving experience. Tesla's technology chief, JB Straubel, told me that putting the weighty battery pack down low in the car helped give this very tall car a more optimized center of gravity. Mercedes was embarrassed in the mid-1990s when a Swedish magazine flipped an A-Class during a high-speed maneuver known as "the moose test."

The electric A-Class, in the final version Mercedes will sell starting in early 2011, will have a range of 124 miles, and 214 foot pounds of torque. The battery pack will contain approximately 4,000 individual lithium-ion cells, Tesla told me. It's expected to keep up with the various gas versions of the A-Class.

The Fit is fairly sporty, too, so it's a compliment to say that the Tesla A-Class felt like an electric Fit. Honda has plans for the Fit, but they don't include battery power. The company will build a hybrid Fit, but (like the electric A-Class) probably not offer it in the U.S. market. Both cars are likely to be sold in Europe, though.

The car I drove was a prototype, and that meant its lack of rattles and squeaks was particularly impressive. Tesla's Straubel told me the company built the car on spec, buying a stock A-Class in Europe and converting it quickly back in California. They then presented the result to some visiting Daimler executives, who were mightily impressed.

As a test ride, the electric A-Class compares favorably to the Nissan Leaf, which is entering the "order specification" phase. People who put down a $99 deposit can now specify a color and trim level. Nissan will have press cars in New York in early October, so I'll finally drive a production Leaf (I've driven two early versions).

The electric A-Class is unlikely to be offered in the U.S., because as Tesla pointed out the base car has never been "federalized" for American sale. But it might consider taking that step, because I think both the electric and conventional A-Class could sell far better here than the two-seat Smart car (which will also be offered in an "electric drive" version).

Read more: Mercedes Electric Car by Tesla - Electric A Class - The Daily Green
 
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Profile description and technical data for the A-Class E-CELL


  • Locally emission-free, exclusively battery-powered electric vehicle with a range of more than 200 kilometres NEDC (new European driving cycle).
  • Five-seater compact car meeting all requirements for everyday use.
  • Two liquid-cooled lithium-ion batteries with 36 kWh storage capacity.
  • Battery system location leaving spacious interior and luggage compartment completely unobstructed.
  • Power electronics with integrated DC/DC converter for 12-volt supply.
  • Front axle drive.
  • THERMOTRONIC air-conditioning and pre-start climate control via charging plug.
  • Series production run of 500 units to start in autumn 2010.
Drive system
Electric drive, lithium-ion battery
Continuous power rating (hp)
68
Peak power (boost) (hp)
95
Rated torque (Nm)
290
Maximum speed (mph)
93
Acceleration from 0 to 62 mph (s)
14
Acceleration from 0 to 37 mph (s)
5,5
Charging time for 100 km range (NEDC)
8 h from domestic mains socket (230 V)

3 h from wall-box / public charging point (400 V)
Range (miles) NEDC
>124
Energy capacity of lithium-ion battery system (kWh)
36
Payload (kg)
*) As per EG directive, including driver (68 kg) and luggage (7 kg)
350*)
Luggage compartment volume (l)
435 - 1.370
 
Why is Mercedes not giving Smart some of the limelight.

What they need to do is make smart cool again. Eco focus and build em cheap in China!
 
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Using 2 Tesla batteries, from the smart fortwo electric drive.

And the electric motor from the B-Class F-Cell.

Mercedes-Benz unveils the limited production A-Class E-Cell electric vehicle — Autoblog Green
 
"the worst that could happen is that we’re all gearing up for the EV wave and then most customers get disappointed" - Sascha Simon :t-drive:


Exclusive Mercedes Interview: Electric Cars Are Not the Silver Bullet

By Brad Berman · Plugincars.com

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The B-Class F-CELL hydrogen fuel cell car is expected to become available in late 2010 in select markets in limited quantities. Larger volume production is planned to begin in 2013 - 2015.


Daimler, the maker of Mercedes Benz vehicles, this week launched a campaign to inform its customers and dealers about alternative drivetrain vehicles. On the new Mercedes “Thinking Green” website, the company describes the advantages and disadvantages of the various technologies, including hybrids, clean diesel, flex fuel and fuel cells. According to Sascha Simon, Mercedes-Benz department manager of advanced products planning, this effort grew out research showing that most people who are interested in purchasing an alternative fuel vehicle are confused about which one to pick.

It’s true that Daimler offers the most diverse portfolio of drivetrains of any luxury automaker. But in my conversation with Sascha, I quickly discovered that Daimler’s campaign is also an effort to deal with the current wave of enthusiasm about electric cars. (Note: Daimler plans to produce an electric version of the Smart ForTwo).

“There’s a lot of hype about battery electric vehicles and plug-in cars. I believe both have their place, but they are not the only solution,” Sascha told me. “What we want to convey is that there’s not a silver bullet that will make our [environmental] problems go away.” He repeatedly pointed to Daimler’s 2 billion Euro investment in hydrogen fuel cell technology. “We believe it’s the only technology that’s able to completely eliminate the need for carbon fuels.”

