Category Archives: Alternative transportation

Neste Jacobs to build SunPine’s Tall Oil Rosin production facility; feedstock for renewable diesel

Neste Jacobs to build SunPine’s Tall Oil Rosin production facility; feedstock for renewable diesel

25 November 2014

Technology, engineering and project management company Neste Jacobs and SunPine, producing biochemicals and feedstock for second-generation renewable fuels, have signed an agreement for Neste Jacobs to perform EPCM services to construct a Tall Oil Rosin production facility in Piteå, Sweden. When the new rosin plant is up and running, SunPine will be producing three different products: Raw tall diesel, a feedstock used in the production of renewable diesel; rosin, a raw material used in the production of derivatives, including printing ink and adhesives; and tall oil pitch, an energy product used in the paper industry. (Earlier post.)

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Raw tall diesel from SunPine is used as raw material in the production of Preem’s Evolution Diesel product. SunPine is owned by Kiram, Preem, Sveaskog, Södra and Lawter.

The facility is expected to be operational in the second half of year 2015 and will deliver rosin to Lawter facility in Kallo, Belgium.

Neste Jacobs will carry out the project from its offices in Gothenburg, Sweden and Turku, Finland.

Neste Jacobs is a solution provider of technology, engineering and project services for a wide range of industries in the oil and gas, petrochemicals, chemicals and biotechnology fields.

Tesla Repairing 1,100 Model S cars With Defective Drive Units in Norway

Tesla Motors is working double-time to resolve defective drive units in 1,100 Norwegian Model S sedans in this, one of its most important markets.

EVs now enjoy 15 percent market share in the country of around 5.4 million people; the longer range, nicer Model S sales volume has surpassed the Nissan Leaf, but the units are experiencing premature failure.

Instead of the smooth sound of electric propulsion, Norwegian owners have reported noises like a circular saw operating and a “clunk” sound. Not good.

Tesla CEO Elon Musk has made it a priority, and according to Norway Today, Tesla is flying 300 new motor units per week from California. It is also hiring more techs to do the repairs, and projects the problem will be dealt with in a month or so.

While the U.S. market also experienced drive unit failures, Musk explained where issue arose:

“Unfortunately, this happened when a large batch of cars were produced for Norway, affecting approximately 1,100 vehicles,” said Musk as reported by NASDAQ. “Approximately 1% have experienced premature wear out of the coupling.”

Putting a finer point on it, Norway Today cited a newspaper report that said the electric motor to “provider box” connection lacked enough grease, and the drive shaft teeth are being destroyed.

SEE ALSO: Tesla Updates Warranty Mileage to Infinity

This report adds to other teething problems the company has experienced with its high-end electric sedan. Edmunds and Consumer Reports both reported issues, and individual Model S owners have also not been without problems here and there.

Overall, the Model S is being highly praised by owners, and Tesla’s rapid response and desire to make warranty repairs as pain-free as possible has helped much.

InsideEVs

Quick Drive: The 2015 Mazda CX-5

Auto Show Coverage
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Published on November 25th, 2014
by Christopher DeMorro

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While many of my peers were at the Los Angeles Auto Show last Friday, I made my way to the much humbler hall known as the Connecticut Convention Center. Though there were no world premieres, there was a Mazda test drive event, where I finally got some seat time in the CX-5 crossover…and I kinda really liked it.

Having watched the crossover craze take over the auto industry faster than the rush to install cup holders any and everywhere, I never really got the appeal. After all, a crossover is essentially a compromise; you get some of the space and utility of a SUV and supposedly better fuel economy, but it often comes at the expense of driving dynamics and the extra space often isn’t nearly as usable, especially if you’re trying to bring more than two people anywhere.

Then there’s the Mazda CX-5. Though I only got a few minutes of seat time, the Japanese automaker clearly took time to inject some of its Zoom-zoom DNA into the CX-5, especially when equipped with the 2.5 liter SkyActiv engine. At least driving around Connecticut’s capital of Hartford, the CX-5 never lacked for giddy-up as I smoothly accelerated from one stoplight to the next.

