(Source: TeslaMotors@Twitter)

Looks like the German automaker, Daimler AG (maker of Mercedes vehicles) strongly feels about the growth of electric vehicles in the market.  Early this morning TransportGooru received the hot alert from Tesla’s Tweet that Daimler has acquired 10% of the company.   Sweet Deal!!! It will be a great & mutually beneficial relationship for both parties as it not only provides the much needed financial capital for Tesla, it  also allows for collaborative development of technologies that will be deployed in the future platforms manufactured by either company. 

• German automaker acquires nearly 10 percent of one of the leading electric vehicle companies

• Automakers agreed to cooperate in battery systems, electric drive systems and vehicle projects

The press release on Tesla’s Website is here for you to read..

May 19, 2009 

STUTTGART, Germany, and SAN CARLOS, Calif.

– Daimler AG has acquired an equity stake of nearly 10 percent of Tesla Motors Inc. This investment deepens the relationship between the inventor of the automobile and the newest member of the global auto industry. Tesla is the only production automaker selling a highway capable electric vehicle in North America and Europe.

The two companies have already been working closely to integrate Tesla’s lithium-ion battery packs and charging electronics into the first 1,000 units of Daimler’s electric smart car. In order to benefit from each other’s know-how, the investment enables the partners to collaborate even more closely on the development of battery systems, electric drive systems and in individual vehicle projects.

“Our strategic partnership is an important step to accelerate the commercialization of electric drives globally,” said Dr. Thomas Weber, Member of the Board of Daimler AG, responsible for Group Research and Mercedes-Benz Cars Development. “As a young and dynamic company, Tesla stands for visionary power and pioneering spirit. Together with Daimler’s 120 years of experience in the automotive sector this collaboration is a unique combination of two companies’ strengths. This marks another important milestone in Daimler’s strategy for sustainable mobility.”

“Daimler has set the benchmark for engineering excellence and vehicle quality for more than a century. It is an honor and a powerful endorsement of our technology that Daimler would choose to invest in and partner with Tesla,” said Tesla Chairman, CEO and Product Architect Elon Musk. “Daimler is also on the leading edge in the field of sustainable mobility. Among others the lithium-ion pouch-cell battery developed by Daimler and especially designed for automotive applications is of interest to us. We are looking forward to a strategic cooperation in a number of areas including leveraging Daimler’s engineering, production and supply chain expertise. This will accelerate bringing our Tesla Model S to production and ensure that it is a superlative vehicle on all levels.”

Image Courtesy: Tesla Motors

Together on the road to electro-mobility

As part of the collaboration, Prof. Herbert Kohler, Vice President E-Drive and Future Mobility at Daimler AG, will take a seat on Tesla’s board of directors. 

This long-term partnership with Tesla complements Daimler’s multi-facetted strategy to advance the electrification of the automobile.

Daimler is also moving forward the industrialization of lithium-ion technology. In March, the company founded the Deutsche Accumotive GmbH, a joint venture with Evonik Industries AG. As a result, Daimler is the first vehicle manufacturer worldwide that develops, produces and markets batteries for automotive applications. This is based on a Daimler stockholding in Li-Tec, the German specialist for lithium-ion battery cells.

100 smart electric cars have already been undergoing large-scale trials in London since 2007. These electric vehicles are being tested in day-to-day assignments by fleet operators and private customers.

The Tesla Model S builds upon the success of the Tesla Roadster by leveraging its technology into the world’s first fully electric sedan. Based in Silicon Valley, Tesla unveiled the Model S in March and plans to produce it in California starting in late 2011.

(Source: The City Room – New York Times)

Will New York City be left behind in the era of the electric car? Or will it perhaps become the first to embrace it?

Image: Reuters - Would New York City install charging stations like the one above, in London? The Bloomberg administration has commissioned a study on electric cars in the city.

With all the hubbub over electric cars of late (covered very well by our compatriots on the Green Inc. blog), the Bloomberg administration found that the strategies that electric car manufacturers were presenting to them did not apply well to New York City. “None of them felt like they were really tailored to New York City,” said Rohit T. Aggarwala, Mayor Bloomberg’s adviser on green issues. “The fact is that most drivers live in circumstances and use their cars very differently from New York drivers.”

