Tuesday, June 30, 2015

Electric car owners take hit with new tax

A new state tax structure that takes effect Wednesday has stirred ire among some electric car owners.

The measure is projected to generate an additional $830 million to $850 million every year to be used for road and bridge repairs.

Approved this year by the General Assembly, the changes primarily eliminate the state fuel sales tax and increase the excise tax.

But, the law also calls for electric car owners to pay an annual $200 fee and removes a $5,000 tax credit serving as a purchase incentive for what many say are more environmentally friendly cars.

"This is completely ridiculous," said Jamie Lanier Loudermilk, a Buford resident who leases a Nissan Leaf with her husband, Ron.

"We're more than willing to pay our fair share when it comes to helping maintain this state's roads, but this isn't a fair tax," Loudermilk said.

Loudermilk added that the message this sends to electric vehicle owners like herself is not a positive one.

"We got this car because, with the tax credit, it was a great deal. The other reason we got it was because it's environmentally friendly," Loudermilk said. "With all the people who drive electric cars around Georgia, it's got to be doing something good for the environment. The air is cleaner now, because there are so many more electric cars."

The Loudermilks also have a pickup truck, for which they will be paying the same increased prices as most other Georgians.

The change involves a new 26-cent state excise tax per gallon instead of the current 7.5 cents and eliminates a 3 percent state motor fuel sales tax and 1 percent state sales tax. That's on top of local and federal taxes.

Thus, the average price of gas per gallon, with taxes, is now $2.77. Starting Wednesday, it rises to $2.86.

But as most drivers know, gas prices can fluctuate wildly, based on many factors.

Loudermilk understands all that. She's paid close attention to the issue, but it doesn't take the sting out of what it means for the family's finances and the message she said it sends "to the EV community."

"There are gas stations on every corner, but charging stations are not easy to find. By getting rid of the tax credit, you've slowed down the market for EVs," she said.

While Loudermilk said charging stations are few and far between, there are some local businesses that have installed them, like Kroger on Limestone Parkway.

Glynn Jenkins, public relations director for Kroger's Atlanta Division, said electric cars "are becoming more popular, and the demand for charging them continues to increase."

Added Jenkins: "Kroger's Atlanta Division will add electric vehicle charging stations at new store locations when possible. There are currently charging stations at select locations in metro Atlanta, which is one of the fastest growing markets for electric vehicles."

Not anymore, Loudermilk said.

"I would think (electric cars) would be something that our representatives would get behind," she said. "I would think they would be smart enough to realize this is the way of the future. They need to be promoting this, but now the opposite is happening."


Source: Electric car owners take hit with new tax

Monday, June 29, 2015

Solid-State Batteries Already Powering Electric Cars: BlueCars, In Fact

BlueIndy electric-car sharing station and European Bollore BlueCar, Indianapolis, Indiana, May 2014

BlueIndy electric-car sharing station and European Bollore BlueCar, Indianapolis, Indiana, May 2014

Enlarge Photo

In the quest for a better battery chemistry that can make electric cars more competitive with internal combustion, solid-state cells have generated quite a bit of buzz.

As the name implies, solid-state cells replace the liquid electrolyte used in current lithium-ion cells with a solid material--a design that has numerous potential advantages, proponents say.

While it's typically discussed as an emerging technology, it turns out there's already a car being manufactured today that uses a battery pack made of solid-state cells.

DON'T MISS: Indianapolis Electric-Car Sharing: We Drive BlueIndy's BlueCar (May 2014)

Depending on where you live, you may be able to drive this car--but you can't buy it unless you live in France.

That's because the car in question is the Bolloré BlueCar, developed for the company's car-sharing service.

BlueCars already operate in several cities in France and will begin plying the streets of Indianapolis later this year, followed by a London launch.

Bolloré BlueCar electric car used for Autolib' car-sharing service in Paris, September 2012

Bolloré BlueCar electric car used for Autolib' car-sharing service in Paris, September 2012

Enlarge Photo

But the main goal of offering short-term rentals isn't to give more people access to electric cars.

Bolloré hopes to use car sharing as a platform to develop and promote its solid-state batteries, according to a recent New York Times profile (via Charged EVs).

While the BlueCars themselves are now built by Renault, Bolloré manufactures their lithium-metal-polymer batteries.

ALSO SEE: Bolloré BlueCar: Sharing Paris's Most Popular Electric Car (Oct 2012)

It hopes eventually to compete with established lithium-ion cell manufacturers like Panasonic and LG Chem as a supplier to carmakers.

Bolloré claims the solid-state design is safer because it doesn't use a flammable liquid electrolyte and that, eventually, it will surpass other designs in energy density.

The company has already invested an estimated 3 billion euros ($3.3 billion dollars) in all of its electric-car projects.

Bolloré BlueCar electric car used for Autolib' car-sharing service in Paris, September 2012

Bolloré BlueCar electric car used for Autolib' car-sharing service in Paris, September 2012

Enlarge Photo

So far, Blue Solutions--the Bolloré division in charge of electric cars and batteries--has made no money, losing €5.7 million ($6.3 million) last year on sales of €97.2 million ($108.5 million).

Bolloré is far from the only company to see a long-term advantage in solid-state cells.

Sakti3 and Quantumscape are also working on solid-state batteries for electric cars, having partnered with General Motors and Volkswagen Group, respectively.

But Bolloré's approach of integrating batteries, cars, and a car-sharing service remains unique, at least for today.

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Source: Solid-State Batteries Already Powering Electric Cars: BlueCars, In Fact

Sunday, June 28, 2015

Video: 360 degree camera on 1 megawatt race car

Formula Student UK

Jul 8 – Jul 12 all-day

Formula Student UK will take place at Silverstone on 8-12 July. The cars are judged on their speed, acceleration, handling and endurance in a series of time-trial races, while the teams are tested on their design,


Source: Video: 360 degree camera on 1 megawatt race car

Saturday, June 27, 2015

General Electric Company Fleet Management Business Receives Interest From Element Financial

According to a Reuters report published yesterday, General Electric Company's (NYSE:GE) vehicle fleet management business has received interest from ELEMENT FINANCIAL (OTCMKTS:ELEEF). Citing people familiar with the matter, the report said that a possible deal could be reached between the two by the end of this month.

The company has reported that assets on GE Capital's vehicle fleet management business were valued at $9 billion. Element Financial would not be taking over the entire asset portfolio of the business; however, it is reported to be interested in acquiring the majority of the assets, with the rest being acquired by an unnamed party.

The North American division of the company is what Element Financial is primarily interested in. The business provides assistance to large entities that have a vast fleet of automobiles used for sales and distribution services, among others.

The business was put up for grabs by General Electric when it announced that it was looking to restructure itself, divesting out of majority of its financial arm, GE Capital, with the exception of those businesses that support the Industrials segment at General Electric. According to CEO Jeff Immelt's vision, announced in April this year, the company would be selling around $200 billion worth of financial assets.

The company's move comes as a result of Mr. Immelt's efforts to lower the exposure of the company to the financial markets, which had led to substantial losses being booked by the company stock during the financial crisis of 2008/09. While the company divests out of the Capital segment, it is turning its focus on to the Industrials segment at General Electric.

In its first quarter fiscal 2015 (1QFY15) earnings release, the company had stated that it was looking to become "a focused infrastructure & technology company." Moreover, the industrial segment at General Electric has shown promising growth in both top and bottom lines, with 1QFY15 industrial revenues and operating profits showing a 3% and 9% year-over-year (YoY) increase, respectively.

