(Source: Wired, CNET & Consumer Reports)

Images Courtesy: Apture

Volvo made history — and the world a far safer place — 50 years ago today when it delivered the world’s first car with standard three-point safety belts.

And it all started with a Volvo PV544 delivered to a dealership in the town of Kristianstad, Sweden.  The three-point belt was invented by Volvo engineer Nils Bohlin, who was looking for a better way of keeping people secure in a collision.

Before the three-point belt, there was the basic lap belt. This two-point design did a good job of keeping passengers in their seats during a collision, but it failed to evenly disperse crash forces resulting in a bruised forehead or–at high speeds–a possible fractured pelvis.

The three-point design, developed by Volvo, a company fanatical about safety and engineer Nils Bohlin, more evenly spread impact forces across the passenger’s torso and helped to keep the upper body in place.  Bohlin, a former aviation engineer at Saab who worked on airplane catapult seats, came up with an ingenious solution that combined a lap belt with a diagonal belt across the chest. He anchored the straps low beside the seat so the geometry of the belts formed a “V” with the point directed at the floor.  The design was created to help absorb the force on the pelvis and chest, while keeping the belt in position and not moving under the load.

Even after 50 years of automotive safety innovation, the three-point safety belt remains the most effective protection for occupants in the event of a collision. The belt reduces the risk of fatalities and serious injuries from collisions by about 50 percent. A design as obvious as it is intelligent, the three-point belt is perfectly suited to the seat occupant’s body. It is the safety belt’s ability to keep the occupant in the seat that is of crucial importance.

We take them for granted nowadays, but the three-point belt was revolutionary when it appeared on Aug. 13, 1959. In the years since, the V-shaped safety belt has saved well over a million lives. It has been called one of the most significant inventions of the 20th century, and it remains the most widely used safety innovation in automotive history. Every single car sold today uses three-point belts.  Here are some facts dug from various sources on the internet, which I thought are very interesting:

• In 1963, Volvo introduced the three-point belt in the United States after performing a number of crash tests that validated their claims that it offered the best protection to occupants. In 1967, the Swedish automaker presented data from collisions in Volvo cars over a one-year period that found the seat belt saved lives and reduced injuries by 50-60 percent. That same year, Volvo offered the seat belt as standard on front and rear outboard seats.
• Within five years, three-point belts appeared in cars throughout Europe and the U.S. Bohlin’s invention has saved hundreds of thousands of lives and prevented or reduced the severity of injuries for countless people. That makes the three-point safety belt the single most important safety device in the 120-year history of the automobile.
• The real breakthrough in legislation actually came from Victoria, Australia, which was the first state worldwide to draw up legislation in 1970 requiring not just the fitting of seatbelts, but also their actual use. In the first year of law, traffic deaths in the state dropped by 18 per cent.
• Consumer Reports blog states that in the year 2006, the use of seat belts saved an estimated 15,383 lives. During the five-year period from 2002 through 2006, seat belts have saved over 75,000 lives.
• Currently all U.S. states except New Hampshire have seat belt laws. However, 18 states do not have primary enforcement laws, meaning penalties can only be applied if the car is pulled over for another infraction. Studies show that stronger laws lead to higher use rates. Seat belt use continues to climb in the United States with 83 percent of all occupants buckling up.

What’s even more interesting is that neither Volvo nor Mercedes kept their inventions to themselves, and in fact encouraged other automakers to adopt the safety devices.  Thank you, Mr. Bohlin and Volvo for making our world a little more safer.

Click here to read more.

(Source: Business Week)

NewDealDesign and Better Place teamed up to create a car recharging tower called the Charge Spot, and won themselves an IDEA gold award

One day, recharging stations for electric cars might be much more common than gas stations. If NewDealDesign has its way, they won’t look at all the same, however. The San Francisco design shop has teamed up with e-car venture Better Place to create the Charge Spot, an electricity outlet that received the gold medal in 2009’s International Design Excellence Awards (IDEA a.k.a. Industrial Designers Society of America). The slender and sleek column looks a bit like a sidewalk traffic barrier with a blue plastic top. Amit calls it a “mini-tower of electric power.”

NewDealDesign, founded and financed by Gadi Amit, its president, borrowed from its experience with consumer-electronics clients such as Dell , Fujitsu, Nokia, and Palm to create the Charge Spot.