Here’s an edited excerpt from our interview.

Brad Berman: Do you believe that hydrogen fuel cells are on equal footing with EVs as an option for consumers?

Sascha Simon: We’re going to roll out our first hydrogen fuel cell vehicle in California. We have a website where customers can apply for this vehicle. This will be the first electric vehicle that never needs to be plugged in, and doesn’t come with built-in range anxiety. It’s a really great vehicle. It’s a full electric vehicle without the disadvantages of batteries.

So, is it Daimler’s position that hydrogen vehicles are a better option than EVs because of battery limitations?

There is no silver bullet. The battery electric vehicles are great vehicles if you have no problems with range and you just want to haul people around. But if you live in suburbia and your commute is 60 to 70 miles, or if you have a need to haul heavy gear, then the battery electric vehicle is the wrong choice.

The electric grid in this country was designed in 1919, and is by far not capable of providing enough electricity. Even if only 10 percent of vehicles were battery electric , it wouldn’t work. I don’t say battery electric vehicles are a bad idea. I just want to be clear about what it’s capable of delivering to customers. We owe this to customers.

What range can people live with?

If you live in suburbia, you need a larger range. If you live in the middle of Los Angeles or Manhattan or Washington DC, you can probably get by with range that today’s battery electric are able to supply. But if you live in the middle of Kansas, or in Colorado or anywhere in the countryside where your next supermarket is 40 or 50 miles away, you have a problem.

What do you say to the fact that 80 to 90 percent of the U.S. population drives less than 40 miles per day, and for most Americans, a vehicle with 100 miles range is more than enough?

That’s a perfect case for an electric vehicle that can either run on batteries, or a hydrogen fuel cell stack or range extender.

What’s the best use case for a conventional hybrid car?

A lot of stop and go, any suburban area where the commute is marked by sitting on the highway in traffic. If I have to run long distances, or pull a boat, then clean diesel is the technology of choice. At Daimler, we have invested in all of these technologies. We don’t have to invent them. They’re here, and we’re in the process of either bringing them to market or they are already on the market.

I agree that educating the public about the diversity of choices is a good idea. Yet, it does seems that Daimler is pushing hydrogen fuel cells and clean diesel more than hybrid and electric.

We don’t believe in a one size fits all approach. Also, all of these technologies build one upon another. To get the most efficient internal combustion engine, we had to go the diesel route. To make that even more efficient, you have to add an additional drivetrain, an electric drivetrain. You end up with a hybrid. With a hybrid, you learn to electrify the vehicles, and get an electric drivetrain. That, in turn, provides learning, research, and experience on how to build an all-electric drivetrain. And that all-electric drivetrain eventually will be the engine of the future.

I think everyone agrees that the end game is electric mobility. Then you consider the different means for getting the electricity in the car. Or generating the electricity in the car. Then, you look at the mix of battery electric vehicles for urban environments, and fuel cell vehicles for larger vehicle platforms, and maybe still hybrid as long as carbon fuels are affordable and available. The natural gas vehicles help you learn how to handle gaseous fuels in a car environment that’s necessary to move into a hydrogen world. So, all these different building blocks, little LEGO blocks, move us to a carbon-free transportation infrastructure.

I don’t want to argue with proponents of battery electric, versus hydrogen electric versus range-extender electric because, in the end, we need them all. They all have their role. Is everyone going to want to wait one hour, two hour, three hours for a charging cycle? I don’t know. Is everyone willing to give up on a large car to drive small city cars? I don’t know. I believe this is a mixed bag.

Have you been surprised by how fast EVs have risen as a option in recent years?

We like that EVs have become acceptable. There was a hiatus that EVs had to take due to low gas prices. So, they’re coming back. We’re not surprised they’re here. What we’re worried about is that sky-high expectations from consumers might not be fulfilled by the battery electric vehicle, which is why we are trying to educate about the advantages and disadvantages of the different drivetrains.

The worst that could happen is that we’re all gearing up for the EV wave and then most customers get disappointed when they can’t get 80 miles out of them or 60 miles, depending on the climate, and they don’t really like the idea of charging for hours. Then, all of a sudden, as soon as they come to fame, they lose their appeal right away. That shouldn’t happen.

Exclusive Mercedes Interview: Electric Cars Are Not the Silver Bullet | PluginCars.com
 
Daimler at the “World Future Energy Summit” 2011 in Abu Dhabi

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Daimler AG is presenting at this year's World Future Energy Summit held in Abu Dhabi the latest, sustainable powering technologies that shall find their way onto the automobile of tomorrow. The F 800 Style, the VISION S 500 PLUG-IN HYBRID, the A-Klasse E-CELL and the smart fortwo electric drive are among 'the stars of the show' at the Daimler stand. Enjoy more of the exclusive pictures captured on the stage of this special event after you press the jump button!