Investors have welcomed the strategy suggested by Mr. Immelt, with the company stock having gained 7.24% since the beginning of the year. The largest upward move seen by the stock was seen during April, when the company announced details of its plans regarding the divestitures, kicking it off with the sale of its Real Estate business assets to Wells Fargo & Co. (NYSE:WFC) and Blackstone Group LP (NYSE:BX), for $26.5 billion.

Following the news of the interest from Element Financial, General Electric stock traded up 0.22%, outperforming the broader equity market during yesterday's trade. The benchmark S&P500 Index closed flat on Friday, having lost a mere 0.03%.


Source: General Electric Company Fleet Management Business Receives Interest From Element Financial

Friday, June 26, 2015

General Motors Company (NYSE:GM) Competes With Tesla Motors Inc (NASDAQ:TSLA) Over Cheaper Electric Car

General Motors Company (NYSE:GM) is venturing into the electric vehicle industry with an upcoming model receiving a lot of promotion.

The vehicle manufacturer released images of its prototype electric car known as the Chevrolet Bolt. This is the first time GM trying to make such a move, and the company plans to do it right. That means General Motors is designing the vehicle in the right way that was envisioned at the beginning, where electric cars will be affordable and have a decent power range.

GM claimed that a single charge can provide an ample power range of about 200 miles. Additionally the car will be affordably priced at $30,000 after putting federal tax incentives into considerations. The announcement came as a huge surprise for Tesla Motors Inc (NASDAQ:TSLA), whose electric vehicles are priced above $75,000. The cheaper prices for GM's new electric car are a reason for Telsa to worry because it will threaten Tesla electric vehicle sales.

Tesla is not yet ready to lose out in the electric vehicle game. The company plans to launch the Model 3 which will be affordably priced at roughly $35,000. The vehicle will make its debut in 2017. General Motors has been busy testing the Bolt prototype in Milford, Michigan. The car will most likely be available for sale later than Tesla's Model 3. Regardless, GM has been intensifying its promotion, probably an effort to make sure sales will be ample once it launches.

General Motors Company (NYSE:GM) plans to pump $245 million into its Orion Assembly plant in Michigan, where the Bolt will be manufactured. It will also create an additional 300 jobs. The VP of GM's manufacturing and labor relations in North America described it as a new venture into new territories, one that will not be easy but worth putting in effort.

GM's new electric vehicle venture is expected to bring more competition into the industry and eventually that will lead to better standards, including more affordable pricing.


Source: General Motors Company (NYSE:GM) Competes With Tesla Motors Inc (NASDAQ:TSLA) Over Cheaper Electric Car

Thursday, June 25, 2015

ANSYS Charges To The Forefront Of Electric Vehicle Development With Drayson Racing Technologies

TMCNet: ANSYS Charges To The Forefront Of Electric Vehicle Development With Drayson Racing Technologies

PITTSBURGH, June 25, 2015 /PRNewswire/ -- ANSYS, Inc. (NASDAQ: ANSS) engineering simulation solutions are helping Drayson Racing Technologies (DRT) – a pioneer in the development of high-performance electric drivetrains and wireless electric vehicle charging systems – develop the next generation of its innovative technologies.

DRT extensively uses the ANSYS® suite of electronics solutions for the ongoing development and evolution of systems for electric vehicles. Using ANSYS simulation to explore and evaluate systems has enabled substantial reduction in weight as well as improvements in efficiency.

"DRT was born at the racetrack, where the crucible of motorsport competition incubates and rapidly iterates new technologies," said Manuela Pinuela, chief technology officer of DRT. "Electric powertrain development is one such area that we saw huge potential in while developing our landspeed record-breaking, all-electric Drayson B12/69 EV. ANSYS is a natural partner for us as we look to accelerate the development of our systems and solutions."

"Motorsport has long been a hotbed of fast, aggressive innovation that has changed the way we drive on and off of the track," said Sandeep Sovani, director of global automotive industry at ANSYS. "Drayson Racing Technologies continues in this bold tradition, and we are very proud to partner with such an innovative team. We look forward to the rapid development of new technologies – which will make their way into general consumers' automobiles – and the opportunities to support DRT as it brings these products to market."

About Drayson Racing Technologies LTD.

Drayson Racing Technologies LLP is a research & development business based in the heart of the UK's world-leading motorsport industry at Kidlington, near Oxford, UK. Lord Drayson, a science entrepreneur and the UK Minister for Science and Innovation in the previous government, formed Drayson Racing Technologies to act as a racing laboratory to pioneer the development of sustainable technologies in the challenging environment of motor sport. Since then, Drayson Racing has achieved a number of notable firsts racing second-generation biofuels and latterly focusing on high performance electric powertrain development.

For more information please visit the official Drayson Racing Technologies website:http://www.draysonracingtechnologies.com/home.html

Follow us: https://twitter.com/DraysonRacing Join us: https://www.facebook.com/DraysonTechnologies

About ANSYS, Inc.ANSYS brings clarity and insight to customers' most complex design challenges through fast, accurate and reliable engineering simulation. Our technology enables organizations ? no matter their industry ? to predict with confidence that their products will thrive in the real world. Customers trust our software to help ensure product integrity and drive business success through innovation. Founded in 1970, ANSYS employs more than 2750 professionals, many of them expert in engineering fields such as finite element analysis, computational fluid dynamics, electronics and electromagnetics, and design optimization. Headquartered south of Pittsburgh, U.S.A., ANSYS has more than 75 strategic sales locations throughout the world with a network of channel partners in 40+ countries. Visit www.ansys.com for more information.

ANSYS also has a strong presence on the major social channels.  To join the simulation conversation, please visit: www.ansys.com/Social@ANSYS  

ANSYS and any and all ANSYS, Inc. brand, product, service and feature names, logos and slogans are registered trademarks or trademarks of ANSYS, Inc. or its subsidiaries in the United States or other countries. All other brand, product, service and feature names or trademarks are the property of their respective owners.

ANSS-C

Photo - http://photos.prnewswire.com/prnh/20150624/225478 Logo - http://photos.prnewswire.com/prnh/20130430/NE03388LOGO 

To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/ansys-charges-to-the-forefront-of-electric-vehicle-development-with-drayson-racing-technologies-300104631.html

SOURCE ANSYS, Inc.

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Source: ANSYS Charges To The Forefront Of Electric Vehicle Development With Drayson Racing Technologies

Wednesday, June 24, 2015

The University of Texas MD Anderson Cancer Center Installs PowerPost Electric Vehicle (EV) Chargers to Encourage EV Proliferation

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SOURCE Telefonix(R), Inc.

WAUKEGAN, Ill., June 24, 2015 /PRNewswire/ -- Telefonix® Inc., a leading developer of cord reel technology and manufacturer of PowerPost® commercial electric vehicle charging stations (EVSEs), announces the installation of six Level 2 PowerPost commercial electric vehicle charging stations at The University of Texas MD Anderson Cancer Center.

Photo - http://photos.prnewswire.com/prnh/20150623/225179

MD Anderson works every day to educate the public about cancer prevention and to help those impacted by cancer. In addition to fighting cancer, MD Anderson is now working to help improve the environment by offering workplace electric vehicle (EV) charging to employees at their Texas facility.

"As our mission is to eliminate cancer in Texas, the nation and the world, we looked beyond our walls and to the environment at large," says Bill Donovan, Manager, Parking and Transportation for MD Anderson. "Electric vehicles help reduce emissions and improve air quality, and we wanted to encourage their proliferation by offering EV charging stations at our center."

After investigating all of the equipment choices and methods of workplace charging, MD Anderson chose the Telefonix PowerPost EVSE. While offering charging as a perk for their employees, they found no need for networking technologies and contracts that can increase the initial and ongoing cost of offering charging at work. They also took advantage of the opportunity to apply their branding on the chargers.

