Saturday, October 31, 2015

Students at Nanchang University build themselves an electric formula car

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After a year of hard labor, Jiangxi's first electric formula car made its public debut at Nanchang University after being built by a team of dedicated students.

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Twenty-three-year-old Qiu Song, a postgraduate student of the Nanchang University who has previously taken part in the design of formula cars before, led a team of 30 students studying different majors to design, build and test the fully electric car.

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Despite the high cost, Qiu and his teammates used carbon fiber to make the vehicle due to its strength and lightness.

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It's reported that the vehicle has cost approximately 137,000 yuan to build.

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According to Qiu, they are preparing for Formula Student China Competition which will be held on November 3 in Shanghai.

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"Compared with traditional cars, it has far more advantages, being more energy efficient and less noisy." Qiu said, "While programming and installing it, we did our best to be innovative."

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By Lucy Liu

[Images via ChinaNews]


Source: Students at Nanchang University build themselves an electric formula car

Friday, October 30, 2015

Honda's Electric Four-Motor CR-Z Prototype: We Drive It

The idea of the four-motor electric car has been around since the start of the 20th century.

One of Ferdinand Porsche's first ideas, in fact, was the Lohner-Porsche that debuted at the 1900 Paris World Fair, with a hub motor in each front wheel.

Toss four electric motors in a car and you could have plenty of power, four-wheel drive, and individual control of the power to each wheel.

DON'T MISS: Porsche Recreates The Original Hybrid Car, 111 Years Later

Turns out that's not such a great idea. Locating a heavy motor at each wheel would add unsprung weight that would harm ride and handling.

However, mount those motors inboard and you might be on to something. It turns out Honda has been studying the idea of a four-motor electric car that could be both efficient and fun to drive.

This past June, a group of young Honda engineers competed in the Pike's Peak International Hill Climb with a four-motor CR-Z modified not only for electric power, but also a complete race spec.

Four-motor Honda CR-Z, 2015 Pike's Peak International Hill Climb.

Four-motor Honda CR-Z, 2015 Pike's Peak International Hill Climb.

Enlarge Photo This four-motor Honda CR-Z placed 11th overall and first in the Exhibition class at the 2015 Pike's Peak International Hill Climb.

That car, which makes an estimated 450 horsepower, placed 11th overall with a time of 10:23.829 and won the Exhibition class with Japanese Super GT driver Tetsuya Yamano at the wheel.

A couple days before this week's Tokyo Motor Show, I had the opportunity to drive a more streetable version of a four-motor CR-Z at Honda's R&D Center in Tochigi, Japan.

The car in question is a test-mule that Honda built to study the idea of a four-motor sports car. It is fitted with a racing seat and racing steering wheel.

ALSO SEE: Honda Clarity Fuel Cell May Be Its Electric Car And Plug-In Hybrid Too

More importantly, it has four motors that combine to create between 200 and 225 horsepower, depending upon which engineer you ask.

Like the Pike's Peak car, it features a version of the Super Handling-All Wheel Drive system found in current Acuras, as well as the Precision All-Wheel Steer (PAWS) system that allows the rear wheels to turn up to 2 degrees.

Honda isn't saying how big the motors are, what battery is used, or giving an official number for the range, but the motors are likely based on those used in the RLX and NSX hybrids.

One engineer estimated 100 kilometers of range, while another said 100 miles.

My time behind the wheel in the four-motor CR-Z was the highlight of a long day that included a peak behind the curtain at much of the technology Honda is pursuing, including its forthcoming Clarity Fuel Cell car.

The CR-Z prototype, which features widened rear fenders to accommodate wider tires and perhaps a wider track, tackled a short handling course like a true sports car.

MORE: Tokyo Motor Show Green Cars: Concepts & Production Models

It stuck to the pavement through corners, no doubt helped by those big, sticky tires.

However, it also turned in nicely and held a constant and predictable line through the corners. That's likely thanks to the torque vectoring that's possible with individual motors at each wheel; overdriving the outside wheels can help the car rotate.

Up to this point, the CR-Z has been a disappointment over the six years it's been on sale: Billed as a sporty hybrid, it delivers neither the power and handling to fire the passions of enthusiasts, nor the fuel economy to impress green buyers.

This four-motor system could be one way to fix those problems. And it appears to be possible to build such a car from Honda's electrified parts bin: The motors, SH-AWD and PAWS systems, and battery are all available.

Toss those ingredients in a CR-Z or other sports car that can deliver 100 to 200 miles of range, and you could have a green car with the handling of a modern sports car.

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Source: Honda's Electric Four-Motor CR-Z Prototype: We Drive It

Thursday, October 29, 2015

Nissan IDS Concept: Autonomous Electric Car At Tokyo Motor Show

Nissan IDS Concept: Autonomous Electric Car At Tokyo Motor Show

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At the Tokyo Motor Show, Nissan has revealed a concept car that gives a glimpse of what electric-car ownership could be like many years into the future—and, perhaps, provides a few more hints of what's in store for the second-generation Nissan Leaf.

Called the Nissan IDS Concept, it includes wireless inductive charging, a suite of items that the automaker terms Nissan Intelligent Driving Technology, and very edgy, dramatic hatchback styling.

First off, some have speculated that the IDS Concept sets the look for the next-generation Nissan Leaf, which is likely due for the 2018 model year. While Nissan has been careful to avoid mention of the Leaf, the Tokyo concept does follow the radically different, more expressive look that's now been given to the new Maxima sedan and Murano crossover.

Nissan design chief Shiro Nakamura has also said in past interviews that we can expect the next generation of the Leaf to be less on-its-own with respect to design; although this design is certainly quirky and attention-getting, it would give Nissan an EV that's as sporty-looking as the brand's most flamboyant gasoline-engine models.

60-kWh battery pack a possibility?

Nissan has also teased a 60-kWh battery pack in the IDS Concept. While company officials said that number is merely a concept-car figment for now, and the company has developed a prototype 60-kWh pack, we'll take its inclusion as a strong hint that the automaker is looking to such a capacity in a premium battery option for future EVs—a capacity that, in a vehicle with the weight and power demands of the Nissan Leaf, could be good for well over 200 miles of real-world driving.

The concept also has a carbon-fiber body, a special aerodynamic-swirl wheel design, and thin 175-width wheels. There's seating for four; a flat-panel screen emerges from the dash, and the steering wheel recedes when the car's in its autonomous-driving mode.

The driver can select between Manual Drive and Piloted Drive modes. And even in the piloted mode, the car can maintain the driver's familiar styles for steering and braking.

While much of the car still looked firmly rooted in the possibilities of the concept-car realm, Nissan provided solid information about the interface, and particularly the Piloted Driving technologies on board—technologies that CEO Carlos Ghosn confirmed for future production-model rollout.

Two levels of piloted driving—one due next year

Piloted Driving 1.0, with single-lane hands-free driving, will debut in a production model in 2016 in Japan; that will be followed, likely in 2017, with rollouts for China, Europe, and the U.S.  Here, the steering can help take evasive action when necessary.

The Piloted Driving 2.0 system is far more sophisticated and includes multi-lane and city-driving capabilities, including the ability to smoothly maneuver around obstacles and slower-moving vehicles (or stop for pedestrians). It won't be seen in any production model for at least several years, although Ghosn said that the technology will be ready by 2020.

The concept car shows off the works, including that farther-off interface that can hide the steering wheel away.

Functionally, the piloted system isn't far off from what Tesla Motors is already offering in the Model S and Model X electric vehicles. Yet Nissan officials noted that this system will be thoroughly, exhaustively real-world tested and not a 'beta' feature.

Altogether, in the IDS Concept, there are five sonar sensors, five laser sensors, and 12 cameras.

Watch the videos above and below for a tour of how these systems work inside, and check back as we soon hope to drive a vehicle with these technologies.

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Source: Nissan IDS Concept: Autonomous Electric Car At Tokyo Motor Show

Wednesday, October 28, 2015

Green self-driving cars take center stage at Tokyo auto show

Updated 6:18 am, Wednesday, October 28, 2015

Photo: Shuji Kajiyama, AP

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Carlos Ghosn, president and CEO of Nissan Motor Co., unveils the Nissan IDS Concept vehicle in the media preview for the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015. The biennial exhibition of vehicles in Japan runs for the public from Friday, Oct. 30.

Carlos Ghosn, president and CEO of Nissan Motor Co., unveils the Nissan IDS Concept vehicle in the media preview for the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015. The biennial exhibition of vehicles ... more

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Carlos Ghosn, president and CEO of Nissan Motor Co., unveils the Nissan IDS Concept vehicle, which features self-driving and zero emission, in the media preview for the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015. The biennial exhibition of vehicles in Japan runs for the public from Friday, Oct. 30.

