(Source: Wired)

Each PowerPark canopy is rated at 1.5 kilowatt peak, a measure of a photovoltaic system’s peak output. Even in misty, foggy Northern England, the company estimates each parking space could generate about 1,100 kilowatt hours of electricity annually. The canopies are linked to the electric grid so energy “can be generated for use in the associated buildings when cars are not being charged,” Webster said. “No electricity is wasted.”

(Source: U.S. Senate Committee on Environment and Public Works)

On March 25, 2009, the U.S. Senate Committee on Environment and Public Works held a hearing to examine transportation investment prior to authorizing the next highway, transit, and highway safety legislation that will replace the Safe, Accountable, Flexible, Efficient Transportation Equity Act: A Legacy for Users.  Witnesses’ testimonies and video of the hearing are now available online.  Committee hearings in two streaming video formats — RealPlayer and Flash.  Please click on one of the links below to start the live video stream.  Choose Your Format:  RealPlayer or Flash.

NOTE: To view streaming video, you will need to have RealPlayer or Flash installed on your computer. To download the free RealPlayer or Flash applications, click on the buttons below.

Majority Statements

Barbara Boxer

 Minority Statements

James M. Inhofe

Witnesses

 Opening Remarks

 Panel 1

The Honorable Ray LaHood

Secretary

U.S. Department of Transportation

 Panel 2

The Honorable Edward G. Rendell

Governor of Pennsylvania

The Honorable Kathleen M. Novak

President, National League of Cities

Mayor of Northglenn, Colorado

(Source: Times of India)

Meeting stresses the need for dedicated infrastructure comprising separate facilities for cyclists.

MUMBAI: Why are bicycles, which don’t pollute, take up little space, are cheap and have virtually no maintenance cost, not a popular mode of  travel in Mumbai? According to activists and cycling enthusiasts, the reasons are a mindset that favours motorised vehicles and a lack of infrastructure to promote cycling in the city. 

These were the two chief issues discussed during a public meeting at the Carter Road amphitheatre, Bandra (W), to popularise cycling in the city to check pollution and reduce traffic congestion. The meeting, which generated a buzz in the vicinity, had several passersby joining in. Also among the participants were young professionals working in the IT industry and call centres. 

Biking enthusiasts and activists discussed the need for dedicated infrastructure comprising separate facilities for cyclists. This includes segregated lanes, bicycle parking stands at railway stations, shopping malls and public places, special signage and traffic signals for bicycles. 

Activists said dedicated infrastructure for bicycle riders would allow faster short-distance journeys (between one and six km), which might even be more effective than going by car. Added to this are the health benefits of cycling, they added. 

Activists Fawzan Javed and Colin Christopher, who initiated the move for the meeting, felt that starting a bicycle movement in Bandra would set a precedent for other suburbs to follow. 

Javed is an architect from Mumbai, while Christopher, a student at Columbia University, New York, is currently doing a stint with Pukar, an NGO. “Once the initiative takes off, it will grow and we will have less congestion and pollution on the roads,” said Javed. 

Javed, who has undertaken a project on the bicycle movement across the globe, said it was becoming popular in Asian cities and was already an established mode of transport in European cities. His idea is to have a bicycle lane network in Bandra to enable citizens to ride along freely. 

Click here to read the entire article.

(Source: AP)

The head of the Environmental Protection Agency wants to limit emissions along the nation’s coastline and within its seaports, just as the agency does along highways, with tougher pollution standards on large commercial ships.

 EPA Administrator Lisa Jackson said Monday that the United States and Canada have applied to the International Maritime Organization to create a 230-mile emissions control area around much of their coastline.

The move is intended to ensure the shipping industry does its part to improve the air quality of major seaport communities. Ships moving through the zone would be subject to the tougher emissions standards.

“This is an important and long overdue step to protect the air and water along our shores,” Jackson said, speaking in front of a row of cranes at a press conference in Port Newark.

Jackson estimated that 40 of the 100 largest U.S. ports are located in metropolitan areas that fail to meet federal air quality standards. One of them is the Port Newark facility, which is part of the Port of New York and New Jersey — the East Coast’s largest port complex.

The EPA estimates that 90 percent of the ships carrying cargo in and out of U.S. coastal ports are based in other countries.