To be sure, the Mazda crossover isn’t going to win any impromptu drag races, but in an era where turbocharged engines are increasingly offered in vehicles of every shape and size, the naturally-aspirated grunt of the chunky 2.5 liter SkyActiv four-banger harkens back to an era when large-displacement four-bangers were far more commonplace. Smaller engines may be better for fuel economy, but they can be buzzy and boring until those turbochargers kick in. But with the CX-5, the power was pretty much always there.

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Fuel economy is pretty much impossible to judge during a five-minute drive, but the official EPA ratings put the CX-5 at 26 city and 35 highway, which put it amongst the most efficient crossovers you can buy right now. What’s more amazing is that Mazda managed this feat without using turbochargers, a hybrid drivetrain, or sacrificing the enthusiastic way the CX-5 responds to some spirited driving input.

My favorite feature though is something I wish I saw on a lot more crossovers; the 40/20/40 seat split. Instead of having the middle seat fold down with one of the primary seats, Mazda made center seat mechanically independent of the other two. This means transporting snowboards, skiis, or lumber is still possible while hauling four full-size adults.

After my all-too-brief time with the CX-5, I left the test drive area to wander the show hall. Having experienced the grandeur of three of the four major U.S. Auto Shows (those being L.A., Detroit, Chicago, and New York), the CT Auto Show left me feeling just a bit underwhelmed. Major halo cars like the Dodge Challenger Hellcat and Corvette Z06 weren’t in attendance, and neither was the 2016 Miata, a car I had really been hoping to see in person.

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There’s also a lack of high-end exotics and not a single concept car, not even an older one. Because of this, the Connecticut Auto Show feels more like a dealership showroom than a must-see-event, though that could easily be remedied by simply ensuring the latest products are available to see. Surely GM could spare a pre-production Corvette Z06 on display? That alone would bring people through the door, as would a chance to peep the brand-spanking-new Miata.

I will say this; not even to battle throngs of people to see the gathered cars was a wonderful change of pace from the crowded and manic rush from one press conference to another that I’m used to. The displays are also a lot more open, and customers are encouraged to hop in to most of the new cars, leaving the “off-limits” signs to be reserved for the handful of high-priced classics also being showcased.

That said, it took me all of about 25 minutes to see the entire show. Unless you’re one of those types to spend 30 minutes discussing compression ratios or feels the need to see each and every vehicle on display, don’t plan a full-day outing around the show. But for those looking to do some new car cross-shopping or just a chance to check out the latest and greatest cars and features, this and other local auto shows are definitely worth checking out.

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Tags: 2015 Mazda CX-5, Connecticut International Auto Show, CT Auto Show, Mazda, Mazda CX-5


About the Author

Christopher DeMorro A writer and gearhead who loves all things automotive, from hybrids to HEMIs, Chris can be found wrenching or writing- or esle, he’s running, because he’s one of those crazy people who gets enjoyment from running insane distances.


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  • The 2015 Mazda CX-5 SUV will compete nicely against other SUVs like the Honda CR-V and Toyota RAV4, while it’s new smaller sibling, the 2016 Mazda CX-3 compact crossover will compete nicely against other compact crossovers such as the Honda HR-V, Kia Soul, Scion xB, Chevrolet Trax, and Buick Encore.

  • it sure looks nice, doesn’t it?

  • We leased one in June for my wife’s daily driver and we love it. We opted for the Grand Touring/2.5/AWD package. Handling is excellent and it is a fun car to drive.

    One disappointment is mileage, overall we are averaging 23 MPG with about 60/40 city/highway. My wife drives it pretty aggressively which doesn’t help, but we were hoping to be a couple MPG better as per the stated EPA average of 26.

Audi building geothermal plant for factory in Győr, Hungary; 60% of total heat requirements

Audi building geothermal plant for factory in Győr, Hungary; 60% of total heat requirements

25 November 2014

Audi is building a geothermal plant in Pér, close to the Audi Hungaria factory in Győr. After going into operation in just over a year, it will supply the company with at least 82,000 megawatt hours of geothermal energy per year and will cover about 60% of total heat requirements.