Carlos Ghosn, president and CEO of Nissan Motor Co., unveils the Nissan IDS Concept vehicle, which features self-driving and zero emission, in the media preview for the Tokyo Motor Show in Tokyo, Wednesday, ... more

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Carlos Ghosn, president and CEO of Nissan Motor Co., unveils the Nissan IDS Concept vehicle in the media preview for the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015. The biennial exhibition of vehicles in Japan runs for the public from Friday, Oct. 30.

Carlos Ghosn, president and CEO of Nissan Motor Co., unveils the Nissan IDS Concept vehicle in the media preview for the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015. The biennial exhibition of vehicles ... more

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Honda Motor CEO Takahiro Hachigo speaks at Honda press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015.

Honda Motor CEO Takahiro Hachigo speaks at Honda press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015.

Photo: Eugene Hoshiko, AP

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Honda Motor CEO Takahiro Hachigo poses for photographers at Honda press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015.

Honda Motor CEO Takahiro Hachigo poses for photographers at Honda press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015.

Photo: Eugene Hoshiko, AP

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Honda Motor CEO Takahiro Hachigo speaks next to Honda FCX Clarity at Honda press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015.

Honda Motor CEO Takahiro Hachigo speaks next to Honda FCX Clarity at Honda press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015.

Photo: Eugene Hoshiko, AP

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Herbert Diess, CEO of the Volkswagen Passenger Cars brand apologizes at the beginning of Volkswagen press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015. Scandal-embattled Volkswagen's new chief executive has apologized at the Tokyo auto show and promises to win back customer trust. Diess, a recent hire from BMW, said Wednesday that the priority is to fix the problem, uncover what happened and make sure the scandal never happens again.

Herbert Diess, CEO of the Volkswagen Passenger Cars brand apologizes at the beginning of Volkswagen press conference in the media preview of the Tokyo Motor show in Tokyo, Wednesday, Oct. 28, 2015. ... more

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Toyota Motor Corp. President Akio Toyoda speaks at Toyota press conference during the media preview of the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015.

Toyota Motor Corp. President Akio Toyoda speaks at Toyota press conference during the media preview of the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015.

Photo: Eugene Hoshiko, AP

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Toyota Motor Corp. President Akio Toyoda, right, accompanied by special guest Miami Marlins' Ichiro Suzuki, speaks at Toyota press conference during the media preview of the Tokyo Motor Show in Tokyo, Wednesday, Oct. 28, 2015.

Toyota Motor Corp. President Akio Toyoda, right, accompanied by special guest Miami Marlins' Ichiro Suzuki, speaks at Toyota press conference during the media preview of the Tokyo Motor Show in Tokyo, ... more

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Green self-driving cars take center stage at Tokyo auto show

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TOKYO (AP) — Visions of cars that drive themselves without emitting a bit of pollution while entertaining passengers with online movies and social media are what's taking center stage at the Tokyo Motor Show.

Japan, home to the world's top-selling automaker, has a younger generation disinterested in owning or driving cars. The show is about wooing them back. It's also about pushing an ambitious government-backed plan that paints Japan as a leader in automated driving technology.

Reporters got a preview look at the exhibition Wednesday, ahead of its opening to the public Oct. 30.

Nissan Motor Co. showed a concept vehicle loaded with laser scanners, a 360 degree camera setup, a radar and computer chips so the car can "think" to deliver autonomous driving. The Japanese automaker called it IDS, which stands for "intelligent driving system."

Nissan, based in Yokohama, Japan, said it will offer some autonomous driving features by the end of next year in Japan. By 2018, it said vehicles with the technology will be able to conduct lane changes on highways. By 2020, such vehicles will be able to make their way through intersections on regular urban roads.

Nissan officials said they were working hard to make the car smart enough to recognize the difference between a red traffic light and a tail light, learn how to turn on intersections where white lane indicators might be missing and anticipate from body language when a pedestrian might cross a street.

Nissan's IDS vehicle is also electric, with a new battery that's more powerful than the one currently in the automaker's Leaf electric vehicle. Although production and sales plans were still undecided, it can travel a longer distance on a single charge and recharge more quickly.

A major challenge for cars that drive themselves is winning social acceptance. They would have to share the roads with normal cars with drivers as well as with pedestrians, animals and unexpected objects.

That's why some automakers at the show are packing the technology into what looks more like a golf cart or scooter than a car, such as Honda Motor Co.'s cubicle-like Wander Stand and Wander Walker scooter.

Instead of trying to venture on freeways and other public roads, these are designed for controlled environments, restricted to shuttling people to pre-determined destinations.

At a special section of the show, visitors can try out some of the so-called "smart mobility" devices such as Honda's seat on a single-wheel as well as small electric vehicles.

Regardless of how zanily futuristic and even dangerous such machines might feel, especially the idea of sharing roads with driverless cars, that era is inevitable simply because artificial intelligence is far better at avoiding accidents than human drivers, said HIS analyst Egil Juliussen. It just might take some time, such as until the 2030s, he said.

Such technology will offer mobility to people who can't drive or who don't have cars, and it can also reduce pollution and global warming by delivering efficient driving, he said.

Other automakers, including General Motors, BMW, Mercedes, Toyota and Tesla are working on self-driving technology, as are companies outside the industry, such as Google and Uber.

Cars already can connect to the Internet. Automakers envision a future in which cars would work much like smartphones today, to have passengers checking email, watching movies or checking out social media and leaving the driving to the car.

Honda Chairman Fumihiko Ike, who is also head of Japan Automobile Manufacturers Association which is organizing the show, said the Japanese government was putting tremendous pressure on Japan's automakers to perfect self-driving features.

Japan is eager to showcase such technology in time for the 2020 Tokyo Olympics, such as having driverless cars pick up athletes from airports and taking them to Olympic Village.

But Ike acknowledged he had doubts. Unexpected things could happen on roads, like a package falling out of a van, and the human brain has better powers of the imagination than the best artificial intelligence, he said.

"We have to see," Ike said on when self-driving cars might become common. "The final answer will be from the whole society."

Toyota President Akio Toyoda said the technology has clear benefits but also shared Ike's reservations.

"It's not that easy," he told reporters on the sidelines of the show. "We are pursuing the technology, but we are also just being realistic."

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Source: Green self-driving cars take center stage at Tokyo auto show

Tuesday, October 27, 2015

2018 Honda Plug-In Hybrid To Offer 40-Mile Range, Use Fuel-Cell Vehicle's Platform

Honda FCV hydrogen fuel-cell vehicle, Honda Meeting, Oct 2015

Honda FCV hydrogen fuel-cell vehicle, Honda Meeting, Oct 2015

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Later this week, Honda will unveil the production version of its hydrogen fuel-cell vehicle at the 2015 Tokyo Motor Show.

And roughly two years after that car goes on sale, Honda will also launch a dedicated plug-in hybrid car--which it has now confirmed will use underpinnings similar to those of the fuel-cell vehicle.

The company committed at the Detroit Auto Show this past January to introduce both a new plug-in hybrid and a new battery-electric vehicle, but hasn't said anything about those two models in the meantime.

DON'T MISS: Honda's Tokyo Fuel-Cell Vehicle May Be Its Electric Car And Plug-In Hybrid Too

That led to an interesting hypothesis by Autoblog Green: that all three models will in fact be variants of the same car.

Now, after driving the fuel-cell vehicle and a plug-in hybrid test mule at Honda's test track in Utsunomiya, Japan, Honda has confirmed that the two cars will use similar underpinnings.

The fuel-cell vehicle (its full model name will be revealed later this week) is expected to go on sale in Japan next spring, followed by the U.S.

Honda Accord as development prototype of next-generation plug-in hybrid, Honda Meeting, Oct 2015

Honda Accord as development prototype of next-generation plug-in hybrid, Honda Meeting, Oct 2015

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Honda is estimating a range of 700 kilometers (434 miles) on the optimistic Japanese testing cycle, which could still work out to over 300 miles on the U.S. EPA testing cycle.

As Honda previously stated, the car's fuel-cell stack is small enough to fit under the hood.

There's a lithium-ion battery pack under the floor, and hydrogen tanks located by the rear passengers' feet, and under the rear seats.

ALSO SEE: Honda FCV Sedan Teased Ahead Of 2015 Tokyo Motor Show

But despite decidedly different packaging requirements, Honda will reportedly use the same platform for its upcoming plug-in hybrid.

This will help Honda realize cost savings across the two models and--potentially--its planned all-electric car too.