As a result, the Bloomberg administration plans to commission a survey to understand the dynamics of New Yorkers and electric cars, as The New York Post reported Wednesday.

One of the key differences is that many American families live in a house with a garage, which gives them a place and opportunity to charge cars when they are parked at night.

“That works most places, but at least for a large portion of New York, they don’t store it in a garage,” Mr. Aggarwala said. Many New Yorkers park on the street (and contend with alternate-side-of-the street parking rules) or in shared garages.

In addition, average Americans may use their cars almost daily, but a large number of New Yorkers own cars but do not use them every day. “Our conjecture is that for local travel, many New York auto owners use public transit,” Mr. Aggarwala said.

Mr. Aggarwala also noted that perhaps the survey could find that the regions of the city that do have homes with individual garages may prove the most fertile for electric cars, as in the rest of the country. “That would mean you wouldn’t target it in Manhattan,” he said.

At the same time, if New Yorkers largely drive within the city and use their cars for errands, they may not mind the limited range and power of the current generation of electric cars.

Different circumstances are prompting communities to embrace electric cars at different rates. China, for example, also has very different driving dynamics — short distances, lots of traffic — and the government there has gambled that those factors create a fertile environment for introducing electric cars.

(Source: BBC)

The need for speed is not normally a selling point for commuters who buy electric vehicles. But it could be.

And you better believe it – this bike moves.

“You can accelerate faster than any car,” says Neal Saiki, who invented the electric motorcycle.

“You’ve got all kinds of power, and it is totally quiet. I think it is a lot like flying.”

Image Courtesy: The Motor Report

A gentle turn of the throttle and the force of the lithium-ion battery pack is transferred directly to the back wheel, sending the bike rocketing down London’s Kings Road.

The experience is vastly different from the ride of a conventional bike. There is no clutch and no need to change gears. Turning the throttle instantly delivers powerful torque, along with just enough chain rattle to remind you that this is still a motorcycle.

Change the software settings, explains Mr Saiki, founder and chief technology officer of Zero Motorcycles, and the bike will deliver zero to 50mph in just five seconds.  While still at college in California, he designed the world’s first helicopter powered by a human.

The invention eventually helped him become a designer of “high altitude research vehicles” for US space agency Nasa, a job he left to start building motorcycles.

“What we’ve done here is to combine the world’s smallest, lightest battery pack with a revolutionary 28 pound (12 kilogramme) frame,” says Mr Saiki, who invented the battery himself and designed the frame from aircraft grade aluminium.

Enough, perhaps, to convince thrill-seeking commuters, though at an expected price of some £8,000 in the UK and a maximum range of 60 miles per charge, the bike may struggle to attract people away from established motorcycle communities.

Zero Motorcycles is pitching the bike as an environmentally friendly alternative to conventional motorcycles.

In terms of fuel economy, there is probably not that much in it, since motorcycles tend not to be all that thirsty in the first place.

But when it comes to emissions it is a clear winner, the company insists, even in countries with coal-fired power stations.

“Although there is some pollution associated with the production of electricity, a Zero motorcycle produces less than an eighth of the CO2 pollution per mile at the power plant than a petrol-powered motorcycle,” Zero declares.  In the video below, you can hear about the Zero S from Neal Saiki himself as he walks through various aspects of its innovative  design & cutting edge technology.  

 It is a claim the conventional bike makers will find hard to refute, not least since they tend not to publish any CO2 figures at all.

Many commuters will be more interested in data on battery charging times, though.

Zero says a four-hour charge using an ordinary household socket will cost six pence and deliver 60 miles of motoring, and Mr Saiki insists the battery pack should be able to deliver such performance for about five years.

“You charge it in the morning and it’ll be ready for lunch,” he says.

“It would cost you $30 (£20) to go from California to New York,” observes Zero’s PR man.

Though allow for the frequent recharging, and the journey would take a long, long time.

Click here to read the entire article.

(Source: Green Inc, NY Times)

Raising crops to produce electricity, which will in turn power cars, is more efficient, a new study says, than raising crops to create ethanol to use as fuel in cars.

According to a study by three California researchers, an acre planted with corn for ethanol will provide far fewer miles of transportation fuel as the same acre growing trees or switchgrass, which are then burned in power plants that provide the power to charge the batteries of electric cars.

