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Where Are All the Electric BMWs?

Paul Hockenos
February 05, 2013  |  17 Comments

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One way or another, Germany of the future will have hushed autobahns traveled by millions of purring electric cars and e-car recharging hubs as ubiquitous as gas stations are today. Yet, of the one million e-cars that Chancellor Merkel insists will be on Germany’s roads in 2022, there are only 5,578 today. Germany’s e-cars are still in the factory. What's the problem?

The problem is that German carmakers, heavy-hitters like Volkswagen, BMW, Daimler Benz, Audi, and Porsche, would rather sell the hefty luxury models they’ve made their names on – and fortunes with – rather than flyweight, plastic two-seaters run on a suitcase-sized battery. Indeed, Germany’s world-renowned auto industry is posting record profits.

This is why the Scandinavians, as well as Californians, are out in front of Germans on electromobility. This isn’t to say that German carmakers aren’t in their labs working hard to beat out American and Asian competition. But they haven’t expedited the flow of e-cars to Germany’s streets.

There are other reasons for this, too, such as the high costs of current models, the absence of charging stations, and the still imperfect technology of batteries.

As dispiriting as this state of affairs is, there is progress being made elsewhere while the R&D units get it right. Cities in Germany like Munster, Freiburg, Karlsruhe, and Hamburg, as well as their peers to the north in Scandinavia, are well-known “smart” or “green” cities boasting state-of-the-art sustainable urban concepts, including transportation. These metropolitan areas and others have their own carbon targets predating the Energiewende. These green cities take pride in their highly subsidized public transportation, traffic-free downtowns, road pricing, bike lanes and highways, rent-bike programs, car sharing, and other environmentally-friendly endeavors.

Take, for example, the pretty western German city of Munster, near the Dutch border. There, hybrid Mercedes-Benz buses compose part of the city’s fleet. The Munster bicycle station is the largest underground bicycle parking facility in Germany, housing 3,300 (guarded) bicycle stands, as well as a maintenance workshop, a bike wash, a bicycle shop, and even lockers. Munster is considered one of Europe’s easiest cities of its size (280,000) to live in without a car, and for this reason among others was voted the world’s most livable city in 2004.

Or there’s Freiburg, in Germany’s southwesternmost corner, which has converted a former military area into a green, traffic-free suburb. One of the primary goals of the Vauban district was to create environmentally-friendly traffic. In addition to a two mile-long tramline to central Freiburg, the city council created a car-sharing system, 350 miles of bicycle paths in Freiburg and Vauban, and 5,000 bicycle parking spaces.

Will every city in Germany look like Freiburg and Munster in ten years’ time? That’s the idea.

Lead image: Electric car icon via Shutterstock

The information and views expressed in this blog post are solely those of the author and not necessarily those of RenewableEnergyWorld.com or the companies that advertise on this Web site and other publications. This blog was posted directly by the author and was not reviewed for accuracy, spelling or grammar.

17 Comments

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Maury Markowitz
Maury Markowitz
February 6, 2013
"The existing electrical infrastucture and existing street lights will be used."

Let me express my scepticism.

Street lamps are almost always powered on a bulk-purchase agreement. Billing is handled simply by counting the number of lights in the municipality and billing on a flat rate they and the utility agree on. That rate is a wholesale one, and often very low because the lamps are used primarily off-peak, and the total peak draw is highly predictable. Power companies love them because they're a great dump load for night time power.

If we add plugs to the poles, the demand timing gets shot to hell. We have no idea when or how the power will be used. A street lamp might use 1 kWh a day, and most of that at night. A single top-up in an EV would suck down that amount in minutes, and do it right in the middle of the day.

So now the municipality has to arrange an entirely new PPA with the utility, one that's going to be charged at *much much* higher rates. And they would do this why, exactly? And since there's no way to know how many EVs there are, there's no way to do a sort of "per lamp/per EV" calculation of how much power was actually used.

So the only way to bill this would be to actually measure it. And that means either putting meters on the poles, or putting the poles onto a separate metered network. Either solution would cost thousands of dollars per pole.

This is *not* going to happen, and if you think it is I don't think you've researched this very much at all.