Better Place’s goal is to have these electricity outlets built wherever people might park their cars for long stretches—parking lots, garages, and streets. Motorists would plug one end of a heavy-duty extension cord into the top of the Charge Spot and the other into a port on their vehicles. Within six hours, their cars would be fully juiced and good to go. Shown below is an awesome cool video, courtesy of YouTube, demonstrating how the technology works)

The tower also houses digital electronics for recording charges and billing motorists’ accounts. The Charge Spot team, drawn from NewDealDesign’s staff of 12 designers, removed hinges and doors from the first prototypes, simplified the display screen, and changed some internal components, reducing cost to about one-tenth of earlier designs, says Paluska. Each spot can also charge two cars at once.

Better Place, established by Shai Agassi in Palo Alto, Calif., in 2007, is trying to create the infrastructure for battery-powered cars. It is also working with Renault-Nissan to design a new electric vehicle. First-generation recharging fixtures were patterned after gasoline pumps, with a power cord instead of a hose. NewDealDesign chose a different model: chargers for portable devices such as laptops, cell phones, and iPods.

“We want to make the electric vehicle a normal, widespread car, not just for the ‘crazy’ green guy,” says Amit, 46, who started NewDealDesign in 2000. Better Place launched the Charge Spot last December in Israel, where 900 of a planned 100,000 have been deployed in preparation for the upcoming launch of its electric vehicle.  Plans are afoot for  massive, worldwide deployment of these charging stations in many car-huggng cultures, including the US, Canada, Denmark, Japan, Austrlia.

Click here to read the entire article.

(Sources: Motor Authority, WSJ, Reuters Blogs)

In late July Porsche announced Wendelin Wiedeking would be leaving his position as the company’s CEOto be replaced by Michael Macht, clearing the way for the supervisory board atVolkswagen to lay the foundation for an integrated company with underVolkswagen leadership. Today that merger has moved forward, and reports indicate the Auto Union name could be revived to brand it.

A Reuters report says that details of a deal between Volkswagen and Porsche have been broadly agreed, with VW set to buy a stake of up to 49 percent in the sportscar maker.  The supervisory boards of the German auto makers are expected to vote Thursday morning on a so-called memorandum of understanding, which would be a precursor to a more detailed and firm merger agreement, one of the people said.

The crucial point here is that the family-owned holding company Porsche Automobil Holding SE will get a much-needed cash injection from the sale – anywhere between 4 and 5.5 billion euros –  as well as an additional 5 billion euros from selling a package of options on VW shares to the Gulf state of Qatar.

The Porsche clan has already agreed to sell shares to raise at least 5 billion euros, so it should finally be in a position to pay off debts of more than 10 billion euros it stacked up building up a stake of just over 50 percent in VW.  Stuttgart-based Porsche ousted its chief executive, Wendelin Wiedeking, in July and is working to pay down a debt pile of more than 10 billion euros ($14.13 billion).

After the successful completion of the VW deal, the Porsche marque will then enter into a new “Auto Union” as the 10th brand, under the leadership of VW CEO Martin Winterkorn.

The Auto Union name was originally given to a merger of four German carmakers – Horch,  DKW and Wanderer – in 1932. The brand went on to fame in motorsports through the 1930s, but was disrupted by World War II, and subsequently went through a number of reformations, eventually ending in a renaming to  AG in 1985.

The integrated automotive group will be formed from the progressive participation of  in AG and the subsequent merger of Automobil Holding SE and  VolkswagenAG.  Porsche will remain an independent company headquartered in Stuttgart.” Today’s report re-affirms  independence, and the Auto Union name is apparently being considered to help preserve the idea that it’s not running the whole show.

(Sources: Autoblog Green , Green Car Congress, NY Times Wheels, Green Car Reports)

The internet as well as the automotive world has been abuzz with a lot of discussions since this morning after General Motors CEO Fritz Henderson revealed what the company’s mysterious ‘230’ ad campaign was about.  It turned out to be the official mileage rating for GM’s upcoming 2011 Chevrolet Volt extended-range electric car.

GM must be basking in the new found glory (though it sounds more temporary as the intelligent folks around the web are starting to dig out the details behind this 230mpg claim). GM’s Twitter account was proudly re-tweeting a post that goes like this: 230 mpg city, great. More than 100 mpg combined, even better. Not being stranded after 300+ miles, priceless.   Mind you!  This is just a sample of what’s been such a flood of good PR for GM. after this 230 unveiling.