To further explore the environmental impact of fossil fuels, Telefonix offers a comparison of CO2 emissions with two similar vehicles: the Ford Focus Electric and a conventional gasoline 2.0L Ford Focus on their website here: http://www.l1powerpost.com/blogging/. When using 100% coal-generated power, it was concluded that total CO2 emissions from the Ford Focus Electric will be 31% less than the conventional 2.0L Focus. When using power plant U.S. Fleet Average emissions, the numbers jumped in favor of electric vehicles by a factor of more than 2.

Visit www.PowerPostEVSE.com for more information.

About The University of Texas MD Anderson Cancer CenterThe University of Texas MD Anderson Cancer Center in Houston ranks as one of the world's most respected centers focused on cancer patient care, research, education and prevention. MD Anderson is one of only 41 comprehensive cancer centers designated by the National Cancer Institute (NCI). For the past 25 years, MD Anderson has ranked as one of the nation's top two cancer centers in U.S. News & World Report's annual "Best Hospitals" survey. MD Anderson receives a cancer center support grant from the NCI of the National Institutes of Health (P30 CA016672).

About The PowerPost® EVSE Product LineThe Telefonix PowerPost electric vehicle charging station product line is focused on low current solutions for commercial parking lots or garages where cars are parked for two or more hours. The L1 PowerPost EVSE led the way as the first commercial Level 1 EV charging station, and the L2 PowerPost EVSE is making an impact on the Level 2 product category as the first low current, commercial Level 2 EV charging station. All PowerPost chargers provide an economical charging solution that also features a retractable cord reel that eliminates the clutter and potential hazards of long cables as well as offering the potential for custom branding. Telefonix is delivering on electric vehicle charging innovations with a cost of ownership that creates a win-win for both the EV driver and the parking facility.

Visit www.PowerPostEVSE.com for more information.

About Telefonix®, Inc.With over 25 years in business and more than 60 patents issued to date for its cable innovations, Telefonix is a leader in cord reel technology. In addition to its portfolio of cord reel products, the company also designs and manufactures custom electronics for customers in highly regulated industries. In 2011, the idea to leverage the company's capabilities to address unmet needs in the electric vehicle charging station market was born. Today, the same proven cord reel technology that flies on more than 80% of long-haul aircraft is designed and incorporated into the PowerPost® commercial low-current electric vehicle charger product line. Based in Waukegan, Illinois, the Telefonix team is adept at delivering smart solutions to market. With a staff of highly skilled engineers, project managers, manufacturing experts and more, the Telefonix team delivers the quality product you expect and service you need for success. 

Contact:Tanya SillittiEmailPh: 847.821.3048

To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/the-university-of-texas-md-anderson-cancer-center-installs-powerpost-electric-vehicle-ev-chargers-to-encourage-ev-proliferation-300103839.html

©2015 PR Newswire. All Rights Reserved.


Source: The University of Texas MD Anderson Cancer Center Installs PowerPost Electric Vehicle (EV) Chargers to Encourage EV Proliferation

Tuesday, June 23, 2015

Widened Hwy 401 will have HOV lanes for taxis, electric cars and buses between Hwys 8 and 24

CAMBRIDGE — It'll be the widest stretch of Highway 401 outside the Toronto area when widening through Waterloo Region is complete in mid-2019.

Commuters can look forward to five years of construction woes and slowdowns for the project that aims to ease traffic headaches along the 4.2-kilometre stretch of the 401 between Hespeler Road and Highway 8. The work will add four lanes, making that section of the superhighway a sprawling 10 lanes wide.

The project includes two high-occupancy vehicle lanes reserved for vehicles with two or more occupants, buses, taxis and electric vehicles.

Transportation Minister Steven Del Duca was at a highway construction yard in Cambridge Monday afternoon to announce the start of the project, along with Cambridge Mayor Doug Craig, Cambridge MPP Kathryn McGarry and Kitchener Centre MPP Daiene Vernile. The project was first announced in the 2013 budget.

"Highway improvements help make Ontario's highways safer, they reduce congestion and promote the economy," said Del Duca.

"This $112-million investment will help improve traffic flow, meaning fewer delays for commuters on this stretch of highway," he added. "As a result it will create opportunities for business, and accommodate population and employment growth."

Craig pointed out that the 401 is a crucial economic lifeline for Waterloo Region, providing access to 150 million people in the northern United States and Canada within a day's drive.

The highway is no treat for commuters now, Vernile said. "I'm commuting on this highway just as you do, and whether it's first thing in the morning or in rush-hour traffic in the afternoon, you know this highway right here becomes choked with traffic. So seeing it going from six lanes to 10 lanes is going to mean that people are going to get to work faster, and that people are going to get home to their families sooner."

The high-occupancy vehicle lanes encourage carpooling, Del Duca said, and use of the lanes is steadily increasing in the more than 90 kilometres of highway that feature them.

"By adding in the HOV lanes here, it will certainly give people in this region the opportunity to carpool and to relieve some of the congestion as we've seen in other parts of the province.

Del Duca offered no commitments on other key transportation needs locally, such as an improved interchange at Highway 8 and the 401 to ease access to the westbound 401, something manufacturers such as Toyota have requested for years.

But there appears to be some progress on Cambridge's efforts to get GO train service. Craig will be presenting the minister with a business case for GO train service at a meeting on July 28, with a report prepared by City of Cambridge traffic, economic development and other staff.

Craig said the situation is looking "more than promising," with several other mayors in communities such as Milton and Mississauga also onside. "We're all singing from the same songbook here."

Del Duca made no promises, but said he hoped to be back in the region, "probably sometime in the fall" for an update on GO service.


Source: Widened Hwy 401 will have HOV lanes for taxis, electric cars and buses between Hwys 8 and 24

Monday, June 22, 2015

Do Tesla, Panasonic Differ Dramatically On Growth Of Electric Car Batteries?

The rate of sales growth for electric cars may be the greatest unknown in the auto industry as companies prepare to spend billions of dollars on new products.

Electric-car startup Tesla Motors [NSDQ:TSLA] projects annual sales to increase by 50 percent for years to come.

Other makers, industry analysts, and advocates have wildly differing expectations for the numbers of plug-in cars.

DON'T MISS: The Tesla Gigafactory Is Big; Really, Really Big--This Big, In Fact

But much discussion erupted this weekend after reports that Tesla and its own battery-cell supplier, Panasonic, differed significantly on their views of future growth in the market for electric-car batteries.

In a presentation to investors given May 20, Panasonic forecast sales growth for automotive batteries of just 11 percent over the next 12 months--despite the anticipated launch and production ramp-up of the Tesla Model X electric SUV.

Panasonic sales targets for automotive batteries, 2016-2019, from May 2015 investor presentation

Panasonic sales targets for automotive batteries, 2016-2019, from May 2015 investor presentation

Enlarge Photo

In fact, Panasonic's four-year compound average growth rate was projected at 16.5 percent.

That's not particularly consistent with Tesla expecting to produce 500,000 cars a year by the end of 2020.

A subsequent analysis on the investor site Seeking Alpha suggested that the two projections could in fact be reconciled.

ALSO SEE: Will Tesla Model 3 Electric Car Hit 2017 Production Date?

That would take into account falling lithium-ion cell cost--meaning any given dollar amount in future years equates to higher cell volume--and differences in the timelines between Tesla and Panasonic.

But under such a scenario, Tesla Motors would provide a majority of Panasonic's automotive-cell revenue by 2020. That shouldn't be unexpected if the gigafactory goes into volume production as planned.

The later analysis does note, cautiously, "Tesla's projections for 500,000 in vehicle sales in 2020 remain subject to a large amount of execution risk."