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For the project, Audi Hungaria Motor Kft. signed a long-term contract on the supply of heat energy with the Hungarian company “DDEnergy.” Through the project, Audi Hungaria will reduce its annual CO2 emissions by a further 19,800 tons.

The planned depth of the well is approximately 2,400 meters, which will require a drilling period of up to two months. After that, it will be possible to obtain hot water with a temperature of 100 ˚C, which will be pumped into the heating system.

“Energy-efficient products and conservation of resources in production processes have top priority within Audi’s environmental protection. By focusing our attention of the use of raw materials and energy, we are moving step by step along a path to developing a CO2‑neutral production plant. The mobility of the future must be CO2‑neutral—and that applies not only to the use of our vehicles, but also to their production.

The drilling in Pér marks the starting point of the “Győr Geothermal Project,” with which geothermal resources are to be utilized for the region’s entire industrial energy supply. The project includes not only the drilling required wells, but also the development of a complete geothermal heating system.

BMW i Ventures makes strategic investment in smartphone driving analytics company Zendrive

BMW i Ventures makes strategic investment in smartphone driving analytics company Zendrive

25 November 2014

The BMW Group’s venture capital company, BMW i Ventures, has made an investment in the startup Zendrive, a company that uses data and analytics gathered from smartphones rather than OBD to improve driving through driving analytics. Related BMW mobility services investments currently include JustPark, Chargepoint, Life360, Chargemaster, and MyCityWay. The Zendrive investment is the first in a series of investment announcements that will be made in the months ahead, said Ulrich Quay, Managing Director of BMW i Ventures, LLC.

Zendrive uses the sensors on a smartphone to measure a driver’s behaviors; Zendrive’s Driver-Centric Analytics process the data from the phone’s sensors into a Zendrive score that factors in cell phone use, speed, swerves, hard stops, fast accelerations, fatigue, as well as weather, trip duration, time of day, and more.

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Zendrive offers a great addition to our portfolio and advances the BMW Group vision of convenient, safe and efficient mobility. BMW and Zendrive will explore ways to co-operate on innovative, car-related services in order to make the in-car mobility experience even smoother by optimizing commuting and driving patterns for a safer, more convenient ride.

In a whitepaper (Meng et al.) published on the company’s site, three of the Zendrive team (from the University of Illinois) report that smartphones can attain speed estimations that correlate 98% to OBD without energy constraints, and around 94.6% to OBD when GPS is completely turned off.

The results are reasonably robust to various scenarios, such as in highways and city streets, weather and traffic conditions, and different phone placements. The Zendrive team sugests that further improvements are possible through more sophisticated machine learning and signal processing on the sensor data.

With the personal transportation ecosystem poised for disruption, its unclear if OBDs or smartphones will serve as the platform for technological innovation. This paper is an attempt to compare and contrast their capabilities and how they translate to the end goal of understanding driving analytics.

We observe that while smartphone sensors are noisy on one hand, the variety of sensors available to them, in conjunction with their access to the Internet, makes it an extremely agile and powerful platform. Even though no single smartphone sensor can directly estimate speed like the OBD, they can together orchestrate information from various sources to achieve a 96% similarity to OBD. This orchestration involves understanding when a car stops and turns from accelerometers and compasses, utilizing crowd-sourced data from the roads, leveraging the driver’s historical patterns, etc.

Further research in sensor fusion and machine learning will enable deeper insights into driving behavior, including aggressive braking and acceleration, accidents, dozing off, etc. Finally, it is possible to execute such data-driven analytics on a low energy budget, implying that a smartphone-based system is amenable to public adoption. In light of these advantages, and more that are emerging in the field of mobile sensing, the smartphone platform is likely to become a superset of OBDs in a vast majority of driving scenarios.