For many smart folks, a number like that seems outlandish, absurd. How can the US Environmental Protection Agency possibly measure fuel consumption that low? The answer, it turns out, is all in the assumptions.

Our friends at Autoblog says “Without access to the actual method that the EPA is tentatively going to apply to plug-in vehicles (we have requests for clarification out to the EPA), all that GM’s Dave Darovitz would tell us is that the number is “based on city cycles and we’re not really talking in detail yet.” Instead, the press release says that: Under the new methodology being developed, EPA weights plug-in electric vehicles as traveling more city miles than highway miles on only electricity. The EPA methodology uses kilowatt hours per 100 miles traveled to define the electrical efficiency of plug-ins. Applying EPA’s methodology, GM expects the Volt to consume as little as 25 kilowatt hours per 100 miles in city driving. At the U.S. average cost of electricity (approximately 11 cents per kWh), a typical Volt driver would pay about $2.75 for electricity to travel 100 miles, or less than 3 cents per mile.

Which leads to the big question: What assumptions should the EPA make in its emissions and gas-mileage tests about how the Volt is used (also known as the car’s “duty cycle”)?

For decades, gasoline cars (and ) have been testing using two cycles: city and highway. That gives us the two quoted EPA mileage ratings, and the EPA also calculates a “blended” number for overall usage. The distance driven doesn’t really matter.

But for the Volt, mileage assumptions become much more political.  If the EPA tests a Volt over a cycle of less than 40 miles, it will never burn any gasoline, and it’ll get that “infinite” mileage. The daily distance matters much more for the Volt than for a gas engined car.

The answer appears to be the EPA has adopted a cycle described by GM-Volt.com, among others, that assumes the Volt is driven until the battery is discharged–and then slightly more on gasoline power.

A similar test routine proposed by Mike Duoba at Argonne National Laboratories repeatedly drives the car on four EPA highway test cycles until the battery is discharged, then drives one city cycle–totaling 51 miles. (The EPA city cycle is roughly 11 miles, the highway cycle about 10 miles.)

If the engine runs for 11 miles at 50 mpg, that will use 0.22 gallons of gasoline. But that amount is used over a total travel distance of 51 miles, which works out to 232 mpg. Sounds like 230 mpg to us!

Jim Motavalli wrote on his Wheels column on  New York Times : The problem with claiming 230 miles a gallon was that to get at numbers like that you can’t simply measure its fuel consumption. The plug-in hybrid’s small gas engine is there to provide power for the electric motors, not drive the wheels, and the first 40 miles are on the batteries alone.

G.M. can plug its numbers into the E.P.A. city driving cycle and get stellar results, but, as they say, actual results — and planetary impact — will vary quite a bit. How and where you drive the Volt will matter quite a bit, too. “If you’re heavy footed, you’re not going to get 230 miles per gallon,” said Roland Hwang, transportation program director at the Natural Resources Defense Council.

In a detailed article published by Green Car Congress one can learn how this fuel economy rating is measured.  While the fuel economy (FE) for combustible fueled vehicles (such as gasoline, diesel, compressed natural gas, or an ethanol blend) can easily be expressed in mpg, and fuel economy for an all-electric vehicle can be expressed in miles per gallon of gasoline equivalent (mpge), the arrival of new technologies that can operate in all-electric mode, a conventional hybrid mode, or some combination of the two complicates the situation.

The EPA is revisiting the FE label provisions as they apply to those types of vehicles, and is working with automakers, the SAE, the State of California, the Department of Energy and others to address these issues. The EPA anticipates issuing guidance and/or a rule this year.

According to US Department of Transportation data, nearly eight of 10 Americans commute fewer than 40 miles a day. A Volt driver’s actual gas-free mileage will vary depending on how far he or she travels and other factors, such as how much cargo or how many passengers they carry and how much the air conditioner or other accessories are used. Tony Posawatz, Vehicle Line Director for the Volt, said that the Volt is delivering 40 miles all electric in both city and highway cycles.

However, Posawatz notes that since the Volt results are based on a single charge per day—and that given the recharge time of 6-8 hours on a standard 110V outlet or half that on a 240V charger, the Volt has the potential to deliver better than 230 mpg performance if it can charge multiple times per day.