But don't take my word for it, I invite you to call your local municipal offices and ask them.
Dennis Houghton
Dennis Houghton
February 6, 2013
Yes,EV batteries and other forms are slowly improving in capacity, weight and charge rate however an EV battery pack that can absorb a 15kw-hr/minute charge does not yet exist and is not just around the corner. A 15 kw-hr/minute charge rate requires a large current flow at any reasonable charging voltage (1800A @ 500VDC).There will be a time when the cost-weight-performance characteristics will push development of home swappable battery packs. Swappable battery packs will lead to a home standby power system development and facilitate smart grid development and the recycling of spent batterry packs. This will happen before huge infrastructure projects to prepare the grid to supply large, intermittent point loads like high speed charging systems along the interstate.
Ralph allen
Ralph allen
February 6, 2013
I think that starting in late 2014 we will be the rise of the electric car. There is a company called CalBattery that is working with Argonne National Laboratory to bring to market a new anode material that has shown in testing to increase the amount of energy in a lithium battery by over 300% and is estimated to reduce the cost of a battery by 70%. http://www.clbattery.com/ . . . The good thing is that they plan on licensing the technology instead of producing it. This will speed its deployment into the market. . . Now if congress will get off it butt and start a Manhattan style project for Thorium reactors we could be carbon free by 2050. . . Throw in a billion and start Thorium reactor development instead of a few new planes or 10 billion for full developement and one less aircraft carrier. http://www.youtube.com/watch?v=ecoci4vEbzo
Gerry Wootton
Gerry Wootton
February 6, 2013
Germany is behind the US. If you adjust for population alone, Germany should have 18,000 EVs on the road to be comparable to the US.

On the other hand, EVs have strong competition in Germany where the typical passenger car is a compact diesel and foreign brands are easy to spot because they look so large. Add to this a well developed public transit system where you can seamlessly move from subway to train and take your bicycle with you. In spite of the wide-open autobahns, the train gets you to many destinations in less time.

The comment about small two-seaters rings hollow: in Germany and France, I have found it hard to find parking spots large enough for midsize rentals. Our factory parking lot in France was dominated by Clio 'supermini's with 1.2 and 1.4 litre engines. Note that the Ford C-Max for the North American market is similar to the largest model offered in Europe.

The comment about the state of EV technology is also at variance unless we can assume that Germans are less tech savey than Americans.
ANONYMOUS
February 6, 2013
Maury: The concept is new. The plugs will be located at the appropriate position on the pole. The existing electrical infrastucture and existing street lights will be used. No new lights poles are required. This system will solve the recharging problem at a fraction of the price of the proposed charging stations.
ANONYMOUS
February 6, 2013
daidcarl: The Tesla gets 250 miles to the charge. That would be a stop every 2.5 hours at 100mph. It’s a good idea to stretch your legs every couple of hours anyway. Batteries will get better too.

Another option would be to add auxiliary batteries on the roof, trunk or on a trailer like fighter jets use. That would solve the problem for one car families too.

If DC charging can be done as fast as lee-pillow says then we just need to put the infrastructure in place.
Maury Markowitz
Maury Markowitz
February 6, 2013
" Canadian company EnerDynamics patented a recharging system based on plugging into a typical light standard"

This is among the dumbest ideas I've ever seen.

For one, the plug is located only inches off the ground. As someone who actually lives in Cannuckia, I can say without hesitation that this plug will be buried under snow and slush for weeks every year, and sprayed with road salt for months. I'm sure you can raise it higher, but for the designers to propose this leads me to believe they're not really seriously considering the problem.

Worse, this entire concept is based on people installing wired street lamps, precisely the opposite of what's actually going on. Wiring up a lamp costs hundreds of dollars, minimum, and the price of copper keeps going up. With the rapidly falling price of PV, the world is clearly moving towards stand-alone lights, especially in parking lots and similar locations where there isn't a cable running under the sidewalk that you can tap into.

The rest of the ideas proposed on the web page strike me as just as bad. For instance, they propose putting wind turbines on the tops of trucks, to use the wind to make power. Ummm, where do they think that wind is coming from? Diesel fuel burning in the trucks engine.