Founded in 2013 and based in San Francisco, CA, Zendrive is striving to make driving better, safer, and more efficient for everyone through improved data and analytics. Zendrive’s customers include rideshare companies, valet parking and other service providers. Investors include First Round Capital, BMW i Ventures, and Bill Ford’s Fontinalis Partners, as well as founders of Yahoo, PayPal, and GenRe re-insurance.

Another New Formula One Engine In 2016?

Formula 1
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Published on November 25th, 2014
by Steve Hanley

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In 2014, an all new Formula One engine was introduced with an incredibly complex hybrid design meant to extract as much energy from gasoline as possible. An exhaust driven turbocharger has two jobs. One, it crams more air into the engine and two, it turns a generator to make electricity. Another system harvests heat from the engine to generate more electricity. And then even more electricity is recaptured from the rear wheels under braking.  All that electricity is used to drive a motor that helps propel the car forward. The electronics controlling all that cramming and harvesting are insanely complicated.

All the teams and all the engine manufacturers agreed to this scheme way back in 2013. In fact, the idea was originally proposed by Renault, which has a long and proud history of building winning engines. To help control costs, everyone agreed the design of the new engines would be “frozen” at the start of the 2014 with only limited development allowed in 2015 and again in 2016.

Everything worked perfectly until the teams started winter testing in January of this year. That’s when Renault engines started blowing up every 5 laps and the Mercedes engines were found to have a 100 horsepower advantage over everyone else. The teams without Mercedes power immediately began crying foul and demanding the engine rules be unfrozen. Things went rapidly downhill from there.

The Mercedes team went on to win every race in 2014 except one. The buzz in Abu Dhabi for the last race this past Sunday should have been about who would win the World Driving Championship, but instead, most of the weekend was devoted to squabbling among the teams. Two teams have gone bankrupt this season and will be gone from the grid next year. Three more teams claim they are hemorrhaging money and on the brink of insolvency. The head promoter of the sport, Bernie Ecclestone, says that nobody watches anything online and his target market is people 70 years old and older. Meanwhile, TV ratings are plummeting and grandstands are often half full. Clearly, Formula One is in a mess and no one seems to know how to clean it up.

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According to Race Car Engineer, Christian Horner, managing director of Red Bull Racing, has the answer. Having won the championship 4 years in a row, Red Bull is not happy that they only finished 2nd this year and they want something done about. Horner’s idea is to rip up the current rules package and substitute something cheaper and less complicated.. Specifically, he and Dr. Helmut Marko, Red Bull’s director of racing, want to ditch all that silly hybrid stuff and have just an engine, a turbo and an auxiliary electric motor. In other words, they want something more like a Prius on steroids. They say the change is necessary to keep costs for the lesser teams under control.

Over at Mercedes, this idea has not been well received. It seems “all that silly hybrid stuff” is precisely where their horsepower advantage comes from. Officially. Mercedes spent more than $150 million on their new engine but rumors insist the actual figure is nearly three times that amount. So it’s not surprising they do not want to go back to the drawing boards and start all over again.

Toto Wolff, head of Mercedes Motorsport, argues, “Reversing everything, changing the format, changing the engines would just increase costs, it would be the opposite for what we need for Formula One at the current stage. We are all talking about costs and if you would open up the regulations in the way it has been described, that clearly means you don’t care about costs because that would be like digging a grave for Formula One.”

What’s going on here? Strip away all the posturing and finger pointing and it comes down to this. The current rules package allows the engine manufacturers to change 47% of their power units for 2015. That seems like a lot, right? But Renault says it will need to change 60 – 70% of its engine to catch up with Mercedes. Red Bull uses Renault engines. Red Bull wants to win. Their pleas for a relaxation of the engine freeze have been rebuffed and so they are trying an end run around the rules, claiming they are concerned about the costs the lesser teams have to pay to play the Formula One game.