Click here to read the entire article.

ITS World Congresses gather some 5,000 participants from around the world looking to share experiences and build networks. As a decision-maker, manufacturer, supplier or consultant within the private or public sector, the World Congress is an opportunity for you to learn more about what ITS can do to improve the efficiency of your operations. What’s more, it is an excellent opportunity to show the general public how ITS can help them in their daily lives.

Delegates will include representatives from:

• International organisations and national governments
• Regional, local and municipal authorities
• Security and safety organisations
• CEOs from industry
• Equipment manufacturers and suppliers
• Service developers and service providers
• Software developers and systems integrators
• Automotive and industrial designers
• Public transport and freight operators
• ITS project management and financiers
• ITS consultancies and advisors
• ITS users and members organisations
• Public interest groups and press

There will also be an opportunity for the public to visit the Exhibition and demonstration sites on the last day of the World Congress in Stockholm.

The Congress format consists of several different types of sessions.  Along with the traditional types of sessions (Plenary, Executive, Special Interest and Technical/Scientific), this year the Congress organizers are introducing the two new formats: Interactive Sessions and Lunchtime Debates.  Sessions typically last 90 minutes.

The Exhibit Hall provides a venue for public sector organizations and private sector vendors to show off their latest technology.  The Exhibit Hall will be open to Congress delegates September 22-25; on Friday, September 25, it will also be open to the public.

The 2009 ITS World Congress will also feature four demonstration sites where Congress delegates can watch ITS in action: one is located inside the Exhibit Hall, two are located just outside the building in the parking lot, and one is accessible by shuttle bus.  Congress delegates can also go on any of 11 technical visits to see ITS in action in and around Stockholm.

Social events include receptions on Monday (September 21) and Tuesday (September 22) evenings and a gala dinner Wednesday (September 23) evening in Stockholm City Hall, famous as the location where Nobel Prizes are awarded.

For all other event related information, please visit the ITS World Congress website.

The proceedings from the recently held Intelligent Vehicle Technology Transfer (IVTT) Joint Military/Civilian Workshop on IntelliDrive are now available online for your perusal and downloading.   The Workshop was held at the Holiday Inn, Gaithersburg, Maryland on July 30, 2009.

For those who are not in the know, the Intelligent Vehicle Technology Transfer (IVTT) Joint Military/Civilian Workshop on IntelliDrive^sm is sponsored by the Defense Advanced Research Projects Agency (DARPA); and it is supported by the Department of Transportation Intelligent Transportation Systems Joint Program Office (DOT ITS JPO), the Army Tank Automotive Research, Development and Engineering Center (TARDEC), the Association for Unmanned Vehicle Systems International (AUVSI); the Intelligent Transportation Society of America (ITS America); and the Intelligent Systems Division of the National Institute of Standards and Technology (ISD NIST)

Please link to the IVTT website at www.Intelligent-Vehicle.com and go to the “Prior Events” tab and then click on “Workshop 2009” to access the Presentations and other Workshop information. (Alternatively, you can copy paste the following link: http://www.intelligent-vehicle.com/index.php/events-2009). Or you can simply click each of the following hyperlinked files to simply download them.

• Agenda 31 March 09.pdf
• Presentation 01 Scott Welcome.pdf
• Presentation 02 Finkelstein IVTT Technological Transformation.pdf
• Presentation 03 Dumas Intelligent Vehicle Technology In DARPA.pdf
• Presentation 04 Wilcox Robotic Systems Joint Project office.pdf
• Presentation 05 Rossi Emerging Intelligent Vehicles In FCS.pdf
• Presentation 06 Govers Guardium UGV.pdf
• Presentation 07 Shoemaker Autonomous Intelligent Vehicle Research.pdf
• Presentation 08 Scott Autonomous Intelligent Vehicle Technology At NIST.pdf
• Presentation 09 Schmidt Intelligent Vehicles And IntelliDrive.pdf
• Presentation 10 Fitch Intelligent Vehicle Perception And Autonomy.pdf
• Presentation 11 Pilutti Autonomous Vehicles And Collision Avoidance.pdf
• Presentation 12 Schmitt Intelligent Commercial Vehicles.pdf
• Presentation 13 Langer Autonomous Driving At VW.pdf
• Presentation 14 McBride Autonomous Vehicle Research At Ford.pdf
• Presentation 15 Rajkumar Making Autonomous Driving Real.pdf
• Presentation 16 Kern Intelligent Cars Trucks And Buses.pdf
• Presentation 17 Snyder Autonomous Intelligent Vehicles Now.pdf
• Presentation 18 McCormick Connected Vehicle Proving Center.pdf
• Presentation 19 Dallas Robotics Technology Consortium.pdf
• Presentation 20 Bishop Intelligent Vehicles Global Perspective.pdf
• Presentation 21 Albus Intelligent Vehicle Technology Gaps.pdf
• Presentation 22 Ayyub Intelligent Vehicles Towards Cognition.pdf
• Presentation 23 Finkelstein IVTT Roadmap.pdf
• Registrants List.pdf

