Preparing for the next-generation of auto dealerships, the Bill Jacobs BMW/MINI shop will break ground September 12 in Naperville, IL. The dealer's website features a countdown timer and a whole heap of information about how Bill Jacobs' crew hopes to make the building a way to "discuss the importance of eco-friendly initiatives in the automotive industry, as well as why automotive retailing is ready for these sorts of changes." How ready? Well, the shop will have a BMW Hydrogen 7 on hand on the 12th, so let's just say that they're ahead of the curve. The building will also feature sun shading, low VOC paints and "will take advantage of water, recycling and ventilation technologies to make the dealership more environmentally stable." Sensible.

[Source: Bill Jacobs Groundbreaking]

Click to view the BMW Vision EfficientDynamics concept in hi-res

The automotive industry seems to be heading in two diametrically opposed directions: developing fuel-efficient, environmentally-friendly cars on the one hand, and a seemingly never-ending race for more horsepower on the other. While BMW continues to produce overpowered performance vehicles like the V8-powered M3 and V10-powered M5 and M6 to gun for top honors in the latter category, executives in the Bavarian automaker insist that their main focus is on the former.

In an interview with AutoTelegraaf, Klaus Draeger, the BMW board member spearheading the EfficientDynamics program, says that, despite the unveiling of the M1 Hommage supercar concept, BMW will not be producing a competitor to the Audi R8 supercar. Citing deployment of the EfficientDynamics system in 850,000 vehicles this year alone, Draeger says that the company will instead focus on green technologies. "That is our biggest investment in the coming years." We'll see.

[Source: AutoTelegraaf via eGMCarTech]

Two weeks ago, the 2008 Hydrogen Road Tour started up in Maine. Today, the tour made its final stop in Los Angeles, following a cross-country tour that opened new hydrogen stations in Missouri and Massachusetts along the way. BMW's Hydrogen 7 was along for the ride and the Bavarians sent out a press release today announcing the completion of the 4,000-mile trip (read it after the jump). BMW sent along two dual-fuel Hydrogen 7 and two mono-fuel versions of the luxury sedan. The hydrogen-only version of the 7 has a range of 200 miles of hydrogen-only driving. This is just one more example of the many, many miles of PR BMW has gotten out of these vehicles and with the Hydrogen Road Tour now over, do you think this is all we've heard about the Hydrogen 7? Not very likely.

[Source: BMW]

Apparently, the problems that BMW Sauber had with its Kinetic Energy Recovery System (KERS) are completely correctable. The racing team also believes that its mechanics and drivers were never in any real danger despite the high voltage system carried by the Formula 1 car. It seems that there was some sort of discharge due to a faulty controller. Whoops! The mechanic was thrown to the ground after touching both the carbon chassis and steering wheel of the race car. Why then, you may wonder, was the driver not harmed? BMW believes that Christian Klien was protected by his racing suit and gloves.

The problem was difficult to trace due to the controller's sporadic failure... sometimes it worked, sometimes, well, not so much. Fortunately, the lengthy period BMW spent searching for the problem will result in a much safer system and the team plans to begin testing again in the autumn. For the 2009 season, the entire roster will be racing with the KERS hybrid systems installed.

[Source: F1-Live]

Click above for a high-res gallery of the 2009 BMW 3-Series

Earlier this morning we were tipped that BMW would be delaying its 335d until some time next year. According to BMW, this is not the case. While we were attempting to get a hold of a Bavarian spokesperson ourselves, we were beat to the punch by Kicking Tires, who confirmed with BMW spokesman Tom Plucinsky that the vehicles will begin production in September and go on sale in the U.S. in November of this year. The machines will be marketed as 2009 model-year vehicles. A short time after the 335d reaches a showroom near you, the X5 xDrive35d will show up, still likely in November. The official debut of the car in North America will be at the upcoming L.A. Auto Show.

Related:

• BMW confirms fall launch for U.S. diesels, racing to beat Mercedes
• BMW estimates US spec 335d will achieve 23/33 mpg

[Source: Kicking Tires]

Although BMW's Formula 1 team has had its fair share of troubles getting the Kinetic Energy Recovery System (KERS) to work properly, those minor setbacks may not be enough to stop the Bavarian automaker from using a similar system for its line of high performance M Division vehicles. The sophisticated hybrid system uses a high-speed flywheel to store energy which would otherwise be lost while braking which is then fed back into the driveline when the vehicle next needs to speed up. Besides being more efficient than battery storage, the KERS system is significantly lighter, coming in at just fifty-five pounds in racing configuration. On a production car, the KERS system could be combined with a much smaller battery and electric motor for true full-hybrid operation.

If these rumors hold true, the Federation Internationale de l'Automobile's (FIA) goal of letting racing perform the research and development for new car technology would be achieved. We'll just need to wait and see how effective the innovative hybrid system proves in Formula 1 before making any judgements.