Translated, that means that many things can still go wrong between now and then.

We don't do deep financial analysis or stock tips here at Green Car Reports, so we'll leave it to Tesla investors and financial analysts to debate this one.

But the discussion that erupted over the news indicates just how uncertain and elusive the sales projections for electric cars remain, let alone any consensus on a future "tipping point" at which cars with plugs will routinely be considered by mainstream buyers.

Some of it may be cultural.

Panasonic is now an established global Japanese corporation, and proceeds more slowly and conservatively in line with its culture--and that of those parts of the Japanese business world that value incrementalism over radical disruption.

Tesla Motors, on the other hand, comes out of Silicon Valley--where optimistic and aggressive projections are not only a way of life, but virtually required to attract attention and funding for any particular product.

_________________________________________________

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Source: Do Tesla, Panasonic Differ Dramatically On Growth Of Electric Car Batteries?

Sunday, June 21, 2015

Soon, street lights that charge electric cars

LONDON: A new technology can allow electric vehicle (EV) drivers to charge their cars from street lights, researchers say.

The innovative Light and Charge system by the BMW Group is being demonstrated in Oxford, UK, and combines energy-efficient lighting with affordable EV charging.

By building charging points into street lights, it would be possible to integrate a charging network into the existing urban landscape rather than only at existing fuel stations, researchers said.

The Light and Charge points could be set up at any location where there is a street light (or where one can be installed) and where parking is available, 'Gizmag' reported.

With its modular LED design, the Light & Charge street light is much more energy-efficient than conventional street lighting and provides more effective illumination, the researchers said.

Through intelligent control electronics, the street light can adjust itself to its environment and yields energy savings by e nabling the reduction of light output late at night and whenever no one is around.

The EV charging cable connects to a standard connector on the Light & Charge street light and the integrated control panel allows drivers to start charging with the swipe of a card regardless of vehicle model.


Source: Soon, street lights that charge electric cars

Saturday, June 20, 2015

Peugeot goes electric

French car maker Peugeot-Citroen is teaming up with Bollore to jointly produce and sell electric cars, as well as promote car-sharing schemes worldwide.

A Peugeot 508

A Peugeot 508

Peugeot-Citroen will manufacture Bollore's Bluesummer convertible, four-door electric car at its Rennes factory in western France and also sell it in their showrooms.

Production will begin in September, with a maximum of 3,500 vehicles to be made per year.

The companies will also seek to promote car-sharing schemes, first in Europe and then by creating a worldwide joint venture. These would use electric vehicles and low-emission traditional vehicles.

READ NEXT: Fiat 500 an X-citing new Crossover

The deal with Peugeot complements one signed by Bollore in September 2014 with Renault to produce the Bluecar model at a plant in Dieppe, northern France.

Germans go electric

The German government is examining further support to help bring one million electric cars onto German roads by the end of the decade and aims to make a decision by the end of the year.

Norway and the Netherlands have created incentives to spur demand for electric cars which in Germany continues to suffer from high costs, range limitations, poor recharging infrastructure, and falling oil prices.

"Germany will have no choice but to offer further support (for electric cars) although we've already done some things.

"We will once again study all instruments of support that are also available internationally," said Angela Merkel.

Once promoted as a technology that would crowd out conventionally-powered cars, sales of electric cars continue to fall short of expectations.

A survey by PricewaterhouseCoopers this week showed drivers need financial incentives to pay extra for electric cars whose sales in Germany were no more than 19,000 last year.

Ford will mark the 50th anniversary of its 1966 Le Mans 24 Hours victory by returning with a new GT car for next year's event as well as entering the full world endurance championship.

READ MORE. Visit the section home page here

© Irish Examiner Ltd. All rights reserved


Source: Peugeot goes electric

Friday, June 19, 2015

Amsterdam to double electric car charging stations to 4,000

Nature Netherlands Technology

The city of Amsterdam plans to increase the number of charging points for electric cars in the city from the current 1,300 to 4 thousand in 2018, the municipality announced in a press release on Friday.

Companies can submit tenders for the operation of the charging network from Friday. The municipality will announce which companies will receive the contract by the end of the year. Tenders should pay attention to ease of use, good service, technical innovation such as "smart charging" and financial viability.

"Amsterdam is a leader in the field of electric vehicles, and that it will remain for some time." Alderman Abdeluheb Choho of Sustainability said. "Electric transport makes for cleaner and therefore healthier air for everyone in Amsterdam. By now giving the command to extend the charging network further, everyone must be able to drive electric by 2025."

In the past five years Amsterdam has been placing public charging points for electric cars based on demand. The Amsterdam charging network has now grown to more than 1,300 charging stations where nearly 1.5 million clean kilometers are charged by 5 thousand unique users on a monthly basis. A quarter of all Dutch electric drivers have charged their cars on the Amsterdam network at least once.

This extension of the Amsterdam electric car charging station network forms part of the Agenda Sustainable Amsterdam, which was unanimously accepted by the City Council on March 11th. The Amsterdam college wants to accelerate the sustainability of the city. The city aims to have 20 percent more renewable energy and 20 percent less energy consumption in Amsterdam by 2020. Concrete plans to achieve this includes accelerating the connection of existing homes to district heating, further promoting electric vehicles, smart distribution and the expansion of the environmental zone.


Source: Amsterdam to double electric car charging stations to 4,000

Thursday, June 18, 2015

Is BMW working on an electric car that could do 706 miles per gallon? Hybrid may also reach 111mph, rumours suggest

  • Rumours suggest BMW's working on a prototype that can do a staggering 706 miles per imperial gallon (588 miles per US gallon)
  • Fabled motor will be lighter than the automaker's new i8 hybrid sports car
  • Car will be a four-seater with a carbon fibre enforced shell, like the i8
  • It's thought the car will never go on sale, but technology could trickle down
  • 45

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    It may be less than a year since BMW launched its i8 hybrid sports car, but rumours are already swirling about an even more efficient model.

    They claim the German automaker is developing a prototype car that can do a staggering 706 miles per imperial gallon (588 miles per US gallon).

    It's said that the rumoured hybrid will be lighter than the i8 but less performance focused, making it slower than the new sports car.

    Rumours suggest BMW is developing a prototype car that can do a staggering 706 miles per imperial gallon (588 miles per US gallon) which is more efficient than its new i8 model (pictured)

    BMW's prototype will be able to travel 62 miles (100km) on just 0.4 litres of fuel due to its hybrid electric engine, Automobilwoche reported, viaDigital Trends. 

    By comparison, the i8 plug-in hybrid does 134.5 mpg (112 US mpg) thanks to its frugal 1.5 litre, three cylinder, 231 brake horsepower petrol engine and 131 brake horsepower electric unit. 

    Not much is known about the unnamed new vehicle's engine, but it doesn't seem it will be a fully electric model. 

    It's said that the rumoured hybrid will be lighter than the i8 but less performance focused, making it slower than the new sports car (pictured)

    VOLKSWAGEN'S XL1 

    VW's 'super efficient' XL1 went on sale in January last year and can do 313 miles per gallon.

    The two-seat diesel-electric hybrid car emits 24 g/km of carbon dioxide, which the German auto manufacturer says sets a new benchmark for vehicle efficiency.

    The XL1 was designed from scratch and is lightweight as som e steel components, including the chassis, have been replaced by carbon fibre so that the car weighs in at just 1,753 lbs (795kg).

    The car's powered by a compact 800 cc two-cylinder diesel engine and together with the 20kW electric motor, it car can travel over 600 miles (965km) on a single tank of fuel.

    In pure electric mode, the XL1 can travel up to 21 miles (35km) before the diesel engine cuts in.