Ships operating in the proposed zone would face stricter limits on the sulfur content of their fuel beginning in 2015, and new ships would be required to incorporate advanced emission-control technologies beginning in 2016, Jackson said. Sulfur content is directly related to the soot, or pollution, emitted after fuel is burned.

Image Courtesy: EPA - OGVs Are a Big Problem: US Ports and Nonattainment Areas

Jackson made the announcement at a news conference with the Coast Guard and other federal and state officials.   EPA estimates the new emission-control technology will cost shipping companies $3.2 billion. Jackson said that translates into an increased cost of about 3 cents for each pair of sneakers shipped into the United States.

Gov. Jon Corzine welcomed the proposal and recalled sending Jackson to Washington, D.C., to lobby for it when she headed New Jersey’s Department of Environmental Protection.

(Source: Bloomberg)

Cars and light trucks will be required to meet a U.S.fuel-economy average of 27.3 miles per gallon for 2011 models, a 2 mpg increase from the previous year’s level, the Transportation Department said.

The 8 percent gain announced today in Washington carries out a 2007 law intended to curb emissions and fuel use. The change, being put in place asGeneral Motors Corp. and Chrysler LLC face possible bankruptcy, isn’t as aggressive as the 27.8 mpg target that President George W. Bush proposed in April 2008.

“This isn’t going to be a stretch for them to meet this,” David Kelly, former acting head of the National Highway Traffic Safety Administration under Bush, said of automakers. New-car fuel economy already averaged 31.3 mpg by 2007, NHTSA said in today’s rule.

Cars must average 30.2 mpg, up from 27.5 currently, under the rule. Light trucks will average 24.1, up from 23.5 mpg for 2010 models. The December 2007 law called for vehicles to meet a 35 mpg standard by 2020 models, a 40 percent increase from the average in 2008.

“The bad news is that the 27.3 mpg standard means that they’ll have to make up for it in future years,” said Dan Becker, director of the Safe Climate Campaign, a group in Washington that works for environmentally “clean” cars. “The goods news is that they have promised that they will.”

President Barack Obama’s administration had a March 31 deadline for setting the standard, giving the industry about 18 months to prepare its 2011 models to meet the requirement. Bush never issued his proposed standard before he left office.

Click here to read the entire article.

 (Source: Business Week)

As the commercial model of India’s microcar is unveiled, U.S. carmakers would do well to learn from the innovations that brought it about

When Tata Motors (TTM) unveiled a prototype of its Nanomicrocar at the Delhi Auto Show in January 2008, auto executives around the world were aflutter. Quickly, they hustled teams to India to document the planned $2,000 “people’s car.” And industry watchers and innovation experts soon reported on the engineering and supply-chain breakthroughs behind the car.

Some 14 months later, Tata is set to show off the commercial version of the Nano, on Mar. 23. Today, the U.S. auto industry is struggling to survive, with General Motors (GM), once the world’s biggest carmaker, on the brink of bankruptcy. Look beyond the Nano halo and it’s clear that Tata Motors has problems of its own, from the $2.3 billion in debt it took on to purchase Jaguar and Land Rover from Ford Motor (F) last year to the sums sunk into the Nano assembly plant in West Bengal that had to be abandoned. On top of that, there are the Nano competitors in development.

Still, no one disputes that the Nano is innovative on multiple levels—from its engineering to its marketing to its manufacturing. So it’s hard to avoid the question: What can a humbled Detroit learn from the Tata Nano?

A lot. The lessons start with the vision of Ratan Tata, chairman of Tata Motors’ parent, Tata Group, to create an ultralow-cost car for a new category of Indian consumer: someone who couldn’t afford the $5,000 sticker price of what was then the cheapest car on the market and instead drove his family around on a $1,000 motorcycle. “Just in India there are 50 million to 100 million people caught in that automotive chasm,” says vice-president Vikas Sehgal, a principal at Booz & Co. And yet none of the automakers in India were focused on that segment. In that respect, the Nano is a great example of the so-called blue ocean strategy.

ROADS TO GREATNESS

“Great companies are built on creating new markets, not increasing market share in existing ones,” says Vijay Govindarajan, a professor at Tuck School of Business at Dartmouth College and chief innovation consultant at General Electric (GE), who quickly runs off 10 lessons for Detroit. Among them: U.S. automakers should focus less on incremental improvements to existing cars or adding a new model to the Cadillac line in order to compete against Lexus, and think more broadly about new market opportunities. Where, in other words, are Detroit’s blue oceans?