The workshop was deemed a great success, and the DOT’s developing IntelliDrive system of systems can help satisfy the DOD’s needs for complex networks of sensors, vehicles, communications, and control centers. Please stay tuned to your website for the announcement(s) regarding the next event.

Do not forget to thank, Dr. Bob Finkelstein, the manager of IVTT Program for making these presentations publicly available.

(Source: Washington Post, Jalopnik, Autoblog)

Car can extend its range to more than 300 miles with its flex fuel-powered engine-generator.

Image Courtesy: Autoblog

In case you missed it this morning, General Motors CEO Fritz Henderson made some big news just one month after the “new” GM emerged from bankruptcy protection.

General Motors announced today that its forthcoming electric vehicle, the Chevrolet Volt, will achieve city fuel economy of 230 miles per gallon, under testing that used draft federal fuel economy methodology standards for plug-in cars.

The Volt will become the first mass-produced vehicle to obtain a triple-digit MPG rating, the company said.

“The Volt is becoming very real, very fast,” chief executive Fritz Henderson said. “The price of oil is going to go up.”

According to Frank Weber, vehicle chief engineer for the Volt, the number is based on combined electric only driving and charge sustaining mode with the engine running. He declined to get specific about the proportions, but did say that the urban cycle would be predominantly EV only. The EPA has been studying real world vehicle usage and is developing the formulas to try and provide a representative number of what most customers could expect to achieve. In addition to the composite number, the new EPA stickers will likely also get numbers for mileage in charge sustaining mode and electric efficiency in EV mode.

Initial prices for the car may be as much as $40,000, analysts said.

But company officials said the car’s price is expected to come down over time. They note, moreover, that gas prices will rise again, making fuel-efficient cars more valuable.

The Volt, which is scheduled to start production late next year, is expected to travel up to 40 miles on electricity from a single battery charge. The company says the car can extend its range to more han 300 miles with its flex fuel-powered engine-generator.

Assuming the average cost of electricity is approximately 11 cents per kilowatt-hour in the United States, a typical Volt driver would pay about $2.75 for electricity to travel 100 miles, or less than 3 cents per mile.

This story’s still developing, but if our sources are correct, it would blow the Toyota Prius out of the water. Heck, it’d blow every other vehicle currently on the market out of the water with the exception of the Tesla roadster — and that’s no four-door mid-size sedan. So for GM this represents a huge marketing coup — the ability to claim the most fuel efficient vehicle in the world and a big blow to detractors who claim the big, sweaty ‘merican manufacturer can’t build quality products.

Click here to read the entire article.

(Source: Green Car Congress)

AeroVironment, Inc. (AV) has been granted a patent (no. 7,444,192) by the United States Patent and Trademark Office (USPTO) for technology that facilitates the optimal charging, management, control and maintenance of battery packs, chargers and electric vehicles (EVs).

AV’s technology is directly applicable to battery packs, chargers and battery-powered EVs that can be linked to the electric utility network and managed by a “smart grid” controller. The technology is designed to gather data from the EV or the charger, and uses the data to determine whether the rate of charge is optimized for the vehicle’s performance, the battery’s long-term health, and the utility’s power availability.

Click the image to enlarge. Document opens in new window

A device employing this technology could create and store a performance profile for the EV and charger. Based on this historical profile, the device could optimize the rate of charge or transmit an alert to the utility or end user.