    The car can go from 0-60mph in 11.9 seconds and its electronically limited top speed is 99 mph (159km/h).

    The XL1 is 'handcrafted' using small series production processes and is sold in Germany for €111,000 (£92,490).

    It would instead combine a two cylinder petrol engine that runs as a range-extending generator with an electric motor situated on the car's rear axle.

    This would make the powertrain similar to the company's i3 Rex model, Green Car Reports noted. 

    Sources also suggest the car will be a four-seater with a shell that's reinforced with carbon fibre – like its i3 and i8 production cars.

    It could would less than 2,645 lbs (1,200kg), compared to the i8, which is 3,455 lbs (1,567 kg).

    And while it won't be performance-focused it would still have a top speed of 112mph (180km/h).

    The only other comparable concept car is Volkswagen's XL1, which is a plug-in diesel hybrid that can do 313 mpg.

    However, VW's research project is a two-seater and is said to have a slightly higher drag co-efficient of 0.19 than BMW's 0.18, making it a tiny bit less efficient.

    BMW's prototype car will probably remain a concept, because produc ing it on a large scale would likely be too expensive.

    But it's hoped that some of the technology will trickle down to future i-Series models. 

    The only other comparable concept car to BMW's rumoured hybrid prototype is Volkswagen's XL1 (pictured), which is a plug-in diesel hybrid that can do 313 mpg.

    RAY MASSEY TEST DRIVES THE i8 ELECTRIC HYBRID 

    The Daily Mail's car correspondent says BMW's i8, which has just gone on sale, takes smugness to a new level, but also makes electric cars look and feel cool.

    It's beautifully put together with a streamlined lightweight carbon fibre and aluminium body and 20 inch alloy wheels and gull-winged doors, he says.

    The car is easy to drive with a start button and six speed automatic 'drive' mode, with an option for the driver to use F1 style paddles too.

    It goes from rest to 62mph (100km/h) in 4.4 seconds with top speed limited to 155mph.

    The Daily Mail's car correspondent says BMW's i8 (pictured), which has just gone on sale, takes smugness to a new level, but also makes electric cars look and feel cool.

    Power comes from a frugal 1.5 litre, three cylinder, 231 bhp, twin-turbo, petrol engine over the rear axle linked to a 131bhp electric unit over the front axle.

    It's a 'plug-in' hybrid so drivers can charge the vehicle at home or at a charging station.

    It also generates electric power on the move from braking and deceleration.

    Pure electric mode gives drivers about 23 miles with a top speed of 75 mph (121 km/h).

    The 'comfort' setting sees the petrol engine kic k in at 37 mph (60km/h).

    Sport mode gives top performance with the full engine growl, plus the faint, but discernable high-pitched whine of the electric motor.

    Average fuel consumption of 134.5mpg (112 US mpg) and CO2 emissions of 49g/km claimed by BMW, but it depends how you drive it.

    The car costs from £94,845 ($150,869). Pierce Brosnan and Amir Khan are proud owners. 


    Source: Is BMW working on an electric car that could do 706 miles per gallon? Hybrid may also reach 111mph, rumours suggest

    Wednesday, June 17, 2015

    GM gets life out of old electric car batteries

    By Greg Gardner, Detroit Free Press 11:24 p.m. EDT June 16, 2015

    Used Chevrolet Volt batteries are helping keep the lights on at the new General Motors Enterprise Data Center at its Milford Proving Ground in Milford, Michigan. Five Volt batteries work with an adjacent solar array and two wind turbines to help supply power to the data center's administrative offices. (Photo by John F. Martin for General Motors)(Photo: John F. Martin/ GM photo)

    General Motors is betting that using electric vehicle batteries for generating and storing electricity after the car is scrapped will save money for the company and others.

    It could also bolster the case that vehicles like the Chevrolet Volt, and the upcoming all-electric car, the Chevrolet Bolt, are about more than garnering credits toward meeting the government's fuel-economy standards.

    Tuesday, at its Renaissance Center headquarters, GM executives showed how five Volt battery packs are already helping light offices at the company's Milford data center.

    Because the Volt typically draws its power from a band of energy in a battery pack, there is a lot of leftover electricity.

    A new solar array and two wind turbines feed the Milford data center's circuit breaker panel, where the Volt batteries work in parallel to supply power to the building.

    "Even after the battery has reached the end of its useful life in a Chevrolet Volt, up to 80% of its storage capacity remains," said Pablo Valencia, senior manager of GM's battery life cycle management. "This secondary use application extends its life, while delivering waste reduction and economic benefits on an industrial scale."

    The batteries also can provide back-up power to the building for four hours in the event of an outage and stores it when it's unneeded. Excess energy is sent back to the grid that supplies the Milford campus.

    The 74-kilowatt ground-mount solar array coupled with the two wind turbines generate enough power to provide all of the energy needs for the office building and lighting for the adjacent parking lot. Together, these renewable sources generate approximately 100 megawatt-hours of energy annually, roughly equivalent to the energy used by 12 average households.

    The company's first application of re-used Volt batteries is happening at the new Milford data center partly because of its size. It's small enough for this renewable energy to provide adequate backup power and save money.

    By using the combination of wind, solar and battery power, the Milford center earned coveted certification for Leadership in Energy & Environmental Design from the U.S. Green Building Council.

    GM is working on other projects using the same technology. One challenge is the limited number of first-generation Volts that are no longer driven.

    The five batteries used in the Milford project came from early development models of the first generation Volt.

    "The supply today is very small," Valencia said. "The importance of this announcement is that we are preparing for the future. This is a preparation for that time. Typically the lifecycle of a vehicle is 10 to 12 years."

    GM s working with unidentified partners to validate and test systems for other commercial and non-commercial uses.

    Production will begin soon on the redesigned 2016 Volt with an improved battery pack which can power the car for up to 50 miles before a gas-fueled engine kinks in.

    In April Tesla unveiled a product it is calling the Powerwall that stores electricity for home use, to be used during peak consumption times when utilities charge the most. The device comes in multiple glossy colors including white, charcoal, red, and blue. There are two options -- a 7 kilowatt-hour package using nickel-manganese-cobalt batteries and a 10 kilowatt-hour unit with a nickel-cobalt-aluminum battery.

    Chevrolet will price the 2016 Volt at $33,995, which can be reduced by a $7,500 tax credit.

    The original Volt went on sale in 2010 and received positive technical reviews, but its sales have been disappointing.

    Contact Greg Gardner: (313) 222-8762 or ggardner@freepress.com. Follow him on Twitter @GregGardner12

    Read or Share this story: http://on.freep.com/1J3Vjhl


    Source: GM gets life out of old electric car batteries

    Tuesday, June 16, 2015

    Electric Vehicle Sales In China Are Booming; Tesla Motors Inc Amongst Gainers

    The Peoples' Republic of China is taking measures to cut its dependency on imported oil. Just one part of this strategy means encouraging the growth of Electric Vehicles (EV) in the world's biggest car market. In 2014, an upsurge in the country's EV market saw the increase in vehicles sold grow 4.2 times compared to 2013. At Bidness Etc, we're taking a closer look at the factors underlying the momentum of green cars in China.

    Government Subsidies

    China's government is considered to be most generous when it comes to supporting the market for environmentally friendly cars. The country currently has a problem with rapidly rising air pollution and carbon emissions. In 2010, air pollution was the prime factor in 1.20 million premature deaths in the country, says British medical journal, The Lancet. This accounted for 40% of total global premature deaths.