Engineers are reportedly aiming for a three-fold increase in electric range over the discontinued Accord Plug-In Hybrid, which had an EPA-rated electric range of 13 miles.

That means a range of around 40 miles for the new plug-in hybrid.

Another goal is to allow electric-only operation at higher speeds. The Accord Plug-In Hybrid was limited to 80 mph in electric-only mode.

The only things that will carry over from the old Accord Plug-In Hybrid powertrain will be the two-motor configuration and clutch.

MORE: Honda To Offer New Electric Car, Plug-In Hybrid Model By 2018

Honda would not discuss the previously-announced electric car, but if it shares a platform with the fuel-cell vehicle and plug-in hybrid, that could help lower the cost of the model still further.

This would perhaps encourage Honda to sell the new model in greater numbers than the old Fit EV, a "compliance car" built in just enough volume to satisfy California's zero-emission vehicle mandate.

"We would like to leverage previous experience with the Fit EV," Honda president Takahiro Hachigo said in regards to Honda's future U.S. electric-car strategy.

Meanwhile, Honda is also developing a new 10-speed automatic transmission for greater fuel efficiency.

It could arrive in the U.S. next year, although Honda isn't saying anything officially either way.

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Source: 2018 Honda Plug-In Hybrid To Offer 40-Mile Range, Use Fuel-Cell Vehicle's Platform

Monday, October 26, 2015

Alan Finkel appointed Australia's next Chief Scientist

Australia's next Chief Scientist lives in a house entirely powered by renewable energy and believes that everyone will eventually drive an electric car like him.

Australia's next Chief Scientist lives in a house entirely powered by renewable energy and believes that everyone will eventually drive an electric car like him.

Dr Alan Finkel has been appointed by Prime Minister Malcolm Turnbull to replace outgoing Chief Scientist Professor Ian Chubb when his four-year term ends in December.

Dr Finkel, who is currently the President of the Australian Academy of Technological Sciences and Engineering, will begin his new role as the government's key science and innovation adviser next January.

"My personal experience across research, business and STEM (science, technology, engineering, maths) education will guide my ability to formulate relevant advice," Dr Finkel, who co-founded two science magazines among other businesses, said. "We exist in a competitive international environment and to compete effectively, business needs science, science needs business, Australia needs both."

Mr Turnbull has said science will be central to his government's national agenda, but been silent on future funding for research institutions, which was cut to a 30-year low under former prime minister Tony Abbott.

Innovation and Science minister Christopher Pyne said Dr Finkel was already renowned for his advice, research and service to the education sector.

"His will be a vital role in shaping Australia's economic future and leading our national conversation on science, innovation and commercialisation across the research, industry and education sectors and with the wider community," he said.

Mr Pyne also thanked Professor Chubb for his "incredible contribution to science in Australia".

It is understood that the international search for the position closed on July 17, and was not re-opened when Mr Turnbull deposed Mr Abbott last month.

One person who missed out on the role but was short-listed among the final handful of candidates was only informed of the decision about 10 days ago. "[The process has] really come down to the end, post-this PM," a source said.

In stark contrast to the climate-denialist image that plagued the Abbott government, Dr Finkel has publicly advocated for nuclear power and electric cars to help reduce Australia's carbon emissions in the fight against global warming.

In an essay this year in Cosmos, a science magazine he co-founded, Dr Finkel revealed that the electricity in his home was  "100 per cent ... green".

Electric cars were the "transport technology of the future", the engineer and entrepreneur wrote.

"One day, everyone's driving could be close to emissions-free, like mine is. The more of us who buy electric cars and power them with green electricity the faster that day will come."

Simon McKeon, who will succeed Dr Finkel as chancellor at Monash University, praised his mooted-appointment on Monday: "There's no doubt he has done his level-best for the promotion of science in this country. We do need a good communicator, not just a good adviser on science."

Dr Finkel could be expected to speak out more on climate change and nuclear power as Chief Scientist, Mr McKeon, a former CSIRO chairman, said. "We're in a different era now. We're not as intimidated by what I'm going to call unfortunate comments about science by non-scientists."

Dr Finkel has also argued that nuclear power should be considered an alternative energy source, with solar and wind failing to meet the growth in global demand for electricity if fossil fuels had to be avoided.

In the 1980s, he established Axon Instruments, a company which supplies tools for cellular neuroscience and drug discovery which was later bought by a US firm and listed on the Australian Stock Exchange.

Mr McKeon said that one notable failure among Dr Finkel's CV of successes, his time as chief technology officer at Better Place, would one day be viewed more favourably.

"Better Place will just be shown as a company that was ahead of its time. Science is all about risk," he said.

Better Place, which aimed to supply battery-switching services for electric vehicles, filed for bankruptcy in Israel in 2013 after burning through $US850 million (then worth about $885 million) in private funds.

Evan Thornley, who was chief executive of Better Place, said: "I know how passionate Alan is about climate change and finding economically attractive ways to reduce emissions.

"Such an appointment would be a great signal that the Turnbull government is serious about science, both in the classroom, the lab, but also in the fast-moving real world of technology entrepreneurship and its key economic and environmental role."

Key figures in the science community have welcomed the appointment.

Sir Gustav Nossal, Emeritus Professor in the Department of Pathology at the University of Melbourne, said that beyond Dr Finkel's scientific research and business achievements, he was a "person of the highest intelligence, integrity and imagination. Australia was also 'getting 2 for the price of one' as his wife, Elizabeth Finkel, is a distinguished science journalist and author."

"This news has made my day, my week, my month and my year," he said.

Professor Andrew Holmes, the president of the Australian Academy of Science also said Dr Finkel was an "excellent choice". "I'm confident he will speak strongly and passionately on behalf of Australian science, particularly in his advice to government."

Opposition Leader Bill Shorten called Dr Finkel a "tireless advocate" for Australian science research and innovation for more than 30 years.

He and Nick Champion, acting opposition spokesman assisting the leader for science, also praised Professor Chubb's dedication to his role: "At a time when scientists too often come under attack from those with dubious political agendas, Professor Chubb has not ceased to remind Australians that, without adherence to the goals and methods of scientific inquiry, the advancement of society would be inconceivable."

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The story Alan Finkel appointed Australia's next Chief Scientist first appeared on The Sydney Morning Herald.


Source: Alan Finkel appointed Australia's next Chief Scientist

Sunday, October 25, 2015

Toyota bets the future car will be fuelled by hydrogen

A Toyota worker checks a Mirai fuel-cell vehicle on the production line of the company's Motomachi plant©Bloomberg

A Toyota worker checks a Mirai fuel-cell vehicle on the production line of the company's Motomachi plant

Toyota showed off a special version of its new Mirai saloon this week to celebrate Back to the Future day.

The Japanese carmaker's take on the time-travelling DeLorean from the popular movie series has the trademark gull-wing doors and the same, bare-metal bodywork seen in the Hollywood film.

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On this topic IN Automobiles

But Toyota's car is not fuelled by banana skins. This one runs on hydrogen.

Mirai — meaning "future" in Japanese — is Toyota's fuel-cell vehicle, a hybrid car powered by two tanks of high-pressure hydrogen and an electric motor. For the world's biggest carmaker by sales, this is no mere movie tie-in project. It is Toyota's next big visionary bet.

Akio Toyoda, chief executive, has called the fuel-cell sedan a "new start". The project is an important part of Toyota's ambitious plan, announced last week, to virtually eliminate petrol and diesel engines from its fleet by 2050 — a drive that has taken on urgency across the industry following the Volkswagen emissions scandal.

The hydrogen car represents a key moment for a company that may be making record profits but is still recovering its poise after a global recall over unintended acceleration.

The move echoes Toyota's big bet two decades ago on petrol-electric hybrids. The company launched the Prius in 1997 and has now sold 8m vehicles worldwide, turning Toyota into a leading green-car company.

The Prius sells at a price competitive with alternative technologies and requires no charging infrastructure, since the electric boost is provided by energy from regenerative braking.

"When we developed the hybrid, all we had to do was design a great car," says Yoshikazu Tanaka, chief engineer of the Mirai.

With the £66,000 Mirai, however, "no matter how good a job Toyota does, Toyota alone cannot make this technology popular", admits Mr Tanaka. "We really need to build an ecosystem."

Fuel-cell cars — which are effectively hydrogen-electric hybrids — cannot be recharged at home, so drivers are reliant on public filling stations, which at the moment are rare. Hamburg, where Toyota launched the Mirai in Europe this month, has four. But that is the same number as in the entire UK.