[Source: Auto Motor und Sport - translated]

The deadline for automakers to comment on the latest CAFE standard proposal is today, and at least one manufacturer has decided to speak up. BMW is calling the fuel efficiency standards it would be required to meet 'unattainable.' As you may be aware, the latest proposal takes into account the overall footprint of the vehicle, and manufacturers which sell large vehicles won't be required to meet the same goals as those which produce smaller vehicles. While that's great for manufacturers with truck-heavy lineups, automakers like BMW are in for a world of hurt as they tend to produce smaller, sportier machines. For this reason, BMW would be required to average 37.3 miles per gallon for its cars, quite a bit higher than the 35.7 mpg industry average. The Bavarian's trucks would need to achieve 31.7 mpg, compared to an industry average of 28.6 mpg.

While it may seem a bit unfair (or maybe not) that BMW should be required to hit higher numbers than some other manufacturers, it should be pointed out that BMW currently offers no engines with fewer than six cylinders and is on a bit of a crossover binge as of late. What's more, the marque has proven rather adept at squeezing high power outputs from relatively small displacement, so we'd stop a bit short of suggesting that the numbers being asked of it are unattainable.

[Source: Automotive News - sub. req'd]

During a media preview of the new BlueTec diesel powered Mercedes SUVs here in Vermont, Thomas Ruhl Director of R-Class, SUV hybrid and BlueTec discussed some of the alternative drive systems coming from Stuttgart in the near future. While he didn't get into any of the electric car programs that have been discussed recently, he did talk about hybrids. Ruhl confirmed that the S400 BlueHybrid and ML450 BlueHybrid will be launched in the U.S. in 2009. BlueHybrid does not mean these are diesel hybrids, Blue is just the color that Mercedes and others are using to denote their cleaner, more efficient vehicles. When a diesel hybrid arrives it will be called a BlueTec Hybrid.

The S400 will use the mild hybrid system jointly developed by Mercedes and BMW and will be equipped with a lithium ion battery. The ML450 will be the first Mercedes application of the Two-Mode hybrid system. General Motors is building the Two-Mode hybrid transmissions for its own applications as well as supplying Chrylser. Similarly, Ruhl revealed that Mercedes would build the Two-Mode transmissions for both its own and BMW's vehicles. The X6 will be the first Munich model to get the hybrid treatment. The guts of the Mercedes-built units will be identical for both German brands and, like the American version, the only difference is the mechanical interface to connect the respective automakers engines as well as the control software. One item Ruhl declined to discuss is the battery for use with the Two-Mode hybrids. GM and Chrysler are both using nickel metal hydride. Mercedes is using lithium ion for the mild hybrid and the 'no comment' from Ruhl indicates that the same may be true for the Two-Mode.

[Source: Mercedes-Benz]

Click above for high-res gallery of the 2009 Mercedes-Benz A-Class

While Mercedes-Benz is a leader in clean diesel technology, the German luxury brand has been lagging behind its arch-rival BMW when it comes to the adoption of green technology such as stop/start in its lower-end models. This omission will soon change, as the A-Class and B-Class models, which are not sold in the U.S. market, will be granted the technology shortly. While consumers will likely appreciate the fuel savings most, the brand will be happy to report the reduction in carbon dioxide, which is regulated in most of the world.

The stop/start technology that will be used by Mercedes-Benz is a very basic system and is shared with the smart brand. Because the starter will be used much more often than normal, a larger starter motor and battery is required. BMW harnesses a portion of the energy usually lost when braking to recharge this more powerful battery. Mercedes' system does not allow this capability, though the automaker claims it is hard at work on the next-generation version of this technology which they say will incorporate regenerative braking.

[Source: Automotive News Europe - sub. req'd]

In the race to bring hydrogen-fueled cars to market, virtually every manufacturer has settled on the compressed gaseous form with one notable exception. BMW has been the lone holdout for the use of liquid hydrogen. BMW's rationale is that liquid hydrogen is more dense than hydrogen gas, even when compressed to 10,000psi. Unfortunately getting hydrogen into liquid form, requires chilling it down to -282.57C -252.87C. Keeping it at that temperature requires a lot of insulation and hence a very bulky storage tank. Nonetheless, insulation is not perfect and the liquid hydrogen still warms up over time and boils. The vapor hydrogen then has to be vented to atmosphere. A BMW Hydrogen 7 left sitting for a week will end up with an empty hydrogen tank.

BMW has been working with a consortium of 34 automakers, aerospace, fuel companies, and universities for the past four and a half years to develop a new storage system for liquid hydrogen. The current cylindrical steel tanks are both heavy and challenging to package in a car and end up absorbing most of the trunk space. BMW's research and development arm Forschung und Technik, along with the consortium, has developed a new composite modular design that can be formed into different shapes allowing greater packaging flexibility. The new tank is claimed to be one third of the weight of the current tank design. It's not known if the new tank does anything to address the issue of fluid boiling. BMW will display the new tank at the StorHy conference in Poissy, France this week.