    In an attempt to find a solution, central government has encouraged automakers to bring more EVs onto the roads and urged local governments to purchase them. It introduced a target for local officials, stipulating that green cars should constitute 20% of new vehicle purchases, up from 10% a year ago. Generous government incentives for EV makers, as well as consumers, are also spurring healthy activity in the country's burgeoning green vehicle market.

    For EV manufacturers, the government provides subsidies of approximately 60,000 Yuan ($ 9,654) on each EV, along with a purchase-tax exemption of up to 10%. Consumers can also get free license plates in major cities including Shanghai and Hangzhou. Each of these license plates cost $12,000, reports Bloomberg, for gasoline-powered vehicles, making environmentally friendly cars price competitive. These schemes also extend to buyers of foreign EV brands such as California's Tesla Motors Inc (NASDAQ:TSLA) and German luxury carmaker BMW (OTCMKTS:BAMXY).

    These policies helped the country to boost EV sales last year to 74,763 units, compared to 17,642 EVs in 2013, says the China Association of Automobile Manufacturers. There is more to come. In its 5-year plan, the government wants to put 5 million green cars on the roads by 2020, reaching an annual production of one million EVs and plug-in hybrids by the end of this decade.

    This year, the government expects half a million electrically powered cars to be produced, representing a surge of 669% year-on-year (YoY). Even if annual EV sales do not achieve that mark, there could still be impressive annual growth.

    Well Performing Local EV Brands

    Increased incentives to local brands have accelerated the development of EV technology in the Chinese auto market. The pioneer in the sector is BYD Company (OTCMKTS:BYDDF), which, says Bloomberg, accounts for 35% of total Chinese EV sales. The local EV maker is aiming to triple sales in 2015 to 60,000 units by releasing four new models every quarter. The company is planning a battery plant to match Tesla's 10-million square foot factory being built in Nevada.

    Its plug-in hybrid BYD Quin, currently leads the alternate-energy vehicle sales chart, with 12,462 units sold between January and May this year, says China Auto Web. Zotye is ranked second in the EV league, with an 18% share, ahead of Chery with 16%; according to a February report from Bloomberg Analytics.


    Source: Electric Vehicle Sales In China Are Booming; Tesla Motors Inc Amongst Gainers

    Monday, June 15, 2015

    Small electric cars to hit road in 2017

    The government will conclude its three-year development project to commercialize small electric vehicles by 2017, the Ministry of Trade, Industry and Energy said Monday.

    Under the plan, electric three-wheelers and micro e-cars with price tags of less than 10 million won will be running on the streets in two years.

    The ministry recently registered its designs for Micro-Mobility cars with the Korean Intellectual Property Office.

    "It's a car of the future. In 10 years, 60 percent of the global population will reside in cities. With the emergence of mega cities, an increasing number of city dwellers will use private transport commuting short distances. This new trend calls for the development of a new form of transport," said a ministry official.

    He said as with the cases of France and Japan, where micro e-mobility has been actively used in car-sharing, Korea should also prepare for the future trend.

    Micro electric vehicles are cheaper and offer convenient trans port for short-distance travel.

    Also, because diverse models can be produced in small numbers, it is regarded as ideal for manufacturing customized vehicles for the elderly and disabled.

    Currently electric wheelchairs and electric scooters used by those people are exposed to bad weather conditions and because no lane has been allotted for them, they must drive along with other cars on roads.

    With the injection of 7 billion won, the ministry launched a consortium with seven other entities, including mid-sized tech firms and ChungAng University, last year and embarked on a three year project to develop battery powered micro vehicles.

    The trade ministry will expand the program to include three-wheelers by investing an additional 5 billion won by next year.

    The ministry says that it has been cooperating with the Ministry of Land, Infrastructure and Transport to revise the current automobile management act as well.

    "Foreign carmakers, including Renault Samsung Motors, that are prepared to import micro electric cars, are calling for the revision. Under the current act, the new cars cannot run on the streets because they are neither two-wheelers nor passenger cars," said the official.

    He added that changing the related laws will take some time.

    "To have the advantages of the micro e-mobility to the fullest, it means loosening safety standards. However, that could be a major problem in the case of accidents."


    Source: Small electric cars to hit road in 2017

    Sunday, June 14, 2015

    Ajax students at Pickering High School build electric car

    AJAX -- Some Pickering High School students were off to the races recently to put the electric car they built from scratch to the test.

    Kyle Faller, the president of the Pickering High School Electric Car Club, unveiled the result of many years of hard work on June 4 to an excited crowd of students at the school.

    "We have been working on it for four years now and this is it," Kyle, 17, said to the crowd that day.

    On June 6, the car competed in the Waterloo High School Electric Vehicle Challenge at the University of Waterloo, which encourages students to design and test their own electric car in an annual endurance competition.

    We really built it from the ground up. Kyle Faller, Pickering High School Electric Car Club president

    "We're really proud of it," Mr. Faller said of the car. "We really built it from the ground up. The bodywork is what we're most proud of."

    He was also pleased to report the team used an AC drive system.

    "Most other competitors will use a DC motor which is a little more basic -- you can pull the circuit offline," he said. "We've completely made this circuit from scratch. It was pretty much up to us to see if it was going to work or not, and luckily it does."

    The team made it past inspection at the competition and got the car on the track but "unfortunately not too far in we had an issue with the chain tensioner and our inverter unit and were unable to complete the race," Kyle explained in an e-mail.

    But the team didn't go home empty empty-handed and was awarded Rookie Team of the Year "for the innovation and utter impressiveness of our car," he said.

    The school received a banner, as well as hats and expensive batteries, which the team is expected to use in the competition next year.

    Kyle is graduating high school this spring, and will study mechanical engineering at the University of Waterloo in September. He said he's looking forward to being part of the Waterloo Formula Hybrid team.

    He said "this car will always be my first, my baby, and ingrained in my memory along with the people I built it with as I move forward with my career goals in the automotive industry."

    The car was built with the help of about $5,000 in sponsorship money.


    Source: Ajax students at Pickering High School build electric car

    Saturday, June 13, 2015

    General Motors Company Chevy Bolt EV Prototype Electric Car Being Tested On Roads

    General Motors Company (NYSE:GM) Chief Executive Mary Barra revealed the Chevrolet Bolt Concept in the hope that the groundbreaking idea will change everything that we know about the world of electric cars. Miss Barra claimed the model, aimed at the mass market, and to be marketed and sold across all 50 states, will be priced at a point of $37,500, and has a battery range of 200 miles.

    Some spy shots have showed up, revealing what appears to be a heavily camouflaged Bolt going through road testing. Shot by Chris Doane, a prominent Detroit area spy photographer, the spy shots of Bolt published on Autoblog's website exhibit a small five-door hatchback, sporting a downward body crease being tested out on an asphalt road. After excluding the white swirl patterned car paint job on the vehicle, it could easily be a real life adaptation of the bronze colored exhibited at the Detroit Auto Show by the company earlier this year.

    The spy shots show the car as heavily camouflaged, causing many to doubt if it is even the same vehicle we are talking about. However, the hatchback and crossover design and style cues clearly make it obvious that it is. The car in the spy shots also has slight creases at its sides, a tall greenhouse and a sloping roofline at its back, much like General Motors' prototype.

    Even though Chevrolet's decision to dub the new electric vehicle the "Bolt" has caused considerable confusion and controversy, it looks like regardless, Bolt is very much on its way to becoming a reality for General Motors.

    Beyond the price of the vehicle and its battery range, there is relatively little about the specifications that we know of Bolt or its production. However, the automaker announced earlier this year that the model could be expected to be out of the production at the assembly plant in Lake Orion by the end of next year. The production facility is also being utilized to currently build the Chevy Sonic subcompact sedan and hatchback. Certain elements for the next generation Sonic will be utilized for the electric car Bolt as well. The electric vehicle will also augment the Volt, Chevy's upcoming plug-in hybrid car.