The kicker in all this squabbling about costs is that Honda has just returned to Formula One. It will power the McLaren cars in 2015 and is willing to supply other teams after that. Rumors also continue to swirl about Volkswagen getting involved in Formula One soon with an Audi branded engine. The radical new hybrid engines Formula One agreed to for 2014 and beyond seem to appeal to car makers who want to use the sport to further their reputation for building ultra-efficient road cars.

Add it all up and the odds of the sport changing its mind again and going off in yet another new direction are slim to none.

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Tags: Bernie Ecclestone, Christian Horner, formula one engine, Helmut Marko, hybrid race engine, Mercedes Formula One, Red Bull Formula One, Renault Formula One, Toto Wolff


About the Author

Steve Hanley I have been a car nut since the days when articles by John R. Bond and Henry N. Manney, III graced the pages of Road Track. I know every nut, bolt and bullet connector on an MGB from 20 years of ownership. I now drive a 94 Miata for fun and the occasional HPDE track day. If it moves on wheels, I am interested in it. Please follow me on Google + and Twitter.


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SkySMART could be a pedal powered game-changing personal rapid transit system

Remember the Shweeb? It’s the pedal-powered monorail transit system that won a million bucks from Google. It started in an amusement park in New Zealand, but now it’s being proposed as a real transportation demonstration project in Niagara Falls, Canada.

Shweeb SkySMART is poised to be the sustainable transit solution that puts an end to gridlock everywhere. So why PRT you ask? PRT is the on-demand transit missing link between personal transportation and mass transit. SkySMART removes fossil fuel burning vehicles from our congested roadways and creates a myriad of health related benefits at a much lower cost. Unlike conventional transit which leaves on inconvenient set hourly schedules, Shweeb’s SkySMART is an on demand service, meaning it leaves when you arrive saving you precious time.

© Shweeb SkySMART

The technology has been updated from the original Shweeb, so it now comes with solar powered electric assist. There is some Google juice added as well:

SkySMART will use Google «RoboCar» technology to manage the on demand pod deployment. Pods are ready when you arrive, so no waiting in long lines.

Steven Bieda of Shweeb-Can tells TreeHugger that «SkySMART may prove to one of the most disruptive technologies to be introduced this generation with huge implications for mitigating climate change while spurring along the cleantech economy through infrastructure building projects.»

If you look at the Danes, the Dutch and other cycling based societies, you see tremendous mental, physical and economic benefits directly associated with active lifestyles. Just ditching your car and starting to cycle to work is not the whole answer however because bicycles take up a lot of surface level space and North American cities weren’t built for bike lanes. SkySMART is better, because it is a 3D cycling-based monorail transit solution (up to 4 guideways 80 ft high) using wasted air space above boulevards, streets and sidewalks. SkySMART envisioned to be a national public utility also employs gamification to incentivize people to pedal. Those that pedal pay less AND travel 10 kph faster! The system can move up to 10,000 people per hour using clean renewable energies for creature comforts inside each fully teched-out two, five or twelve person pod. SkySMART is an on demand service too, so no waiting, it leaves when you arrive.

If you loved Solar Roadways, then you’re gonna love this!

Now I have been dismissive of PRT schemes before, and have expressed concerns about putting bikeways up in the air. I have a whole lot of doubts about this proposal, but Steven Bieda’s enthusiasm is infectious, and what’s to complain about a transit system that’s pedal powered, that keeps you dry and away from all those cars on the road? I will leave that to commenters. As Bieda notes, If you loved Solar Roadways, then you’re gonna love this!

To get the project off the ground, Shweeb SkySMART has started an Indigogo campaign to raise money for land purchases and to push the $ 10 million demonstration project along. They have a ways to go before it closes on December 19. Contribute here.

Toyota on hydrogen fuel cell technology: “Simply a better battery”

On Monday, November 17, 2014, Toyota invited Treehugger and several other select journalists from around the world to Newport Beach, California, to witness the unveiling of their long anticipated, finally road-ready, hydrogen fuel cell vehicle (FCV), dubbed Mirai.