The technology was developed for AV’s PosiNET system, a Web-based motive power management solution which has been deployed in support of commercial EV fleets in the United States. PosiNET minimizes fleet downtime and optimizes vehicle utilization by providing real-time, predictive and historic reports as well as actionable alerts and equipment usage recommendations to fleet managers.

For passenger EV charging, the system would enable vehicle and grid optimization through grid-tied electric charging systems communicating with utilities via the internet. The system could send alerts and other actionable data to utilities which could then remotely control charge rates using the PosiNET system. The comprehensive information gathered by the system could also be used by the utilities for reporting and analysis. These same capabilities could also be applied by utilities to help enable real-time grid balancing on a local level.

The technology behind AV’s electric vehicle charging solutions emerged after AV’s substantial contributions to the development of the GM Impact, the concept car for General Motors’ EV1, the first modern electric car. AV created a solution combining high-current charging algorithms with intelligent thermal management to safely increase the useful range of electric battery packs. Today, AV’s electric vehicle charging solutions significantly reduce the amount of time required to safely charge electric vehicle battery packs while maximizing their range, performance and lifespan.

Click here to read the entire article.

(Source: Retuters India & Autoblog)

The family owners of Italian car designer and niche manufacturer Pininfarina SpA have hired Italy’s Banca Leonardo to sell their majority stake in the company, a company source said on Friday.

The decision was taken at the company’s board meeting on Wednesday, the source said. The sale of the 50.7 percent stake held by Pincar, the Pininfarina family company, was foreseen as part of a debt agreement with banks at end of 2008.

“It is a commitment Pincar made with the banks. The family has no intention of leaving completely,” the source said, adding Pincar will no longer be a majority shareholder.

Images via Apture: Multiple flavors of Pininfarina Designed Ferraris

Sure, but who will buy controlling interest of such a storied company? Have you met our Indian friend Tata? Rumors are swirling that Indian giant Tata, new owner of both Jaguar and Land Rover, is reportedly in the hunt to purchase the Pininfarina family’s shares.

Various other companies have been touted as possible partners for Pininfarina, which has designed stylish cars for Ferrari. Pininfarina is working with French financier Vincent Bollore on developing an electric car.

Earlier this week, Pininfarina said Pincar had subscribed its 50.7 percent share of a 70 million euros capital increase. The increase attracted overall 55.6 percent take-up.   The Pincar subscription to the rights issue was also part of the end-2008 agreement with banks, the source said.

However, the reports are painting the pending deal as a partnership rather than a takeover and Tata already has dealings with Fiat, so they’re familiar with the Italian way of doing things.  If a rival took more than a third of Pininfarina’s shares, it could put at risk its contract to April 2011 with Ford Motor Co. Pininfarinia builds the Ford Focus Coupe-Cabriolet at its plant in Bairo, near Turin, Italy. It also has a joint venture with Ford subsidiary Volvo Car Corp. to make the Volvo C70 at a plant in Uddevalla, Sweden.

Let’s see how it all shakes out!

Image Courtesy: Nissan via Tree Hugger

(Source: Tree Hugger)

In the days leading up to the unveiling of its flagship Leaf EV, Nissan also unveiled this contact-free charging technology. At the same demonstration where folks got to test drive the EV platform and took-in the iPhone interface, they got to see a working example of induction charging in action.  Induction charging is already a common technology in products ranging from electric toothbrushes and razors to kitchen cooktops and artificial hearts. Our friends at Tree Hugger have now published a nice article, offering the details of this wireless goodness. Here are some interesting details:

• Wireless charging works on the principal of electromagnetic induction, and when two coils (one on the ground and one under the car) come into proximity, a charge can be transfered from a power supply to the battery.
• It takes a few seconds for the primary and secondary coils to recognize each other, but once they do, the system could charge this small EV in three hours.
• Nissan engineers are certain the charging efficiency is as good or better than plugging in, and that induction charging is simple and cheap.

Earlier Tree Hugger reported that Nissan is not only investigating induction charging for stationary applications such as in a garage or parking spot but is also looking at embedding plates into roadways, so that battery powered cars could charge while driving. Induction charging certainly has a ways to go and many questions to answer: what will it do to other devices, are there health risks from long-term exposure, what if you have an artificial heart (which is also powered by induction), not to mention how much efficiency might be lost in transmission?

Click here to read the entire article.