Tag Archives: Electric Vehicles

WASHINGTON, Dec. 8, 2011 /Coal Geology-PRNewswire-USNewswire/ — As the plug-in electric vehicle (PEV) industry begins to gain a foothold in the U.S. automotive market, it will be critical that the nation’s leaders do not let short-term obstacles derail important progress, said Robbie Diamond, President and CEO of Securing America’s Future Energy (SAFE), a nonpartisan organization that aims to improve America’s energy security. PEVs must be viewed as a critical component of the nation’s long-term strategy to enhance energy security through reduced oil dependence, said Diamond.

“Our oil dependence poses a real and immediate threat to the entire nation—and it exacts enormous costs in terms of national and economic security. Economically, there is a direct transfer of wealth taking place, taking capital out of the U.S. economy and driving up our trade deficit. The U.S. military is forced to secure the world’s oil supply lines and infrastructure, and this dependence compromises our foreign policy options,” said Diamond.

“The challenges to electric vehicles resemble those of many innovative transportation technologies throughout history. It would be a tragic decision to allow temporary obstacles to deny the nation the potentially transformative benefits of leveraging electric vehicles to reduce the threat of oil dependence,” added Diamond, referring to recent attention regarding battery technology, sales rates, and the use government funding for the industry. Diamond noted that sales of plug-in electric vehicles are off to a better start than the introduction of traditional gasoline hybrids more than a decade ago. In their first full year of availability, plug-in vehicle sales have surpassed 15,000 units in the United States. Hybrid vehicle sales totaled 9,350 in their first full year of availability, which was 2000.

Diamond also noted that the near-term outlook for PEVs was more promising than critics contend. Major global automakers plan to introduce as many as 30 PEV models in the next two years, which will utilize the newly developed battery manufacturing capacity. At the same time, mainstream U.S. companies such as FedEx, UPS, Frito-Lay, Staples, and others have placed orders for hundreds of PEVs over the past year. Early in 2011, GE announced an intended purchase of 25,000 PEVs by 2015—12,500 of which are Chevy Volt plug-in hybrids.

According to researchers at Oak Ridge National Laboratory, U.S. oil dependence is estimated to have cost the nation more than $5 trillion in economic damage since the 1970s. This year alone, the U.S. trade deficit for crude oil and refined products will be around $300 billion. According to an estimate by the RAND Corporation, the ongoing expense of oil dependence to our military is between $67.5 billion and $83 billionannually.

To fully combat the costs of oil dependence, SAFE advocates for aggressive energy reform that includes increased domestic production of hydrocarbons and improved automotive fuel-economy standards in the near term and a transition to electrification of transportation over the long term.

“Plug-in electric vehicles are a strategic weapon to combat oil dependence. Electricity is generated from a diverse set of domestic energy sources—from nuclear and natural gas, to coal and renewables. Electricity prices are also more stable than oil prices, and there is an existing infrastructure with spare capacity already in place,” added Diamond. “With as much as 90 percent of global oil and gas reserves held by national oil companies—many of which are in countries that share neither our values nor our goals—the global oil market is not a free market. Electrification offers the opportunity to break the oil monopoly in the transportation sector.”

Diamond believes that the relatively new electric vehicle industry will continue to evolve and will face obstacles, as all industries do. But the enormous costs of oil dependence, paired with the fact that there is no free market for oil, justify support for promising technologies that reduce oil consumption while growing the economy and providing mobility.

“It is essential to put the cost of supportive policies in context of the total cost of our oil dependence. Every technology experiences challenges, and electric vehicles are no different. But to stop, or even slow down support for an industry that has the potential to dramatically improve our economic and national security would only jeopardize the nation’s prosperity and security.”

SOURCE Securing America’s Future Energy

CONTACT: CONTACT: Justin Kitsch, +1-202-461-2365

T3 MOTION, INC. ELECTRIC CAR
T3 MOTION, INC. ELECTRIC CAR

T3 MOTION, INC. ELECTRIC CAR

July 29, 2011, GAINESVILLE, Fla.,(Coal Geology)  Thanks to Walgreens, soon you won’t need to get your electric vehicle back to your garage to recharge it.

Electric vehicle charging stations will be placed at about 800 Walgreens location by the end of 2011, the pharmacy giant announced this month. These charging stations aren’t just benefiting those who drive a Nissan Leaf of Chevrolet Volt; you will also be able to charge your low speed electric vehicle.