Analysts at Goldman Sachs say hydrogen stations require upfront investment of $3.2m-$4m, versus about $800,000 for petrol stations, meaning infrastructure may be slow to develop.

"That's not range anxiety. That's range panic, because you just can't use the car," says Andy Palmer, the Aston Martin chief executive who oversaw development of the all-electric Leaf while at Nissan.

The cars are expensive, too, because of the costly fuel stack at the heart of the vehicles. The Mirai is priced the same as a BMW 7-Series, a luxury executive saloon. The Hyundai ix35, the first production fuel-cell car, is not much better at about £53,000.

As a result, doubters say fuel-cell vehicles are driven by government policy rather than consumer demand. It is unclear whether the loss-leading vehicles will ever be profitable without government assistance.

Analysts at Goldman Sachs estimate that fuel-cell cars will remain a niche proposition until at least 2025, when they will account for 0.5 per cent of global sales. IHS Automotive, a research group, predict conventional electric vehicles will be at 1.3 per cent by then.

First released in Japan in December last year, Toyota this month began handing over the Mirai to the early adopters, business leaders and public agencies in Europe that it hopes will spread the word and start building the ecosystem.

To foster the production of rival cars, the company released its fuel-cell patents in January, echoing a similar move by Tesla on electric vehicle patents.

Recent weeks have seen the likes of Porsche and Audi launch luxury challengers to Tesla's electric cars, and many carmakers are also pushing into hydrogen technology.

"Car manufacturers are betting on red or black," says Mr Palmer. "Almost everybody has hedged their bets."

Until 'dieselgate' . . . the very strong pull was from Asia. That has changed substantially over the past few weeks

- Henri Winand, chief executive of Intelligent Energy, a British fuel-cell technology specialist

Hyundai's fuel-cell car, the ix35, started production in 2013. Honda, which has been collaborating with General Motors, plans to release a competitor next year. A Nissan vehicle, jointly developed with Daimler and Ford, is expected in 2017.

Some analysts say the scandal at VW, which last month admitted cheating in US emissions tests of its diesel vehicles, will accelerate the shift towards hydrogen cars, whose only emission is water.

"Until 'dieselgate' . . . the very strong pull was from Asia," says Henri Winand, chief executive of Intelligent Energy, a British fuel-cell technology specialist. "That has changed substantially over the past few weeks."

Other benefits of the technology include a long range — the Mirai can do 550km on one fill-up, according to European laboratory tests — and rapid refuelling. It takes just three to five minutes. Electric recharging, on the other hand, takes hours and fights have already broken out at some stations in California. It "is like filling your petrol tank with a syringe", says Mr Winand.

One hydrogen dispenser is capable of supporting 80,000km of travel a day, versus less than 6,000km for a quick-charge electric point, according to BMW.

Toyota believes the Mirai can achieve an overall carbon emissions reduction — including factory production — of 50-70 per cent versus conventional petrol and diesel models, depending on whether the hydrogen is produced from renewable sources such as wind and solar. Using green energy to power electrolysis allows the energy to be stored as hydrogen.

Not surprisingly, fuel-cell technology is appealing to governments. Germany, which has invested heavily in renewable energy in recent decades, plans to have 400 hydrogen filling stations across the country by 2023.

Heinrich Klingenberg from hySolutions, a Hamburg public-private partnership, says hydrogen will be a "game-changer".

"As long as we're talking about vehicles that are in interurban use, with a mileage of 50km, that's all very fine and I can do it with battery [electric] vehicles," he says. "But as long as it's heavy duty or I want to do longer mileages, then I do believe we have to have a different type of power train."

Toyota also sees fuel cells as just one form of propulsion that will be used in combination with other technologies — from large cars and trucks powered by hydrogen, through smaller hybrid and plug-in hybrid passenger cars, to electric city cars.

"It's not really a question of which one to go for, one or the other," says Mr Tanaka. "Toyota does not deny the idea of pure" electric vehicles.

"[But hydrogen] satisfies most of the requirements people would want for their first car," he adds. "Although it takes time, we are all very committed to this technology."

Mirai shows off technology  

The Toyota Mirai does not wear its technology lightly.

A futuristic, 4.9m-long saloon, the car has an aggressive, boxy shape and huge grilles that dominate its front end, offering an instant reminder that this is not your average runabout.

The air intakes behind those grilles are integral to the advanced technology inside the vehicle. Oxygen, drawn in through the slats, and hydrogen stored in two tanks pass over a stack of fuel cells, causing a chemical reaction that produces electricity to power the motor. The only emission is water.

Get behind the wheel, and the Mirai — effectively a hybrid vehicle — drives like a polished electric car. Other battery-powered models, such as the BMW i3 and the Renault Zoe, can feel jumpy in city traffic. But the Mirai is super-smooth.

It's also quiet. The electric motor is, of course, near silent, punctuated only by the fizzing noise of the hydrogen being pumped to the fuel-cell stack. The Japanese company has also worked hard to keep out exterior noise, using acoustic glass that reduces passing lorries to a mere whisper.

The Mirai is, and feels like, a big car — offering the sizeable but stealthy road presence of a Tesla Model S.

The question is, will customers be prepared to part with a similar amount of cash — the Mirai will cost £66,000 in the UK — for an obscure technology that could leave them with an acute case of range anxiety?

Assuming you can find a place to refuel, it costs about €45 in Germany for a fill-up. Home charging stations seem an unrealistic prospect.

The Mirai comes with all the tech trimmings of a modern car — lane departure warning, collision avoidance, a JBL sound system. But both the interior and the overall performance lack the "wow" factor toted by cars aimed at a similar audience — that is, premium, green, design-conscious drivers.

The mere presence of hydrogen — highly flammable and once used to make bombs — may also deter some buyers.

But here, Toyota has armed itself for the battle. The company loaded the car with two full tanks of hydrogen and dropped it from 10m. It also shot the tanks with military-grade rifles. The gas harmlessly dissipated from the pierced canisters.

If a leak occurs in transit, on-board sensors are set to pick-up the escaped gas and shut off the hydrogen system.

So, the Mirai is a safe, clean and silent driving experience. But it could never be called explosive.

Copyright The Financial Times Limited 2015. You may share using our article tools.Please don't cut articles from FT.com and redistribute by email or post to the web.


Source: Toyota bets the future car will be fuelled by hydrogen

Saturday, October 24, 2015

Honda Civic, Scion iA Drives; Tesla Reliability; Nissan Electric Aims: The Week In Reverse (Video)

Why does Nissan think it can boost electric-car sales by a factor of 10 in just five years?

And, what did VW say about electric cars as it prepared to launch its so-called "clean diesels"--which we now know weren't clean at all?

This is our video look back at the Week In Reverse--right here at Green Car Reports--for the week ending on Friday, October 23, 2015.

Friday, we wrote about a Nissan executive who said a battery breakthrough enabling 200-mile range will let the company boost its electric-car sales by as much as a factor of 10.

The Leaf electric car was 1 percent of last year's overall sales. But with a new-generation battery, said corporate officer Hiroto Saikawa, that could rise to 5 percent--and 10 percent "in the near future" after that.

On Thursday, we covered a trip to Honda's assembly plant in Marysville, Ohio, where the company detailed its "Green Path" program to reduce the energy used in vehicle manufacturing.

It turns out there's no silver bullet. It involves a lot of incremental improvements, though a new state-of-the-art $210 million paint line will cut energy used to paint vehicles by 18 percent.

Wednesday, Consumer Reports dropped a bombshell: It stopped recommending the Tesla Model S due to the lack of reliability its owner surveys had revealed.

A couple of days later, we looked at a slightly different take on its data: What if newer Tesla buyers are just pickier than the eagerest early adopters?

On Tuesday, we covered our gas-mileage test of the 2016 Scion iA subcompact sedan--which came in at an impressive 38 miles per gallon.

The little Scion sedan is actually a Mazda 2 underneath. We liked it when we first drove it, and after spending a few days with it, we like it even more.

Monday was another drive of another new small sedan, the completely redesigned 2016 Honda Civic.

It's longer, lower, and wider, with two new engines and much racier fastback looks. At 35 mpg combined, its gas mileage is considerably better than last year's Civics.

Over the weekend, we discussed China's latest Five-Year Plan--and looked at whether it could provide a huge boost to electric-car sales there.

Finally, we hit several more stories last week on the Volkswagen diesel emission scandal. But the one that most amused us came from an old issue of VW Driver magazine.

Just as VW was ramping up in 2007 to launch its so-called "clean diesel" cars, the company wrote that it expects "all cars will eventually be electric."

Until next week, this has been the Green Car Reports Week in Reverse update.