    The electric vehicle will be one of at least three electric vehicles powered by batteries that are priced under $40,000 and are expected to provide battery ranges of 120 to 200 miles. Nissan Leaf for instance, has been a leading electric vehicle so far. Even though the specifics of the next generation Leaf have been underneath wraps, Andy Palmer, Nissan's former product chief reportedly said that a range of battery packs will be provided with the next generation, with the highest expected to be between the range of 120 and 150 miles. This was revealed before GM announced its plans for the Bolt and that it will offer battery power of 200 miles.

    Nissan may, therefore, feel impelled to match the battery power of Bolt with the next generation of Leaf. This is especially important for Nissan since its Leaf has thus far been the best selling electric vehicle powered by batteries in history. Approximately 200,000 units of Nissan Leaf have already been delivered to customers.

    The third electric vehicle to enter the space is Tesla Motors Inc.'s (NASDAQ:TSLA) Model 3, which the Chief Executive Elon Musk has claimed to also sport a 200-mile battery power range, priced at $35,000. Tesla has timed its production to begin during 2017. However, the company has not revealed any prototypes of the model yet. The same is the case with the second generation Leaf as well.


    Source: General Motors Company Chevy Bolt EV Prototype Electric Car Being Tested On Roads

    Friday, June 12, 2015

    Vincent Bolloré’s Long Bet on Solid-State Batteries for Electric Cars

    PARIS — He is the French billionaire who is the chairman and biggest shareholder of the media giant Vivendi.

    But Vincent Bolloré has a side bet: Autolib, the electric-car-rental business that has become popular in Paris and other parts of France. And now he is working to bring a similar service to London — and even to Indianapolis, if all goes according to plan.

    In London on Friday, Mr. Bolloré introduced the new model of electric cars that he hopes to put on the city's streets by the end of the year. The new vehicles are identical to his Bluecars, as they are known in Paris, except for their right-side steering wheels and red London-bus color.

    The London rollout is part of Mayor Boris Johnson's effort to make the city the electric vehicle capital of Europe. For Mr. Bolloré, a 63-year-old Paris native, it is his own further attempt to demonstrate the viability of electric cars and batteries — particularly batteries — as a key component of the green-energy transportation future.

    "We regard the U.K. as a global hub for the creative industries," Mr. Bolloré said in a statement before the event. Those industries, he said, include "clean-transport solutions."

    The London foray follows by four years the introduction of his Autolib e lectric car-sharing project in Paris, its suburbs and two other cities. More than 3,500 of the cars are in service in France, driven by people who pay by the hour before returning them to one of the Autolib network's nearly 5,800 curbside recharging stations.

    It is all done through membership and credit cards, similar to how Zipcar operates in many cities — but with the extra step of plugging the cars back in afterward.

    Expanding into London, which already has plenty of transportation and car-hire options, has proved a greater challenge than Paris for Mr. Bolloré. His company has spent more than a year trying sort out the electric-grid logistics and win approvals from the dozens of local-borough governments that have jurisdiction within the city.

    Mr. Bolloré's company has the contract to operate a network of electric charging stations that various battery-powered cars in London will be eligible to use — and with which his own car service will have to compete.

    But building an international business in short-term electric-car rentals is not the main goal.

    Mr. Bolloré made his personal fortune, estimated at $7.3 billion, mainly through his family-owned industrial conglomerate, the Bolloré Group, one of whose companies designed and produces the batteries that power his rental vehicles. His bigger aim — and possibly even more quixotic quest — is to demonstrate that those ba tteries can compete with rival products made by industry giants like Panasonic and LG Chem, and to persuade other carmakers to adopt them for their own fleets of clean-energy vehicles.

    Bolloré Group's electrical storage devices are known as lithium metal polymer batteries. The company declined to discuss the cost, but high-tech batteries are a major reason that electric vehicles tend to be more expensive than cars with internal combustion engines.

    Bolloré Group executives argue that its solid-state design makes it much safer than the standard lithium-ion batteries used in Nissan's Leaf and Tesla Motors' Model S, which contain flammable liquid electrolytes. They also argue that it will eventually surpass the lithium-ion battery in its ability to operate between rechargings.

    "They definitely have an interesting technology," said Yasmina Barin, an analyst at the Swiss bank SYZ, said of Mr. Bollore's company. "The question is whether this technology is massively superior to the ones on the market. That is not determined yet."

    Mr. Bolloré, though, tends to see his endeavors as propelled by history and destiny. In an interview, he recounted from his office in Vivendi headquarters, with views of both the Arc de Triomphe and the Eiffel Tower, that his family "has known three kings, one emperor and 24 presidents of the Republic."

    He has personally known a few of those, including former President Nicolas Sarkozy, who created a stir by celebrating his 2007 election victory with a three-day stay on Mr. Bolloré's 600-foot yacht.

    The Bolloré Group last year posted revenue of €10.6 billion, or $12 billion, and net income of €403 million. Besides its investments that include a 14.5 percent stake in Vivendi, which owns Universal Music Group, Bolloré group holds majority control over Havas, the multinational advertising and public relations company.

    So far, though, the Bolloré company behind the electric vehicles and batteries, Blue Solutions, has made no money. Last year it lost €5.7 million on sales of €97.2 million.

    But the quest continues. The company's electric Bluebuses shuttle visitors from the Place Charles de Gaulle in Paris to the newly opened Fondation Louis Vuitton, under a private contract. Soon, Bluebuses will begin operating under a public contract with Paris's transport authority as part of a four-year trial to replace an existing bus line.

    In all, Mr. Bolloré has invested more than €3 billion in his battery-powered vision.

    "It was extremely risky," said Jean Bothorel, author of "Bolloré: A Family History." "That's the way Mr. Bolloré works: When he launches or purchases a business, he goes all out to make it work."

    In Paris, users can sign up for an annual Autolib subscription for €120, then check out the tiny vehicles at a kiosk or online, paying €5.50 per half-hour. The service has been popular with young people who cannot, or will not, spend money owning cars and others who would rather avoid parking and maintaining cars in a crowded city.

    Christophe Arnaud, managing director for BluePoint London, the Bolloré Group company that won the contract to operate the recharging network in the British capital, said London prices would probably be slightly more, to account for London's higher living costs.

    Perhaps the most counterintuitive venue for Mr. Bolloré's e-vehicle projects is Indianapolis, home of the United States� �� most famous fossil-fueled auto race.

    But Hervé Muller, president of Bolloré's BlueIndy unit, said the project had the support of the Indianapolis mayor, Greg Ballard, whom he said had taken a personal interest in electric vehicles and public transport as a way to improve life in his city. The local utility, Indianapolis Power & Light Company, is also a partner.

    "The goal is to make Indianapolis a showcase for other U.S. cities," Mr. Muller said. "Paris is a wonderful showcase, but it's a little far away."

    The Indianapolis project has had its share of bumps, including the refusal of Indiana state utility regulators to back a tax on electricity bi lls to help pay for it. But after Bolloré and the city agreed on the funds, the project is now going forward. Mr. Muller said he expected it to begin operating by the end of summer.

    Mr. Bolloré is not alone in seeing the potential in solid-state batteries. Others with products in various stages of development include Seeo, backed by Samsung Ventures; Sakti3, supported by General Motors; and Quantumscape, with support from Volkswagen.

    But none of them are taking Mr. Bolloré's route of integrating production of batteries and vehicles, and creating a car-sharing program to demonstrate their viability.

    "He's pursuing something different from wha t everyone else is doing," said Cosmin Laslau, an analyst at Lux Research in Boston, adding that the strategy has put him "ahead of the curve" in some respects.