Because one of the biggest challenges with electric vehicle was not being able to easily charge it, Walgreens’ new high-speed direct and Level 2 chargers make it more plausible to own an electric vehicle. These charging stations will be popping up in major cities, including Boston, Denver, New York City, Washington, D.C., Los Angeles, and San Francisco, as well as select locations in Florida, New Jersey, Oregon, Tennessee, and Washington.

Walgreens isn’t the only one making strides to offer better charging options for low-speed and full-speed electric vehicles. City Councilman Jack Kelly in Port St. Lucie is also pushing for new developments in the city to have connectivity spots for low speed vehicles and street legal golf carts, according to an article in TCPalm.com.

With low speed vehicles now being easily accessible for many people, Road Rat Motors’ line of electric vehicles for sale are quickly becoming the best option for your driving needs.

Road Rat Motors is the worldwide leader in affordable karting and low speed vehicles, including racing go karts for sale and street legal golf carts. Formally GatorMoto, Road Rat Motors has been a leader in motor scooters and go kart sales for more than 10 years. It provides affordable options to the racing and carting community, bringing as many new racers to the sport as possible. They also have a full selection of kart parts, apparel and safety equipment for children and adults.

CONTACT: Justin Jackrel, 866-542-8677

SOURCE Road Rat Motors

Web Site: http://www.roadratmotors.com

DANA HOLDING CORPORATION LOGO
DANA HOLDING CORPORATION LOGO

DANA HOLDING CORPORATION LOGO

July 21, 2011, MAUMEE, Ohio,(Coal Geology)- Dana Holding Corporation (NYSE: DAN) is successfully introducing new technologies that are helping automakers bring alternative-energy vehicles to market.

Dana has developed both air and liquid battery cooling technologies for a number of electric and hybrid-electric vehicles, most recently an electric vehicle sedan to be launched in Europe by a European OEM later this year.

In addition, the company continues to develop new technologies to advance automakers’ development of fuel-cell powered vehicles.

“Dana has great capability in the traditional areas of thermal and sealing technology, and we have leveraged that expertise into new and innovative areas such as electric car and fuel cell development,” said Roger J. Wood, chief executive officer and president of Dana.  “Alternative power generation for automobiles is going to require the collective efforts of the OEM and suppliers to achieve critical mass.  We will continue to support these technologies, not only to participate in the market growth, but also to help create a viable market for green power.”

Dana’s lightweight fin technology extends battery life by enabling optimal cooling of its European customer’s electric vehicle’s lithium-ion battery pack while it charges.  The patent pending system helps the automaker overcome the challenge of removing heat from tightly packed battery cells through the use of uniquely designed, flexible aluminum fins that create a channel for air to reach the surface of each cell module.

“Using our knowledge of thermal technologies, Dana developed a specialized air cooling assembly that works within the limited space between the battery’s tightly packed cells,” said George T. Constand, Dana’s chief technology officer.  “Our engineering expertise allowed us to provide a flexible, custom solution to our customer in order to best meet the unique demands of this exciting vehicle.”

Designed to offer reduced complexity, Dana’s battery cooling technology is flexible enough to meet the diverse needs of today’s advanced batteries. In addition, the technology is crafted using easily-recyclable aluminum, contributing to the overall environmental benefit of the system.

The assemblies are manufactured at Dana’s facility in Guiscard, France.

Dana’s advanced battery cooling technologies have been featured on 16 hybrid-electric and electric vehicles, including the Chevrolet Volt, Ford Focus, Ford Transit Connect, and Tesla Roadster Sport.

Dana will also continue to help advance fuel-cell technologies as part of its green power strategy.  The company has been a world leader in fuel-cell technologies for more than 10 years, developing and manufacturing metallic and composite separator plate products, balance-of-plant heat exchangers, and hydrogen fuel reformers for vehicular, portable, stationary, and industrial mobility markets.

In addition to optimizing the performance of battery packs for vehicles, Dana’s expertise extends to managing the efficiency of thermal energy transfer and storage for renewable energy markets.

About Dana Holding Corporation
Dana is a world leader in the supply of driveline products (axles, driveshafts, and transmissions), power technologies (sealing and thermal-management products), and genuine service parts for light- and heavy-duty vehicle manufacturers. The company’s customer base includes nearly every major vehicle manufacturer in the global automotive, commercial vehicle, and off-highway markets.  Based in Maumee, Ohio, the company employs approximately 22,500 people in 26 countries and reported 2010 sales of $6.1 billion.  For more information, please visit www.dana.com.

SOURCE Dana Holding Corporation

CONTACT: Jeff Cole, +1-419-887-3535, jeff.cole@dana.com

Web Site: http://www.dana.com

fully electric MINI E.