In Japanese, “Mirai” means “future,” and for Toyota, they see a bright, clean, future where the roads are filled with FCVs emitting nothing into the environment but water vapor and smiles from eco-conscious drivers.

© Toyota

While many are not drinking the hydrogen Kool-Aid just yet—with questions surrounding just how clean the production of hydrogen fuel really is (i.e. natural gas fracking, CO2 emissions), saying FCVs simply “move the tailpipe” upstream to the production stage—there are a number of other auto manufacturers following Toyota’s lead into FCV production (Hyundai’s Tucson FCV is also road ready), with local and federal governments jumping on board to make the much needed infrastructure a reality.

Whether you’re pro or con, hydrogen fuel is — after many years of waiting — finally here. And it looks to only get cleaner and easier to produce and purchase as the technology is refined and the infrastructure is built.

Father of the Prius bets big on FCVs

We had the good fortune and honor to be seated with the Chairman of Toyota Motor Corporation (and father of the Prius), Takeshi Uchiyamada at dinner. During a lively conversation, you see just how passionate and committed the man who made hybrid technology a widely accepted, mass-market reality is about the future of mobility in the world.

© Eric Rogell

Chairman Uchiyamada firmly believes that over the next 100 years, we will become a hydrogen-based society—not just for transportation, but for our overall energy needs. And, while he wont give exact numbers (even after repeated prodding and glasses of wine), it is safe to assume, after two decades of research and development, he and Toyota have bet billions of dollars on it.

© Eric Rogell

A Foolish Quest?

Uchiyamada’s exuberance for hydrogen fuel cell technology as a “societal and economic game-changer” is only exceeded by his counterpart from the Prius program, and current Managing Officer of Toyota Motor Corporation, Satoshi Ogiso.

During his presentation, Mr. Ogisio said for many years the idea of using hydrogen gas to power automobiles has been seen by many smart people as a foolish quest. He even threw in a Don Quixote reference for good measure.

But he was quick to remind us that just 20 years ago, he was told by similar people that the Prius hybrid was “nothing more than a science project and economically unfeasible.” And we know how that turned out…

© Toyota

“Simply a Better Battery”

Chairman Uchiyamada has said that hydrogen fuel cell technology is “simply a better battery.” And that’s what’s so important to understand—FCVs are really just electric vehicles powered by a battery, just like the EVs on the road today. The major difference is they carry their refueling source on board, rather than from a plug in the wall. (So maybe calling them FCEVs would be more accurate.)

© Eric Rogell

This gives FCVs several important advantages over current EVs. And before we list a few, there are two important things to remember:

1 – We are not going to argue which of the two is cleaner or has an overall smaller carbon footprint. That’s another discussion. This is just EV battery to EV battery.

2 – This also doesn’t take into consideration the lack of current infrastructure. Just as many of us don’t live near a hydrogen station, many of us also live in apartments or condos, or work in office buildings where we can’t recharge an EV overnight or all day either. So, again, just EV battery to EV battery.

© Eric Rogell

FCVs Advantages Over EVs:
• Greater driving range. The Mirai has a range of 300 miles when both on-board hydrogen tanks are full, double or triple the range of most EVs

• Faster charge/refuel. FCVs can be fully refueled in 3-5 mins, about the same time to refuel a standard gasoline vehicle. EV batteries take 8 hours to fully charge, and a DC quick charge will give you 80% in roughly 20 minutes

• Fuel cell technology can be scaled to power buses, semi trucks, even heavy machinery. Toyota is already using it on buses in Japan, and to power forklifts at their factories. While battery-powered EVs can also scale up, FCV could turn out to be more flexible, in part because refilling a hydrogen tank — even a big one — 
should be faster than recharging a massive battery.
• It can power your home. Hydrogen fuel cells are already in use as an alternative to gas powered generators, and the Mirai has an optional “out” port that allows you to supply electrical power the average sized home for about a week when the Mirai’s tanks are full, and indefinitely if you still have a supply of hydrogen available. Handy in the aftermath of a storm or blackout.