________________________________________________

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Source: Honda Civic, Scion iA Drives; Tesla Reliability; Nissan Electric Aims: The Week In Reverse (Video)

Friday, October 23, 2015

GM says Chevy Bolt electric range could be over 200 miles

General Motors' entry into the long-range electric vehicle market should be able to go more than 200 miles on a single charge, company officials said on Tuesday.

The company also plans to market the Chevrolet Bolt, a small hatchback car due out late next year, as a crossover SUV as it tries to take advantage of the global thirst for SUVs.

The comments were made at an event at GM's technical centre north of Detroit announcing joint development efforts with LG Electronics of Korea to design the Bolt's electric motor, heating and air conditioning system, infotainment screen and other components. LG Chem already has worked with GM on the battery design.

GM's 200-mile range estimate for the Bolt is a bit conservative, product development chief Mark Reuss told reporters, without giving a number.

GM unveiled the Bolt early this year as it tries to compete with Tesla Motors and other automakers that are working on long-range electrics. Many industry watchers see the 200-mile range as making battery-powered cars more appealing to the masses.

Reuss said the partnership with LG Chem and LG electronics enabled GM to overcome range, price and utility limitations that have hampered mainstream electric car sales in the past. The Bolt will cost under $30,000 including a $7,500 federal electric car tax credit. At that price, the car would be in the range of Tesla's planned Model III, which also would go about 200 miles per charge. The car is due out in 2017.

Currently Tesla's Model S sedan can go up to 270 miles per charge, but it starts at more than $70,000.

Pam Fletcher, GM's executive chief engineer for electric vehicles, said the company will try to get the Bolt classified as an SUV because it has the "spaciousness and utility" of a larger vehicle.

For more news from India Today, follow us on Twitter @indiatoday and on Facebook at facebook.com/IndiaTodayFor news and videos in Hindi, go to AajTak.in. ताज़ातरीन ख़बरों और वीडियो के लिए आजतक.इन पर आएं.


Source: GM says Chevy Bolt electric range could be over 200 miles

Thursday, October 22, 2015

Mitsubishi planning new electric and plug-in SUVs

Mitsubishi chairman and CEO Osamu Masuko was in London last week to talk about the incredible success his company is having with its Outlander PHEV. UK sales through the end of June totalled 7255 units — more than double those of the Nissan LEAF. Last year, Mitsubishi sold more electric cars and plug-in hybrids in the UK and Europe than any other manufacturer.

Masuko told the press in England that between now and 2020, Mitsubishi will build a five tier lineup of SUVs, four of which are likely to be plug-in hybrids or EVs. Its ASX is likely to be the world's smallest SUV with pure battery electric power, based upon the eX all electric 4 wheel drive concept scheduled to appear at the Tokyo motor show later this month.

There will also be an all new SUV between the ASX and Outlander, which will grow 
a little to make space for the new model. For the UK and Europe, the company will add 
a 'Shogun Sport', described as "a conventionally powered pure off-roader," in between the Outlander and the top of the line Shogun.

Mitsubishi is Japan's sixth-largest car company, selling around 1.2 million cars and commercial vehicles each year. Masuko said its future emphasis would not be on chasing volume, "which could be dangerous", but on improving its brand image and setting "appropriate prices".

What does this mean for the US market? That picture is murky. One would think that if a company had a highly successful plug-in SUV like the Outlander PHEV, it would want to offer that vehicle to US customers. But so far, Mitsubishi has dithered about whether to bring the Outlander PHEV to America. By the time it does, its opportunity to improve is lackluster image in the US may have evaporated.

Dealers in the UK report that owners of conventional SUVs from premium manufacturers like Mercedes and BMW have been have been trading in their gas guzzlers for Mitsubishi's Outlander PHEV. That has helped MItsubishi raise its image in the UK substantially. Why would it not want to leverage that success in North America? Only Osamu Masuko knows the answer to that question.


Source: Mitsubishi planning new electric and plug-in SUVs

Wednesday, October 21, 2015

Electric Motors Market is Expected to Reach $129 Billion, by 2020

Information contained on this page is provided by an independent third-party content provider. WorldNow and this Station make no warranties or representations in connection therewith. If you have any questions or comments about this page please contact pressreleases@worldnow.com.

SOURCE Allied Market Research

PORTLAND, Oregon, October 21, 2015 /PRNewswire/ --

According to a new report published by Allied Market Research titled, "World Electric Motors Market - Opportunities and Forecasts, 2014 - 2020", the world electric motors market is estimated to garner $129 billion by 2020, registering a CAGR of 5.3% during 2015-2020. In 2014, Asia Pacific accounted for the highest revenue generating region in world electric motors market followed by Europe. The segment of hermetic motor would register a rapid CAGR of 7.4% during the forecast period. Among the different applications, motor vehicles constitute the largest share of over 50% in the global electric motors market.

     (Logo: http://photos.prnewswire.com/prnh/20140911/647229)

To request more information, visit the website at https://www.alliedmarketresearch.com/industry-report/world-electric-motor-market

Presently, the demand for energy efficient electric motors drives the electric motors market. Although these motors are expensive as compared to conventional motors, the long term environmental benefits offered by premium motors tend to outweigh their initial higher cost. Energy efficient motors increase the efficiency of the machines by approximately 20% as compared to standard motors, which, in-turn, saves the cost of energy consumed. The demand for energy efficient electric motors can be attributed to factors such as the growing electricity cost and rising automobile fuel prices. AC motors are largely used across various industrial applications, whereas DC motors generally find major application in the automobile sector.

AC motors accounted for the highest revenue generating motor among all type of motors in 2014. Synchronous and Induction are the two main types of AC motors discussed in the report. Brushed and brushless are two major type DC motors discussed in the report.  Owing to low maintenance cost, brushless DC motors are majorly used in small applications across various sectors, which has led the brushless type of DC motor to generate higher revenue in DC motor segment. Among all the three types, Hermetic motors are expected to witness the highest CAGR of 7.4% during the forecast period (2015 - 2020). The growth would be driven by the increasing use of HVAC applications across the world, in turn creating demand for hermetic motors.

Similar market studies published by Allied Market Research -

Permanent Magnet Motor Market - https://www.alliedmarketresearch.com/permanent-magnet-motor-market

Energy Efficient Motor Market - https://www.alliedmarketresearch.com/energy-efficient-market

Fractional Horsepower (FHP) Output motors are popularly used for small applications across medical, automotive, residential and industrial manufacturing sectors, occupying nearly 88% of market share in output power segment of electric motors market. However, the Integral Horsepower (IHP) Output motor would register a higher growth over the forecast period due to the increasing demand for the use of IHP motors in water industry and for irrigation purposes.

The motor vehicle sector generates nearly 52% of the revenue amongst others in application segment of electric motors market on account of the consistently increasing adoption for electric motors in the automobile sector. Leading car makers such as Tesla, Ford, Nissan and Chevrolet are engaged in the development of novel electric cars. Favourable government initiatives and supportive regulatory policies are key factors that are boosting the growth of the electric vehicle market, further supplementing the demand of electric motors.

Key findings of study 

  • Asia Pacific was the highest revenue generating region in the world electric motor market and would consolidate its position over the forecast period
  • Brushless DC motor is the leading segment in the DC motor market, forecast to register CAGR of 4.6% during 2015 - 2020
  • Integral Horsepower (IHP) Output motor would register a double digit CAGR during the forecast period (2015-2020)
  • Motor vehicles accounts for highest revenue generating segment in the electric motors market
  • Mergers and acquisitions are identified as prominent development strategies adopted by manufacturers in the market. Allied Motion Technologies Incorporation recently acquired Globe Motors, a precision quality grade electric motor manufacturer. This acquisition has enabled Allied Motion Technologies to provide innovative products and customized solutions to its customers. Prominent Players profiled in the report are Ametek Incorporation, Siemens AG, Baldor Electric Incorporation, Allied Motion Technologies Inc., ARC Systems Incorporation, Asmo Corporation Limited, Brook Crompton UK Limited, Franklin Electric Cooperative Incorporation, Rockwell Automation Incorporation and Johnson Electric Holdings Limited.

    About Us:

    Allied Market Research (AMR) is a full-service market research and business-consulting wing of Allied Analytics LLP based in Portland, Oregon. Allied Market Research provides global enterprises as well as medium and small businesses with unmatched quality of "Market Research Reports" and "Business Intelligence Solutions". AMR has a targeted view to provide business insights and consulting to assist its clients to make strategic business decisions and achieve sustainable growth in their respective market domain.