June 15, 2011, DAVIS, Calif., (Coal Geology) – The University of California, Davis and the BMW Group has released the largest publicly available study of electric-car users – including over 120 families who drove the fully electric MINI E automobile more than 1 million miles in California, New York and New Jersey from June 2009 to June 2010. The report shows that the participants found the cars to be fun yet practical, easy to drive and recharge, and many said they would buy an electric car in the next five years, according to UC Davis researchers.

fully electric MINI E.

fully electric MINI E.

As battery electric vehicles (BEVs) enter the commercial marketplace for the first time, the results of this year-long study by the UC Davis Plug-in Hybrid & Electric Vehicle Research Center provide valuable insight into new ways that consumers value BEVs.  The UC Davis study is part of a whole set of studies being conducted by the BMW Group on electric vehicles, which includes research in China, Germany and the U.K.

Through online and telephone surveys of the participating households, and diaries and in-person interviews with a subset of more than 40 households, the UC Davis MINI E research team examined user behavior, infrastructure use, costs, environmental benefits, and other aspects of electric driving.

Among the key findings of the study are the following:

100% of respondents said BEVs are fun to drive and practical for daily use
Respondents said the cars met 90% of their daily driving needs
71% of respondents drove less than 40 miles/day; 95% drove less than 80 miles/day
99% of respondents said home charging was easy to use
71% of respondents said they are now more likely to purchase a BEV than they were a year ago while only 9% said they are less likely.
88% of respondents said they are interested in buying a BEV or plug-in hybrid electric vehicle in the next five years
By the end of the lease period, MINI E drivers overwhelmingly thought that the electricity for charging their BEV should come from renewable resources such as solar, wind and hydropower, and were strongly opposed to using coal to generate electricity for their vehicles.

Compelling combination of “clean and fun”

UC Davis Plug-in Hybrid & Electric Vehicle Research Center director Tom Turrentine said the study highlights three new and potentially significant ways that drivers value BEVs. First, the MINI E meets drivers’ desire for a vehicle that is both environmentally friendly and fun to drive. Drivers loved the vehicle’s quick acceleration and quiet operation.

“What we heard over and over again in our interviews is how fun it was to drive. That’s in part because it’s a MINI and in part because of the feel of electric drive,” Turrentine said.

Second, drivers find value in using electricity as a fuel and in mastering their individual energy use through efficient driving behaviors. “The combination of limited onboard energy and extreme efficiency make BEVs the premier appliance for people to experience energy use,” says Turrentine.  Additionally, the drivers learned to appreciate the car’s powerful regenerative braking function, which returns energy to the battery and allowed them to drive using a single pedal for acceleration and braking.

Third, drivers like to develop their clean driving territory. “Drivers start talking about the MINI E as a special way to explore their region. They of course can go anywhere in their gas car, but they like to talk about where they can go in their MINI E,” Turrentine says.

“Range anxiety” not a big issue for experienced MINI E drivers

While range is often held up as a limitation of BEVs, the MINI E’s range of around 100 miles was acceptable to most drivers most of the time. “We found that households adapted their driving around the capabilities of the vehicle and even explored ways to maximize the use of the MINI E,” said Turrentine.

By studying the MINI E drivers’ usage patterns and need for range, researchers were able to determine that strategic placement of charging stations could allow drivers to reach most of their desired destinations using a BEV that has a range of 90 to 100 miles. Most charging occurred at home, at night, and 99% of respondents said home charging was easy to use.

BMW Group prepares  2nd phase of its EV strategy with BMW ActiveE

“The MINI E studies are extremely valuable for us as they show that electric cars are already today offering an attractive mobility solution to a broader spectrum of customers.  While reducing the tail pipe emissions to zero, the MINI E provides the fun that users expect when driving our products. The results of the UC Davis study have a direct impact on the development of all BMW Group electric vehicles to come,” says Ulrich Kranz, head of project i, BMW Group.  “BMW Group now is developing the next generation of full electric cars, with the BMW ActiveE test fleet coming into the market in 2011 and the series production BMW i3 following in 2013.”

The all-electric BMW ActiveE will be available in select US markets beginning in late 2011, for a two-year lease at $499/month, with a $2,250 down payment. Details can be found at www.BMWUSA.com/ActiveE. Join the growing conversation about the future of mobility at www.BMWActivatetheFuture.com.

SOURCE BMW Group

CONTACT: David J. Buchko, BMW Advanced Powertrain Communications, +1-201-307-3709, dave.buchko@bmwna.com; or Andreas Klugescheid, Vice President Governmental Affairs, +1-916-449-9525, andreas.klugescheid@bmwna.com