I suspect this is a group of artists, not engineers.
Maury Markowitz
Maury Markowitz
February 6, 2013
"Volkswagen, BMW, Daimler Benz, Audi, and Porsche"

Umm... Volks, Porsche and Audi are the same company.
Lee Pillow
Lee Pillow
February 6, 2013
No, you should not expect to swap out battery packs. Instead, you should expect 'filling stations' to use DC power, which will refuel a vehicle at about 15kwh/minute, near-term, and double that rate later. That's a Volt in 60 seconds, a Leaf in about 3 mins, a Tesla in 10 mins or so, from empty, and half that time later. Will we need a better grid? Oh yes! Will we need more electricity? Yes. Will we need mega-watt storage batteries near the 'filling stations'? Probably....They come in packages the size of shipping containers, so they should snuggle into most spaces just fine. Here's one of the better videos I've found to help envision the path forward... Amory Lovins: A 40-year plan for Energy. http://www.youtube.com/watch?v=ZHOyfyGwpes
David Carl
David Carl
February 6, 2013
Of course you would expect to change out batteries instead of charge them for hours. But consider this. The last time I drove the autobahn in Germany it was not uncommon to see cars traveling in excess of 100 mph (165 kph if you insits). I drove for hours with my diesel engine. Who wants to stop every 30 minutes (or less) to change batteries?

With todays technology electric cars are useful for local driving only. Fewer Europeans than Americans own two cars. If you only own one car and it has to do everything it is not going to be electric.
Jim Stack
Jim Stack
February 6, 2013
Menham and others. There is surplus electricity at night , Off Peak that gets dumped since there is no way to store it or ramp it down. So if you charge at night like 80% of the EV drivers do you save that excess energy.
Also an electric is 80% efficient, a gas car only 15% efficient, a diesel on 30% efficent. Cars idle and make deadly carbon monoxide. My EV runs off my home that is 110% solar, I make more than I use for the car and home.

Add up the entire system. Electric wins hands down!
ANONYMOUS
February 6, 2013
Any reasonably intelligent country would standardize the battery packs and instead of a driver waiting for the car to be charged, would just switch out the battery pack for a fresh one in less time than it takes to fill up a car with filthy fossil fuel gasoline.
ANONYMOUS
February 6, 2013
A Canadian company EnerDynamics patented a recharging system based on plugging into a typical light standard. The cost is extemely low compared to charging stations. The system could run off a credit card meter. Please refer to the attached link.

http://enerdynamic.com/ev-charging-street-lights/
John Menmuir
John Menmuir
February 6, 2013
What is the point of e-cars when most of the energy presently has to come from fossil fuels! So, the overall efficiency of a fossil fuelled power station plus efficiency of the e-car propulsion system is likely to be less than a VW Golf Mk 7 Blue Motion for example. The only advantage that I can see for e-cars, is their zero emissions in cities but that is where the hybrid car can be used to advantage for both town and country. Prospects of the hydrogen powered vehicle seems to have gone cold, but all the windmills and freewheeling power stations at night could be generating hydrogen from electricity, thus powering a 'Hydrogen Economy'. Just imagine being almost freed from the 'shackles' of oil!!
Bernhard Scheffler
Bernhard Scheffler
February 6, 2013
Very interesting article -- especially about Munster & Freiburg!

How many electric bicycles and motorcycles are there in Germany today?

Pollution-plagued China already had 120 MILLION of them in early 2010 -- see http://en.wikipedia.org/wiki/Electric_bicycle
Paul Hockenos
Paul Hockenos
February 5, 2013
oh, there are lots of plans and agreements!
Dave Wilson
Dave Wilson
February 5, 2013
MB has an agreement in place to co-develop an electric Smart car model with Vectrix USA located in New Bedford, Massachusetts.

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Paul Hockenos

Paul Hockenos

Paul Hockenos is a Berlin-based author who has written about Europe since 1989. Paul is the author of three major books on European politics: Free to Hate: The Rise of the Right in Post-Communist Eastern Europe, Homeland Calling: Exile...
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