In fact, even ethanol made from cellulose, a technology that does not now exist in commercial form, is not as efficient a use of biomass as burning it in a power plant would be, the researchers found.

In a paper published in the current issue of Science magazine, Chris Field, a professor of biology at Stanford and director of the Department of Global Ecology at the Carnegie Institution, Elliott Campbell of the University of California, Merced, and David Lobell of Stanford’s Program on Food Security and the Environment, write that the size of the advantage would depend on many factors.

These include the number of miles per gallon any particular vehicle will go on ethanol, and what a battery weighs per kilowatt-hour of energy stored. As batteries get lighter, for example, it takes less energy to move them.

But the researchers estimated that a small battery-powered S.U.V. would go nearly 14,000 miles on the highway on the energy from an acre of switchgrass burned to make electricity, compared to about 9,000 miles on ethanol.

If one grows a tree or annual crop, for example, which pulls carbon dioxide out of the air, burns it in a power plant that captures and stores escaping CO₂, and then replaces it with another crop, which pulls yet more carbon dioxide out of the air, the process becomes carbon negative.

The “miles per acre” question, and the amount of farmland diverted for use in producing transportation fuel is a sensitive political question, with American use of corn for ethanol blamed in part for last year’s run-up in global grain prices.

(Source & Image: LA Times)

Drivers are turning to alternative fuels and cutting consumption.

 

Click here to read the entire article.

 (Source: Autobloggreen & Reuters)

We first heard about a proposal to ban cars powered solely by fossil fuels way back in 2007. According to Finance Minister Kristin Halvorsen, the plan “is much more realistic than people think when they first hear about” it and is still very much in the works. Still, it’s highly unlikely that the proposal would come to fruition due to opposition from current Prime Minister Jens Stoltenberg.

“The financial crisis also means that a lot of those car producers that now have big problems … know that they have to develop their technology because we also have to solve the climate crisis when this financial crisis is over,” she said.

“That is why we would like a ban from 2015,” she said, during an exhibition in Oslo of electric and biofuel-powered cars during which she raced a red and white Mitsubishi electric car around a course against several other politicians.

(Source: Autobloggreen)

According to Autocar in the UK, Scotland Yard has announced plans to replace half of its fleet of vehicles with either electric or air-powered vehicles within four years. We’re not sure what air-powered vehicles are being considered, but we’ve been hearing about the compressed air vehicle from MDI for the last few years at least.

There are already 140 or so Toyota Prius hybrid police cars currently in use by the Metropolitan Police Service and officers have been putting electric versions of the smart fortwo through their paces. Those two programs are expected to continue and grow. Nigel Jakubowski, head of transport services, says, “The uniformed officers who have driven them say they are very quick. We have installed charging points at the stations the cars are based in, and they work very well.”

Transport account for 22% of emissions in the UK - more than half of that comes from cars

 (Source: Guardian, UK;  Photo: thingermejig @ Flickr)

Government must encourage motorists to get out of their cars and walk or cycle, say scientists

One of the factors that has helped to make cars so ubiquitous over the past century is standards. By standardizing things like fuel fillers, inflation nozzles on tires, 12V power sockets and countless other elements, automakers have been able make owning and operating a car much more practical. After all, if you had to drive around to 20 different gas stations to find one with a nozzle that fits your tank, it would be a real nuisance to drive. Most of those industry standards are defined by committees of the Society of Automotive Engineers. One of the standards currently being worked on is SAE J1772 which will define standard connectors for plug-in vehicles.  GM’s Fast Lane blog notes “with SAE J1772™, we’re defining what a common electric vehicle conductive charging system architecture will look like for all major automakers in North America, but more importantly, we’re working to resolve general physical, electrical and performance requirements so these systems can be manufactured for safe public use.

Through SAE, our industry is working together to answer fundamental questions about plug-in electric vehicles such as battery electrochemistry, optimal battery-size and state of charge, and lifecycle among other issues, but zeroing in on the ergonomics, safety and performance of the charging interface is one of the most basic ways we can help build consumer confidence in plug-ins.

Think about it, if you have no reservations or confusion about charging your vehicle, you’re probably going to be more likely to drive one. Drivers shouldn’t have to worry about electromagnetic compatibility, emission and immunity when they need to plug-in – that’s what engineers like me get paid to do.”