    We are in professional corporate relations with various companies and this helps us in digging out market data that helps us generate accurate research data tables and confirms utmost accuracy in our market forecasting. Each and every data presented in the reports published by us is extracted through primary interviews with top officials from leading companies of domain concerned. Our secondary data procurement methodology includes deep online and offline research and discussion with knowledgeable professionals and analysts in the industry.

    Contact:Deep Joshi5933 NE Win Sivers Drive#205, Portland, OR 97220United StatesDirect: +1(503)505-6949Toll Free: +1-800-792-5285 (U.S. & Canada)Fax: +1(855)550-5975E-mail: sales@alliedmarketresearch.com

    ©2015 PR Newswire. All Rights Reserved.


    Source: Electric Motors Market is Expected to Reach $129 Billion, by 2020

    Tuesday, October 20, 2015

    Tim Cook Stokes Apple Car Rumors, Says 'Massive Change' Coming To Auto Industry

    Despite the fact that Apple has never been explicit about its desire to create an electric vehicle, it's hard to imagine at this point that it won't happen. Even Tesla's Elon Musk has weighed in on things, going on record to say that the Cupertino's EV team is like "Tesla's graveyard" - a statement he later went on to quell a little bit.

    Back in August, it leaked out that Apple's Tim Cook had paid a visit to BMW's Leipzig factory to gauge and discuss things. Ultimately, it's not clear if BMW is going to have anything to do with Apple's foray into vehicle making, but it no doubt gave Apple a boost to get a sneak peak into what to expect.

    Well, he might still be keeping mum on things, but at Wall Street Journal's WSJDLive conference, Cook had some interesting things to say. Such as the fact that the auto industry is in need of a "massive change", not just an "evolutionary one".

    tim cook

    Cook does admit that he'd like to be able to provide people the "iPhone experience in the car", which is something possible to an extent with the company's CarPlay system. He no doubt would like to take things even further, though, and would be able to if Apple was the one designing the entire vehicle.

    It's interesting, though, that while Cook, and Apple as a whole, would want to bling out its vehicle with the latest technologies, reports back in August highlighted the fact that most people simply don't care about most of the technologies that come with their "connected" vehicles. In fact, many consider them to be a waste of money, both for the consumer, and vendor alike.

    None of that counts autonomous driving, which seems like a technology that many wouldn't mind having. Given that Apple's first car is is expected to launch in 2019, it could be that the company will offer autonomous driving from the get-go. Then, people would actually be able to play with the various gadgets in their car, since they don't need to worry about that whole "driving" thing.

    Anyone want to place any bets on when Apple will finally stop beating around the bush and announce its EV?


    Source: Tim Cook Stokes Apple Car Rumors, Says 'Massive Change' Coming To Auto Industry

    Monday, October 19, 2015

    Apple's auto ambitions sideswipe electric motorcycle startup

    An Apple logo hangs above the entrance to the Apple store on 5th Avenue in the Manhattan borough of New York City, July 21, 2015. REUTERS/Mike SegarThomson ReutersAn Apple logo hangs above the entrance to the Apple store on 5th Avenue in the Manhattan borough of New York City

    By Julia Love

    SAN FRANCISCO (Reuters) - Apple Inc's aggressive recruitment of auto experts as it explores building a car has left a promising, if financially troubled, electric motorcycle startup in the dust.

    Mission Motors, whose sleek electric bikes drew comparisons to Tesla's cars, ceased operations in May after losing some of its top engineering talent to Apple, according to sources close to Mission.

    Although it has never openly acknowledged it is looking into building an electric car, Apple has recruited dozens of auto experts, many from car makers like Ford or Mercedes-Benz, which shrugged off the departures.

    As tech giants vie to define the future of personal transportation, dangling higher salaries and a more secure future, the defections can be devastating for startups, industry insiders said.

    Some close to Mission Motors said it had reached a point of no return by last fall, when departures to Apple, and other companies, accelerated after a long struggle to find funding and a sound business model.

    But former Chief Executive Derek Kaufman thinks the company could have carried on if it had not lost key employees, undermining efforts to raise funding.

    "Mission had a great group of engineers, specifically electric drive expertise," Kaufman said. "Apple knew that - they wanted it, and they went and got it."

    A spokesman for Apple declined to comment for this story.

    Kaufman said Apple recruiters began circling Mission as it was trying to raise a crucial round of funding last autumn.

    An investor who had committed to the round backed out after two key engineers joined Apple, he said, and more employees followed in the coming months.

    San Francisco-based Mission is not the first to run up against Apple's auto ambitions. Tesla Motors Inc CEO Elon Musk has publicly chided the iPhone maker for trying to poach engineers.

    In February, electric-car battery maker A123 Systems sued Apple for recruiting some of its top engineers, claiming it had been forced to abandon key projects. A123 and Apple later settled on undisclosed terms.

    With a research and development team of several hundred, A123 could weather the departures, CEO Jason Forcier said. But a small startup could be crippled, he noted.

    "The competition for engineers is as stiff as I've ever seen it, and I've been in this game for 25 years now," he said.

    That was illustrated earlier this year when ride-hailing app Uber snatched as many as 50 people away from Carnegie Mellon University's robotics lab, according to media reports, to help it build a self-driving car.

    And amid tepid interest from investors in clean tech, startups rarely raise the money they need to compete, Forcier said.

    "We put $1 billion into A123," he said. "Startups get $10 million to $20 million - it's nothing."

    Mission raised about $14 million, according to investment database CrunchBase.

    Scot Harden, a vice president at electric bike maker Zero Motorcycles, said his company has not suffered any defections to Apple thanks to a stable base of investors.

    "You have to have investors behind you who really see that future," he said.

    MISSION'S WOES

    Apple never tried to acquire Mission Motors, Kaufman said. But the engineering team, specializing in hardware and software for electric drive systems, including algorithms for battery charging and cooling, offered Apple a range of expertise to draw from.

    At least two Mission employees joined Apple in 2012, according to LinkedIn profiles. Over the past year, people with knowledge of Mission estimate about a half dozen engineers moved to Apple.

    Other employees also joined companies such as Tesla and Harley-Davidson, but Apple grabbed the largest share, they added.

    The hires include Nancy Sun, Mission's vice president of electrical engineering, Mark Sherwood, director of power train systems engineering, and Eyal Cohen, vice president of software and electrical engineering.

    Sherwood declined to comment. Cohen and Sun did not respond to requests for comment.

    From its founding in 2007, Mission attracted engineers driven to build a world-class electric motorcycle. The company made headlines as it unveiled its prototype: an angular, modernist racing machine that hit 150 miles (240 km) per hour in tests, a record for electric bikes.

    "It was the best bike I've ever thrown a leg over," former Mission employee Jeremy Cleland said.

    But Mission was perpetually on the verge of running out of money, people with knowledge of the matter said.

    In 2010, the company began focusing on making software and components for electric vehicles for other firms, hoping to generate revenue to support the motorcycle project.

    A separate company, Mission Motorcycles, was formed in 2013 to sell the bike, but it plans to file for bankruptcy, CEO Mark Seeger wrote in court papers in September.

    Mission Motors had no more luck with its new third-party business model. Although it struck deals with Harley-Davidson and others, the contracts were not lucrative.

    Infield Capital, the largest investor which now controls the company, is in talks with parties which may be interested in acquiring the remaining Mission Motors assets, including designs for components and software, a patent portfolio, and a battery lab, said Bill Perry, a venture adviser at the firm.

    Mission's prized bike never reached consumers. But former employees now hold key roles in Silicon Valley's auto efforts.

    They include Seth LaForge, an engineer on Google's self-driving car project, and Jon Wagner, Tesla's director of battery engineering - an impressive tally for a company that never numbered more than about 50 employees.

    "The Apples, the Googles and the Teslas really benefited from the education that those engineers were given at Mission," one industry executive said.

    (Reporting by Julia Love; Editing by Stephen R. Trousdale and Bill Rigby)

    Read the original article on Reuters. Copyright 2015. Follow Reuters on Twitter.

    More from Reuters:
  • U.S. top court to hear bid to reinstate Maryland gas-fired plants plan
  • Apple's auto ambitions sideswipe electric motorcycle startup
  • 5,000 migrants reach Slovenia on Monday: official
  • United says to release more details about CEO's health
  • Modi's budget cuts hurt India's fight against malnutrition: Gandhi

  • Source: Apple's auto ambitions sideswipe electric motorcycle startup

    Sunday, October 18, 2015

    Will Next Chinese Five-Year Plan Boost Electric Cars Dramatically?

    Over the past few years, the Chinese government has aggressively promoted electric cars with incentives and preferential policies.