[Source: BMW]

Last year, Lexus became the first automaker to introduce a production eight-speed automatic transmission in the latest LS460. Recently, German transmission manufacturer ZF announced a new eight-speed of its own which is claimed to provide a 14-percent boost in fuel efficiency compared to a five-speed. It looks like Audi and BMW will likely be the first to directly challenge Lexus when they start using the ZF. Audi may be first out of the gate in 2009, with eight-speed installations in the A8, Q7 and the expected A7 coupe. BMW will probably follow a year later with the X6 and the next-generation 7 series getting the extra gears. Mercedes-Benz already has a seven-speed that it builds on its own. Mercedes' powertrain chief admits that an extra gear could be added to the unit but that the incremental improvement would be limited. As more gears are added, the weight and complexity of the system increases and the improvements become smaller and smaller. Seven and eight-speed transmissions will likely remain the maximum for the foreseeable future and six-speeds will probably take the bulk of volume in mainstream segments.

[Source: Automotive News - Sub. req'd]

From user omolody on Flickr.

We've seen the renderings - some fanciful, like the ones above, some unsurprising - and heard the rumors about the new all-electric BMW/iSetta vehicle. If we trust the phrasing in a short story in Global Insight (no direct link, sorry; found the story in Lexis Nexis thanks to the EDTA), then we can celebrate a new development at BMW. The story, written by Tim Urquhart, starts, "BMW will give the green light to an all-new zero-emission vehicle (ZEV) city car that will see the premium carmaker enter an all-new segment." This fits with the news that came out about a month ago that said that a decision would be made sometime this year. The new EV - which might be called the iSetta or potentially co-branded (?) with Smart - will likely have li-ion batteries. We're ready for some official confirmation on this one, don't you think?

[Source: Global Insight via EDTA]

They're doing it again. Somebody out there has come up with yet another rendering of what the new electric Isetta from BMW might look like. In contrast to the other ones we've shown you, this looks more like the BMW of today rather than the Isetta of yesteryear. The fancy speculative drawing appeared on AUTOCAR.co.uk along with conjecture that the city car could be powered by a rear-mounted petrol (or possibly diesel) engine in addition to the battery model. It could even have a BMW motorcycle engine. Since there is a strong possibility the car will be based on the underpinnings of the Mila Alpin concept and that its maker, Magna, is currently hard at work on a plug-in hybrid, we feel this seems a likely powertrain option as well.

The article goes on quote BMW CEO Norbert Reithofer as saying, "co-operation [with another car maker (*cough* Mercedes)] is possible" and added that the decision would be made by the end of 2008 "whether to go it alone". With a target production date of 2012 we expect an officially official announcement and drawings any day now.

[Source: AUTOCAR.co.uk]

Pretty soon, we're going to have to list the people who aren't driving a BMW Hydrogen 7. BMW is offering the car to celebrities, average citizens and politicians the world over. Some of us get to drive it around the block, others get to keep it for a week or two. The latest to be handed the keys is EU Parliamentary president Hans-Gert Pöttering (pictured), who stepped into the car yesterday in Strasburg. BMW says (after the jump) that this move was "In line with the European Parliament's efforts to take measures to reduce its own CO₂ emissions." Pöttering will use the car for work-related trips. For his part, Dr. Norbert Reithofer, Chairman of the Board of BMW AG, said the Hydrogen 7 "shows that we have initial solutions and are on the right track" and that for "regeneratively produced hydrogen has the most potential to secure our mobility in the future." Potential, always with the potential.

When we first heard about the new mono-fuel BMW Hydrogen 7, we were rather impressed by the extremely low emissions numbers posted by the model when tested at Argonne National Laboratory. The fact that BMW was able to reduce the emissions, boast better range and make more power as compared to their previous-generation Hydrogen 7 was pretty cool. According to Dr. Thomas Wallner, lead engineer in Argonne's hydrogen vehicle testing activities, "[The Hydrogen 7's] engine actively cleans the air. Argonne's testing shows that the Hydrogen 7's engine actually shows emissions levels that, for certain components, such as Non Methane Organic Gases (NMOG's) and Carbon Monoxides (CO's), are cleaner than the ambient air that comes into the car's engine."

So, because air is required for the hydrogen combustion, and there are pollutants already present in the air, at times the exhaust from the BMW is cleaner than the air it took in. Does that warrant BMW referring to their hydrogen-burner as a "pollution-consuming internal combustion engine?" Perhaps we're just picking nits, but that sounds a wee bit like greenwashing. It's not like the overall air is cleaner after going through the system, after all. Read their entire press release after the break.