    The problem, Mr. Laslau said, is that currently there is no real performance advantage for solid-state batteries. Lithium-ion technology has a 25-year head start, he said, and will continue to benefit from improvements in operating voltage and storage for some time. "That will make lithium-ion a moving target, very hard to beat," he said.

    So far, none of the large electric vehicle makers have signed on to Mr. Bolloré's technology. Tesla and Panasonic announced last year that they would build a $5 billion "Gigafactory" to make lithium-ion batteries in Nevada. The Renault-Nissan alliance, which offers the broadest range of electric vehicles, has gone with LG Chem and Automotive Energy Supply for their lithium-ion batteries. BMW's i3 relies on Samsung SDI.

    Mr. Laslau predicted that it would not be until the 2020s that solid-state batteries would begin to reach their full technological potential and make an impact on the market.

    The question is how much patience Mr. Bolloré will have to wait for his battery side bet to pay off.

    "If he gets bored and cuts it off," Mr. Laslau said, "it can't survive."


    Source: Vincent Bolloré's Long Bet on Solid-State Batteries for Electric Cars

    Thursday, June 11, 2015

    BMW's new 7 Series is the luxury car of the future, here today

    What's This?

    2016-bmw-7-series

    Image: BMW

    400x400c

    By Chris Perkins2015-06-11 02:45:21 UTC

    For luxury automakers, large flagship sedans are an opportunity for the company to show off the latest and greatest tech and BMW's new 7 Series is no exception.

    The German automaker pulled the wraps off the newest version of its 7 Series Wednesday and with it comes many technological firsts for a mainstream(ish) car.

    Most notably is the employment of carbon fiber reinforced polymer (CFRP) within the car's passenger cell. BMW made a huge investment into the production of CFRP, which is lighter and stronger than steel and aluminum, for its i3 electric car and i8 plug-in hybrid and the 7 Series heralds its incorporation with the rest of BMWs lineup.

    Reducing weight in a car has great benefits for both performance and efficiency. This is why every automaker is trying to reduce weight between successive generations, especially when there is a requirement for safety and technology, which adds weight.

    Carbon Fiber has been used in high-end performance and race cars since the early 1980s, where lightness and strength is an absolute must, but it hasn't quite trickled down to normal, everyday cars yet. BMW's investment is an attempt to drive the cost of production down while reaping the safety, performance and efficiency benefits CFRP offers. In the not-too-distant future, CFRP will undoubtedly find its way into BMW's bread-and-butter cars like its venerable 3 Series and eventually, every car.

    In the new 7 Series, the usage of CFRP among other lightweight materials reduces weight up to 190 pounds while also lowering the 7 Series' center of gravity and reducing desirable unsprung weight (weight which isn't supported by the car's spring). If you like cars that drive well but are also safe and efficient, CFRP will make you very excited.

    Beyond this, BMW also employed some tech which looks like it came straight out of a sci-fi movie. The car's iDrive infotainment system can now be operated with gesture controls, which let drivers adjust the volume of the stereo and accept and decline calls.

    Users can also program their own gestures associated with various functions of the car. I'm sure you could program the car to flash the lights and honk the horn if you raised your middle finger because it is, after all, a BMW (sorry, had to).

    As this is a large luxury sedan, the real party is in the back where the oligarch/businessman/celebrity/cult of personality can control pretty much every function of the car on a seven-inch tablet. In fact, the only thing the tablet doesn't control is the gas, brakes and steering because this would probably be dangerous. Just a guess.

    Passengers in the back can enjoy videos streamed over the car's Wi-Fi hot spot on the two 10-inch screens, while getting a massage from the seats. There are eight different massage programs plus what BMW calls a "Vitality Program," because any luxury car is only as good as its massaging seats.

    The new 7 Series also has a host of tech features which are de rigueur for a modern luxury car including automatic parking, a digital gauge cluster, air suspension, active aerodynamics, a panoramic sunroof, interior mood lighting, a Bowers & Wilkins surround sound audio system and much more. Frankly, this isn't so much a car as it is a supercomputer with some wheels and an engine.

    A plug-in hybrid version, which will be powered by a 2.0 liter turbocharged four cylinder and an electric motor, will also be coming in the fall.

    As it starts at $81,300, the new 7 Series may seem irrelevant to most, but the technologies featured in this car will have a huge effect on the cars we'll all drive in the near future.

    Have something to add to this story? Share it in the comments.


    Source: BMW's new 7 Series is the luxury car of the future, here today

    Wednesday, June 10, 2015

    Electric Vehicles To Become Mainstream In Short Period Of Time

    June 10th, 2015 by Guest Contributor 

    Originally published on Oilprice.comby Henry Hewitt

    What would the world look like if electric cars took the lead in market share by 2030? "Couldn't happen," you say?

    Consider the ramping up of some of the most basic items that have conquered the American market over the past century. Refrigerators went from a luxury item to 60 percent household penetration during the Depression and World War II. Technologies we used to live without including PCs, the Internet, and cell phones have become an integral part of daily life.

    ada2858-min

    Percentage of U.S. Households – Source: Financial Times

    Once a breakthrough gets its footing, the rise to mainstream requirement is meteoric and, for reasons unknown (Copernicus has yet to weigh in), the rocket burn lasts about 15 years as the chart above indicates. Trace the rise of both electricity and automobiles. Radios had the sharpest rise of all, which may be why the 1920s were known as the Radio Days. Since the war, color TVs, microwaves, VCRs, PCs, the Internet and cellphones have all caught on as fast as radio. The air-conditioning vector appears to have been bent by the oil embargo in 1973. Auto production sputtered and coughed during the Depression, and throughout the war years, as factories churned out tanks and airplanes. It is not a coincidence that when the stock market peaked in 1929, auto production did too; neither would exceed the 1929 level until 1953.

    We are about to find out if electric vehicles can make their mark and become mainstream. The launch sequence and liftoff phase (now barely underway) will soon reveal the extent of their fuel supply, i.e. How much interest will consumers have in EVs when a 200-mile-per-charge car costs less than $25,000? When a 60 kilowatt-hour (kWh) battery costs $9,000, there will be plenty of room in the budget to build a lightweight car around it. (UBS says that at $150 per kWh, the key variable in the calculation above, the EV market will take off.

    At any price, the cost of ownership falls by 75 percent (not including cheaper insurance and maintenance); gasoline miles costing 12 cents each (at the current mileage standard with $3 per gallon) cannot compete with electric miles costing 3 cents or less.

    An average 15,000 mile per year commuter in the US (NHTSA) will save roughly $1,350 in the first year, and the expected 5-year savings are $10,000 (as renewable power gets cheaper and, though no one knows, gasoline could still get a lot more expensive), just the sum needed to put 3 kilowatts (kW) of PV panels on your roof. (You can install 5 kW in Germany for that.) This figure will supply you with all 14,000 miles (from 4,200 kWh – USA average — in the desert in the southwest the output doubles).

    However, if your house can't see the sun, or it points in the wrong direction, or your landlord is not interested, or you live in an apartment or condo, NREL estimates that half of all residential and commercial PV will be 'shared solar,' also known as Community Solar, by 2020, when multiple independent owners benefit from a larger centralized array.

    But if electric vehicles at all resemble technologies of the past, they could rapidly transform from a niche product into a mainstream necessity in a relatively short period of time.

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    Tags: America

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    Source: Electric Vehicles To Become Mainstream In Short Period Of Time

    Tuesday, June 9, 2015

    Audi bringing all-electric CUV to Frankfurt

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    Source: Audi bringing all-electric CUV to Frankfurt