    Those policies may finally be paying off, as multiple analyses have shown a major increases in sales of electric cars and plug-in hybrids in China this year.

    But China is still reportedly falling behind previously-set sales targets, which may force the government to take even more aggressive action.

    DON'T MISS: China Built 25,000 Electric Cars & Plug-In Hybrids In June Alone

    The country's next five-year plan could emphasize electric-car adoption to a greater extent, according to Bloomberg.

    The Communist Party--which will present the 13th Five-Year Plan at a plenum later this month--may emphasize the building of charging stations and improving the efficiency of batteries.

    This would help address some of the major drawbacks to electric cars in China.

    Kandi electric car vending machine in China (Image: Aaron Rockett, video screen grab)

    Kandi electric car vending machine in China (Image: Aaron Rockett, video screen grab)

    Enlarge Photo In particular, lack of charging infrastructure has kept sales of all-electric vehicles down. Many of the plug-in cars sold in China are plug-in hybrids.

    But without readily available charging stations, many of those cars hardly ever get plugged in, and so spend little time operating on electric power.

    ALSO SEE: Cue Kandi Store Jokes: Small Electric Car Goes On Sale In China

    The national government hopes that promoting electric cars, plug-in hybrids, and hydrogen fuel-cell vehicles--collectively known as "New Energy Vehicles"--will help reduce the country's infamous air pollution.

    It's offered subsidies to buyers of new electric cars, while local city governments have given electric-car buyers priority in lotteries for vehicle registrations.

    Yet there are reportedly just 220,000 plug-in cars on Chinese roads, or about 22 percent of the goal originally set for 2015.

    Venucia E30 (Chinese version of Nissan Leaf electric car), Guangzhou Auto Show [photo: ChinaAutoWeb]

    Venucia E30 (Chinese version of Nissan Leaf electric car), Guangzhou Auto Show [photo: ChinaAutoWeb]

    Enlarge Photo The next five-year plan is also expected to emphasize consolidation of the Chinese auto industry, which is currently comprised of more than 100 manufacturers of varying sizes.

    Last week, China's State Council reiterated its support for New Energy Vehicles, and warned local governments not to interfere with that policy.

    MORE: Will China Overtake The U.S. In Electric-Car Sales This Year?

    It warned against any local-level policies that might restrict the sale or use of electric cars.

    It also threatened to cut back on fuel and operating subsidies if cities were seen to be dragging their feet on adoption of cleaner buses for public transportation.

    _______________________________________________

    Follow GreenCarReports on Facebook and Twitter


    Source: Will Next Chinese Five-Year Plan Boost Electric Cars Dramatically?

    Saturday, October 17, 2015

    Mitsubishi i-MiEV is America’s lowest cost electric, for a reason

    2014 i-MiEV Silver.2014 i-MiEV Silver.

    Wieck

    On a stand-alone basis, one could tolerate the 2016 Mitsubishi i-MiEV. With nothing to compare it to, it's not a bad little car and there is the added appeal that it runs on electricity.

    That was the case when it was introduced in 2012. Its only competition was the Nissan Leaf, but so much has changed in the electric vehicle universe since then. Unfortunately, the Mitsubishi i-MiEV has stood still and is being outpaced by the competition.

    Mitsubishi points out the i-MiEV is the least expensive electric vehicle on the road with a starting price of $22,995 (before an $850 destination charge). The company also cites the $7,500 federal tax credit. Massachusetts has a $2,500 rebate available. You need to talk to a tax professional, though, to understand how the tax credit and rebate work.

    It's the price of the batteries that turn what is basically a $12,000 vehicle into one with a price tag of $23,000. The Mitsubishi i-MiEV just feels cheap with doors that seem to have the heft of cat food cans and an interior filled with hard plastic surfaces. Mitsubishi might have been smart to not seek the "lowest priced EV" title and instead funneled additional upscale materials into this car even if it meant a higher MSRP.

    Other sedans like the electric Ford Focus, Volkswagen eGolf, and the Nissan Leaf cost more yet are substantially nicer inside. They also get additional range, which justifies their higher prices.

    Story continues after gallery.

    10 fuel-friendly luxury cars:

    For those interested in the numbers, the lithium-ion main drive battery pack consists of 88 individual battery cells. Its total energy storage capacity is 16 kWh. The EPA says it has a range of 62 miles. In my week with the car, the meter consistently showed 72 miles and I observed mile-per-mile equal to the meter.

    My wife drove the Mitsubishi to work and back, a distance of about 46 miles round trip. It went out with a full charge and came back with about 27 miles left. She sacrificed air conditioning only because we weren't sure if she could use it and make it home. It turned out to be an unjustified concern.

    Charging was at first confusing because the Mitsubishi i-MiEV has ports on both sides of the car. One side is for the more traditional charging offered at a home through either your standard household outlet or a more powerful home charging station. The other is for high-speed charging.

    The standard outlet will bring the car to full charge in 14 hours, but you would have to be way down in juice to need that long. A Level 2 charging station will get the job done in 7 hours. A high-speed charger can bring the i-MiEV up to 80 percent charge in less than 30 minutes.

    Once on the road, the Mitsubishi i-MiEV drives pleasantly enough. It has three drive modes. D provides the highest performance. Eco gets you the most bang for your charge while B helps you recharge your batteries through regenerative braking. B is best used when you are braking frequently. On the highway, you need to be in D to stand any chance of changing lanes. The 0-60 time for the Mitsubishi i-MiEV is in the 13-15 second range.

    As mentioned, the interior of the Mitsubishi i-MiEV leaves a lot to be desired but is not without some redeeming touches. The diamond patterned seats are nice looking and the center stack is easy to use. The HVAC vents and door handles are well designed.

    2014 i-MiEV Silver.2014 i-MiEV Silver.

    Wieck

    One flaw is the instrument gauges. Too much space is devoted to a faux fuel gauge that shows remaining charge. Because the miles-left gauge is what people are going to rely on, it should be more prominent.

    The model we drove had the optional navigation package for $2,000. It includes a seven-inch screen and navigation package, hands-free link system with Bluetooth, USB, redundant steering wheel controls, and rearview camera system.

    Without the nav package, the Mitsubishi i-MiEV is lacking in technology beyond the heated seats. For conservation reasons, heated seats are a must-have in any electric vehicle. They help reduce the need for energy-draining heating that warms the entire cabin, even when the driver is solo.

    The Mitsubishi i-MiEV, while loaded with airbags, gets only four stars overall from the National Highway Transportation Safety Administration. Its side crash rating is three stars. Those scores need to be higher in a subcompact car.

    THE BASICS Price, base (with destination): $23,845. Fuel economy (equivalent): 126 city/99 highway/112 combined. Drivetrain: Single-speed transmission electric vehicle. Body: Four-door subcompact.

    THE SPECIFICS Horsepower: 66 hp @ 3,000 to 6,000 rpm. Torque: 145 @ 0 to 3,000 rpm. Overall length: 144.7 in. Wheelbase: 100.4 in. Height: 63.6 in. Width: 62.4 in. Curb weight: 2,579 lbs.

    THE GOOD The Mitsubishi i-MiEV is the lowest priced electric vehicle in the U.S., which makes it a good way to explore an alternative fuel vehicle lifestyle.

    THE BAD The Mitsubishi i-MiEV feels too unsubstantial as a car to be a viable choice as an electric vehicle. It has a cramped interior, an awkward design, and a power deficit not overcome by instant torque.

    THE BOTTOM LINE The 2016 Mitsubishi i-MiEV suffers from being so far behind the competition in a growing electric vehicle field. About the only compelling reason to buy one would be price alone.


    Source: Mitsubishi i-MiEV is America's lowest cost electric, for a reason

    Friday, October 16, 2015

    Norway Is Global Model for Encouraging Sales of Electric Cars

    Photo Norway has become a global model for how to persuade the public to embrace electric vehicles. Above, a Tesla S parked near a police horse stable. Credit Thomas Haugersveen for The New York Times

    OSLO — Berit Nordgarden and her husband, Eivind Tellefsen, loved their nonpolluting Nissan Leaf electric car. But they found its 85-mile battery life too short for weekend trips to their cottage with their two young children.

    So the outdoorsy couple took a deep breath and bought a second car: a Tesla Model S luxury sedan with three times the battery range, the best of any electric car on the market. Buying an $87,000 car was a stretch, requiring them to refinance their primary residence, a cozy wooden home in Oslo.

    But the Tesla would have been completely out of reach — costing perhaps double the price — without generous subsidies and incentives that the Norwegian government offers to encourage the adoption of e-cars.