Copyright © 2011, Mercedes-Benz-Blog. All rights reserved.

:t-cheers:
 
Test Driving the Mercedes-Benz A-Class E-CELL EV

by Timothy B. Hurst

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On one end of the horseshoe-shaped ADNEC convention center in Abu Dhabi, the location of last week's World Future Energy Summit, was my home for the week, the Aloft Hotel, and on the other side of the horseshoe was the main conference entrance. Handy, huh? While I could have walked through the massive horseshoe from my room to the conference, never even stepping foot outdoors, what fun would that have been? So on my first trip cutting across the horseshoe I happened to notice a large Daimler demonstration installation in the middle of said parking lot. I made a mental note of the demonstration area and vowed to return to take one of the EVs for a spin on the streets of Abu Dhabi.

As the official transport partner of WFES 2011, Daimler was on hand to showcase the company’s range of electric vehicles, including the smart Fortwo Electric Drive, the BlueZERO F-CELL, the Mercedes-Benz F 800 Style and the S 500 Plug-In Hybrid.

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"This level of participation allows the company to demonstrate its globally unparalleled expertise in sustainable mobility - be it the smart fortwo electric drive city car, the SLS AMG E-CELL super sports car or the Vito E-CELL urban van," the automotive manufacturer said.

The Mercedes-Benz A-Class E-CELL — a car which a Daimler engineer told me the company has no intention of releasing in the U.S. — was also readied for viewing. And thankfully it was also the car Daimler engineers recommended I take for a spin.

With five doors, five seats, the same luggage compartment volume as in the internal combustion engine A-Class, and an impressive 155 mile (250 km) range per charge, the A-Class E-CELL meets all the requirements for an everyday family car.

After powering-up the car and acquainting myself with the controls, we quietly zipped out of the ADNEC parking lot and into the gasoline-dominated streets of Abu Dhabi. I asked my companion from Daimler if he could turn off the air conditioning so I could hear the drivetrain purr, he did, and I found the motor to be about as quiet as any EV I have experienced.

Traffic was pretty heavy and since I really didn't know where I was going, I drove a relatively tentative lap around the neighborhood, but as we neared the entrance to ADNEC, my host asked me with a chuckle whether I wanted to go again (knowing full well I would probably say yes).

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On the next lap, as if I had been driving it my whole life, I opened up the A-Class EV a little bit to see what it could do — and I was not disappointed. With a peak output of 70 kW (95 hp), a continuous power rating of 50 kW (68 hp) and a high maximum torque of 290 Nm, the A-Class E-CELL held its own, easily passing cars when it needed to on the busy three-lane road.

In the mild weather in which I test-drove the A-Class EV on Thursday in Abu Dhabi, the car would probably get pretty near its 250 km range. But in the intense heat that grips the area for several months a year, the need for air conditioning would likely reduce battery performance significantly, not to mention the efficiency reduction caused by the temptation to punch the accelerator.

To deal with warmer ambient temperatures, the A-Class E-CELL is equipped with a special thermomanagement system that keeps the 36-killowatt-hour Tesla-made battery pack cooled to operate within an optimum temperature window. In very high ambient temperature conditions, as would be the case most of the year in Abu Dhabi, the battery cooling system is boosted with the coolant circuit of the air-conditioning system.

One of the most practical features on the A-Class E-CELL is that it can be either recharged at public charging stations or plugged into an ordinary (European) household power socket.

Considering there were only 500 A-Class E-CELLs made in the first production run, driving this car through the streets of Abu Dhabi was a pleasure. And even though Daimler has no intention of releasing the A-Class in North America, something tells me we'll see some iteration of this top-notch EV on this side of the Atlantic in the future.

Photos: Mercedes-Benz-Blog

Disclosure: My trip to the World Future Energy Summit was covered by Masdar.

Test Driving the Mercedes-Benz A-Class E-CELL EV | Earth and Industry

http://earthandindustry.com/multime...t-green-cars-at-the-2011-detroit-auto-show/4/

:t-cheers:
 
155 miles is respectable.
Kind of makes you wonder why the much lighter smart can only manage about 70-80 miles. Which even puts commuiting in danger of getting stranded.
 

Mercedes-Benz

Mercedes-Benz Group AG is headquartered in Stuttgart, Germany. Established in 1926, Mercedes-Benz Group produces consumer luxury vehicles and light commercial vehicles badged as Mercedes-Benz, Mercedes-AMG, and Mercedes-Maybach. Its origin lies in Daimler-Motoren-Gesellschaft's 1901 Mercedes and Carl Benz's 1886 Benz Patent-Motorwagen, which is widely regarded as the first internal combustion engine in a self-propelled automobile. The slogan for the brand is "the best or nothing".
Official website: Mercedes-Benz (Global), Mercedes-Benz (USA)

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