Keep in mind, none of the auto manufacturers see FCVs as a replacement to EVs—or to hybrids or gas powered vehicles for that matter. They are simply another alternative, another choice to make depending on your personal needs, driving habits and lifestyle.

But as FCV technology gets better (and cheaper), as hydrogen fueling stations become more and more widely available, and the fuel itself becomes cleaner to produce (a lot of people are working on this), Toyota and Chairman Uchiyamada are betting FCVs like the Mirai will become the obvious choice.

IBM Research and ASELSAN to collaborate on metal-air battery technology, focusing on EVs; mm-wave ICs

IBM Research and ASELSAN to collaborate on metal-air battery technology, focusing on EVs; mm-wave ICs

25 November 2014

IBM Research and Turkish defense industry technology company ASELSAN (Askerî Elektronik Sanayii, Military Electronic Industries) have signed collaborative development agreements concerning research and development of metal-air battery technologies and millimeter wave integrated circuits. The companies will work together on these projects, and through these efforts ASELSAN will enhance its in-house research and development activities.

In 2009, IBM and its partners launched a multi-year research initiative specifically exploring rechargeable Li-air systems (one type of metal-air battery): “The Battery 500 Project”. (Earlier post.) The “500” stands for a target range of 500 miles/800 km per charge, which translates into a battery capacity of about 125 kWh at an average use of 250 Wh/mile for a standard family car.

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In 2012, Central Glass and Asahi Kasei also joined the Battery 500 project, bringing in their expertise on membranes and electrolytes. (Earlier post.)

The metal-air batteries to be developed under the IBM/ASELSAN partnership are intended to provide at least 5 times more storage capacity than current Li-ion batteries while preserving the same weight. Delivering more storage capacity at a lower cost than existing batteries, the metal-air batteries would significantly reduce the cost of energy and resolve range issues for electric vehicles. The new metal-air technology batteries are expected to increase EV range to at least 800 km (500 miles).

Millimeter Wave Integrated Circuits. Circuitries to be developed by integrating IBM and ASELSAN technologies will create a new technology basis for the development of RF imaging capabilities. Millimeter Wave Integrated Circuits to be developed will be used for collision avoidance in vehicles, border security, airport security applications, meteorology and various civilian RF imaging applications such as autonomous landing systems.

BMW i8 Deliveries Taking Up To 18 Months

Industry News
bmw-i8-production-2

Published on November 25th, 2014
by Christopher DeMorro

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Supply and demand drives the economy in its simplest form, and some automakers would rather limit supply in order to induce demand. Since there’s no lack of demand for the $136,000 BMW i8 hybrid supercar though, the German automaker is considering increasing production to reduce wait times for well-heeled buyers.

Automotive News reports that would-be buyers of the i8 are facing wait times of up to 18 months, and some buyers have paid 50% over the MSRP just to get behind the wheel of the plug-in sports car. BMW says that six months should be the maximum length of time people should have to wait to get a bespoke BMW i8, but in some markets the wait could be costing BMW potential customers.

So far in 2014 BMW has delivered some 760 cars to customers around the world, including over 400 in October. Those are no doubt customers who placed their orders earlier in the year; but somebody wanting to put money down on a BMW i8 today might not see it until mid-2016. That’s a long time to wait for a six-figure vehicle, but good things come to those who wait I suppose.

Of course long wait times for in-demand products are nothing new. Even with the recent factory retooling, many Tesla customers need to wait two or three months before taking delivery of their personalized Model S. There are more than 20,000 deposits for the upcoming Model X too, but those placing an order today were recently told that they shouldn’t expect their cars until “well into” 2016.

Who would have thought that two of the most in-demand cars would both be plug-ins?

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Tags: BMW, bmw i8, bmw i8 sales, Model S, production, Tesla, Tesla Model X


About the Author

Christopher DeMorro A writer and gearhead who loves all things automotive, from hybrids to HEMIs, Chris can be found wrenching or writing- or esle, he’s running, because he’s one of those crazy people who gets enjoyment from running insane distances.


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