    "If there were no incentives, we couldn't have afforded it," said Mr. Tellefsen, a computer en gineer, as he squinted into the dazzling sun of an autumn afternoon. "We'd probably have bought a secondhand Skoda.''

    Mr. Tellefsen and Ms. Nordgarden, along with thousands of other Norwegians, are taking part in the world's most ambitious governmental effort to wean drivers off fossil fuels. It is part of the effort by this country of 5.2 million people to reduce greenhouse gas emissions and meet its ambitious United Nations climate goals.

    Photo Eivind Tellefsen and his wife, Berit Nordgarden, bought a Tesla Model S, made affordable by generous government subsidies. They also own an electric-powered Nissan Leaf. Credit Thomas Haugersveen for The New York Times

    At a time when the Volkswagen emissions scandal has helped expose the drawbacks of Europe's heavy reliance on diesel cars, Norway has become a global model of how to get the public to embrace electric vehicles, an experiment that is attracting researchers and policy makers from around the world.

    No other country can yet match Norway's proportion of all-electric cars. Though still only 2 percent, the figure is double that of the runner-up, the Netherlands, and is growing faster than anywhere else in the world. More than one-fifth of new car sales in Norway are of electric vehicles.

    Some skeptics wonder whether the Norwegian program is cost -effective, or even an efficient way to reduce air pollutants. And some elements of the program simply may not be replicable in other countries. But for many, Norway is showing a path forward.

    "If there's anyone in the world who should be using electric vehicles, it's Norway," said Julian Marshall, an associate professor of environmental engineering at the University of Minnesota. "That's a place with clean energy."

    Ms. Nordgarden said she and her husband had made do for years with their bicycles, public transportation and a car-share service. It was the government program that induced them to choose a Leaf over a fuel-burning car two years ago.

    Continue reading the main story Fast Lane For Electric Cars

    The popularity of electric vehicles has surged in Norway, encouraged by generous subsidies including tax exemptions on their purchase and free use of toll roads for e-car drivers

    Norwegian electric car market

    Share of new car registrations

    Tax breaks on purchase and use of electric cars

    Jan. 2014 data, selected markets

    Total per vehicle,

    in euros

    Value of tax breaks,

    in euros (thousands)

    Norwegian electric car market

    Tax breaks on purchase and use of electric cars

    Share of new car registrations

    Jan. 2014 data, selected markets

    Total per vehicle,

    in euros

    Value of tax breaks,

    in euros

    "We didn't really care about cars," she said. "Now it's fun." And going back to a conventional automobile was out of the question, Ms. Nordgarden said: "Driving a petrol car is like time travel back to the 1980s."

    Making Norway's project to shift away from fossil-fuel cars all the more notable is the fact that the country is one of the world's biggest producers of oil and natural gas. But it is also blessed with an abundance of fast rivers, allowing it to generate virtually all of its electricity from hydropower. That makes Norway's electricity cleaner and relatively cheap — a further impetus for adopting e-cars. (A country where much of the electricity is generated by coal-fired power plants would not see as many envi ronmental benefits from switching to electric vehicles.)

    Proponents argue that electric cars are essential for a transition to a low-carbon economy, as they are vastly more efficient than conventional autos, transferring about 60 percent of their energy to the wheels. That compares with only about 20 percent for gasoline motors, which waste most of their energy in the form of heat.

    To meet climate goals, "a large share of the new cars have to be electric," Lars Andreas Lunde, the deputy minister of climate and environment and a Conservative Party politician, said in an interview. Because e-cars are more expensive to make than ordinary cars, "there have to be incentives,'' Mr. Lunde said. "It has to be mo re expensive to pollute than to use environmentally friendly fuels."

    After more than a decade of government support, official projections had held that there would be 50,000 e-cars on Norway's roads by the end of 2017. That number, in fact, was reached this past April, and by September had grown to 66,000 all-electric cars, and an additional 8,000 gasoline-electric hybrids like the Toyota Prius.

    Photo More than one-fifth of new car sales in Norway are of electric vehicles. Credit Thomas Haugersveen for The New York Times

    Rather than appealing to people's environmental conscience, Mr. Lunde said, Norway decided to exempt e-cars from vehicle taxes that are among the highest in the world, including a sales tax of 25 percent plus a registration tax that averages more than $12,000, depending on vehicle weight, engine size, nitrogen oxide pollution level and carbon dioxide emissions.

    To see how the subsidies translate to the showroom, consider Norway's best-selling electric car this year, the Volkswagen e-Golf.

    At the Moller Bil Ryen Volkswagen dealership in Oslo, a standard diesel Golf retails for about 330,000 Norwegian kroner, or about $40,000. After tax bre aks, a comparably equipped version of its electric cousin, the e-Golf, sells for 250,000 kroner, or just under $31,000.

    That price advantage would be lost in neighboring Sweden, which does not offer the same level of subsidies. There, the standard Golf would sell for less than $30,000, while the e-Golf would be closer to $40,000.

    The cost of operating a car in Norway can also include pricey parking fees, high tolls for bridges and tunnels, and expensive ferry tickets. So e-cars were exempted from those, too. And it doesn't hurt that fully charging a car battery from the grid costs the equivalent of only a few dollars, while gasoline retails in central Oslo for more than $6 a gallon.

    Photo Christina Bu, the head of the Norwegian Electric Vehicle Association, says the country's system works because "it's constructed to make the least-polluting cars the most attractive." Credit Thomas Haugersveen for The New York Times

    Kasper Arnberg, 30, an Oslo psychologist who bought a Nissan Leaf two years ago, said he and his wife, Camilla Herbern — also a psychologist — had been "idealistic," in that environmental concerns influenced their decision to go electric.

    "But my wife made an Excel spreadsheet,'' Mr. Arnberg said. And after factoring in tax breaks, fuel costs, tolls, parking and all, "the Leaf came to about half the price" of a gasoline-powered car, he said.

    Christina Bu is head of the Norwegian Electric Vehicle Association, which advocates for both consumers and manufacturers. "People aren't so green that they wan t to pay a lot extra to buy an electric," she said. The Norwegian system works, Ms. Bu said, because "it's constructed to make the least-polluting cars the most attractive."

    Mr. Arnberg, like many Norwegians interviewed for this article, bemoaned the fact that the country's vehicle-charging infrastructure had not kept pace with the number of new electric cars on the road. It is an issue that plagues other places that have embraced e-cars, including California, where the competition for public plug-in sites sometimes grows hostile.

    Oslo now has only about 700 public charging spots, although city officials aim to raise that to above 1,000 before the end of the year. For most people, that means most of their charging is done at home.

    Photo Oslo now has about 700 public charging spots,  although city officials aim to raise that to above 1,000 by the end of the year. Credit Thomas Haugersveen for The New York Times

    City and regional governments in Norway, meantime, have started to complain of a revenue shortfall from all the free-riding e-cars that are not paying fees and tolls.

    Mr. Lunde, the deputy climate minister, said changes to the program were inevitable, including more power for local authorities to set rules governing e-cars and phasing out the sales tax exemption. "The incentives were always meant to be temporary," he said, "just until we achieved a certain market share."

    Some critics say Norway is not getting its money's worth from the program.

    Anders Skonhoft, an environmental economist at the Norwegian University of Science and Technology, estimates that the total value of subsidies works out to about $13,500 a year per electric car over each vehicle's life. But for all the money Norway has put into the program, he said in an interview, the country has cut its carbon dioxide emissions by no more than one-tenth of one percent.

    If the main goal is clearing up unhealthy pollutants at the local level, Mr. Skonhoft said, it would make more sense to discourage the use of diesel engines. But he noted that Norway, like many other European governments, effectively subsidizes diesel fuel by taxing it at a lower level than regular gasoline. As for greenhouse gases, he said, it would be more effective, and cost far less, simply to impose a carbon tax, discouraging use of traditional cars by requir ing drivers to pay more to pollute more.

    Mr. Lunde acknowledged that "there's a discussion of whether it's too expensive." But, he said, "it's difficult to criticize in economic terms, because the value of clean air in the city center is difficult to quantify."

    Ms. Bu, of the electric vehicle association, said her group hoped that the incentives would last long enough to change the way people think about transportation. "If we can continue like this until 2020, we will change the car industry," she said.

    And proponents say one near-term spark to e-car sales could be the Volkswagen scandal, in which the German company outfitted 11 mi llion cars — including nearly 150,000 in Norway — with software meant to deceive emissions testers.

    Mr. Lunde said some environmentally minded consumers might come to believe that all the automakers were cheating.

    "If you buy an electric, at least you're safe," he said. "There are no emissions."


    Source: Norway Is Global Model for Encouraging Sales of Electric Cars