Click here to read the entire article.

(Source: Autobloggreen)

 

You know what state needs more smart fortwos? Texas. That must have been Daimler’s thinking before approving an expansion of the car2go carsharing service there. Daimler started car2go in Ulm, Germany last October and it will be coming to Austin, Texas – that little blueberry in the big red cherry pie of a state – this fall. There are now more than 200 fortwo cdi models that anyone in Ulm, visitor or resident, can rent by the minute, hour or day, 24/7. Costs range from 19 euro cents a minute to 9.90 euros an hour to 49 euros a day. Unlike other car-sharing services, registering for the car2go service is free. Daimler didn’t release any information on possible pricing for the U.S. service.

 

The Daimler press release available on Autobloggreen has some additional info. on this, including this nugget:

The capital of Texas with its 750,000 residents is appreciably bigger than Ulm and is distinguished by its open-mindedness and its very involved citizens. “We very much look forward to becoming the first international partner of car2go,” says mayor Will Wynn. “Our city is known for its strong sense of environmental responsibility. car2go fits this wonderfully because we can then offer the residents of Austin an intelligent mobility concept with a high positive environmental factor. The project has our full support.” 

As in the first phase of the German pilot project, car2go will begin in Austin with a defined group of users, for example city employees. It is then planned to make car2go accessible to the public in Austin in a second step.  Other factors predestining Austin to be the first international car2go city are the city’s size and its up-to-date economic structure. Among other things it is the location of the fourth largest university in the USA. Beginning in autumn 2009 a fleet expected to number 200 smart fortwo mhd vehicles with automatic start/stop function will be put into operation there.

Click here to read more and to view an awesome picture gallery showing more Smarts in Austin.

(Source: Autoblog; Picture: Autoblog)

 What can $50,000 can get you?

After a lot of hype and delivery of 250 Tesla Roadsters, the company’s Model S was unveiled today in Hawthorne, California.  It is expect that production will be ramped up to 20,000 units annually by the end of the first year of production; after the $7,500 tax break, the Model S will start at just under $50,000 – $49,900 to be exact; and 440-volt charging will be available. That base price is for the 160-mile range pack; a 230-mile range pack and a 300-mile range packwill also be available. The biggest hitch: the car doesn’t go into production until Q3 of 2011.

Transportgooru thinks this is a game changer and here is the “why”:

• According to Tesla’s numbers, buying a Tesla S will save you $10-$15K vs a comparably priced gas-powered sedan when gas is $4 per gallon. For an equivalent comparison, you’d have to lease a $35,000 gas-powered car. 
• The car fits seven people and their luggage: five adults and two children in rear-facing seats under the hatch inside, with luggage in the boot up front.
• If not people, it can fit a mountain bike with its wheels still on, a surfboard and a 50-inch television at the same time.
• On a 220V outlet, the car can be recharged in 4 hours.
• The quickness: the standard S will get to 60 in 5.5 to 6.0 seconds. A coming sport version will get to 60 in “well under five seconds,” the company’s folks say.

These facts are what one would come to expect from a conventiona, gasoline powered automobiles that rules the roads today.   As more charging stations pop-up around the country, these vehicles will make transportation seamless.  The few cons  that could be obviously recognized are the re-charging times and the lack of charging stations at public locations (Gas stations, parking lots, etc).  With the conventional gasoline cars, refuelling is quick and doesn’t take more than 5 minutes at the gas stations, which means you can continue travelling without enduring massing delays while traveling longer distances.   It can be expected that unveiling of such cars renders a wonderful opportunity for regional electric companies to enter a niche market to provide “electricity” through charging stations in the service areas along highways, just like a gas station.  Or even better if these charging stations are added to existing gas stations.   If charging times can be shortened with the advent of new technology (See the TransportGooru article about MIT’s breakthrough research on batteries, allowing for lightening quick charging times) 

Click here to read the entire post on Autoblog’s site anddon’t forget to check out the eye popping Tesla Gallery.  Here is Wall Street Journal’s interview with Tesla at the North American Int’l Auto Show (via YouTube):

(Source: Streetsblog)

How can federal policy encourage walkable street networks instead of highways and sprawl?