Category Archives: Alternative transportation

US Batteries For Range Rover Hybrid

It turns out the very British 2014 Hybrid Range Rover is powered by American batteries.

Johnson Controls is the supplier of lithium-ion batteries for the 2014 Range Rover Hybrid.

The American company said production of the cells and complete battery systems is underway at Johnson Controls’ manufacturing facility in Holland, Michigan.

Hybrid batteries are a part of the company’s full-spectrum of energy storage solutions for vehicles to help automakers meet increasing regulations for fuel efficiency and emission reductions across their fleets, said Johnson Controls.

“As the first company in the world to produce Lithium-ion batteries for mass production hybrid vehicles, we are excited to work with Jaguar Land Rover,” said Lisa Bahash, vice president and general manager of the Original Equipment Group for Johnson Controls Power Solutions.

SEE ALSO: Range Rover Hybrid LWB Debuts In China

The Hybrid Range Rover vehicles are being manufactured at Land Rover’s advanced manufacturing center in Solihull, England.

The Range Rover Hybrid powertrain combines Land Rover’s 3.0-liter SDV6 diesel engine with a 35 kilowatt electric motor and an eight-speed ZF automatic transmission. The system allows the driver to select from three different drive modes to maximize performance or efficiency, and is capable of delivering 26 percent lower CO2 emissions (169g/km) and 6.4 l/100 kilometer (36.75 U.S. mpg).

range-rover-hybrid668

The complete hybrid system, including Johnson Controls’ lithium ion battery pack, inverter and electric motor, weighs less than 120 kilograms (264.5 pounds).

Volvo’s new Electric Hybrid (PHEV) buses with overhead fast charging enter scheduled service in Hamburg for first time; Innovation Route 109

Volvo’s new Electric Hybrid (PHEV) buses with overhead fast charging enter scheduled service in Hamburg for first time; Innovation Route 109

19 December 2014

New Volvo Bus 7900 Electric Hybrid (plug-in hybrid) buses (earlier post) began scheduled operation in Hamburg on 18 December, coinciding with the opening of the Innovation Route 109. The public transport company in Hamburg, the Hamburger Hochbahn AG, is using the route to run comparative tests of innovative drive technologies under the strict everyday conditions of scheduled services. The city of Hamburg intends to acquire only emission-free buses from 2020 on.

Alongside three Volvo 7900 Electric Hybrid buses, Volvo’s diesel hybrid buses in both 18 m articulated and 12 m versions will also be tested on the route, as well as battery fuel cell buses and fuel cell buses from other manufacturers.

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Volvo 7900 Electric Hybrid Hamburg 2014 084
Volvo 7900 Electric Bus in service in Hamburg, parked at a terminal with charging pantograph. Click to enlarge.

The Innovation Route 109 of HOCHBAHN will be almost exclusively served by buses with innovative drive technologies. Different types and drive modes for the sustainable buses of the future are to be tested in parallel and under identical conditions. Conventional diesel buses will also be used on the route to serve as reference vehicles in the comparison of the innovative drive concepts. With the newest vehicles, the HOCHBAHN is expanding its rolling development lab for modern drive technology to a total of about 65 vehicles.

The Innovation Route 109 runs from the new Electric Bus Terminal near Hamburg Central Station to the final stop at the underground station in Alsterdorf. With a length of about 10 kilometers (6.2 miles), it’s highly suitable for the Volvo Electric hybrid buses, with their plug-in technology that permits full electric operation over at least 7 kilometers. Charging takes place at the two bus terminals.

The plug-in hybrids are based on the Volvo 7900 Hybrid, Volvo Buses’ second series-produced hybrid bus model. The plug-in hybrids have been further developed, and enable rapid recharging from electricity grids via a pantograph on the roof.

The 4-cylinder, 5-liter Volvo D5F diesel engine produces 215 bhp and is installed vertically. The 150 kW electric drive motor delivers 1200 N·m (885 lb-ft) of torque. The conventional hybrid offers up to 37% fuel savings compared to a diesel version and 40-50% lower exhaust emissions. The plug-in versions have a larger battery pack, making it possible to drive up to 7 km using electricity only—about 70% of the route distance.

Volvo estimates the fuel savings to be about 75% on a city bus route of 10 kilometers, compared to a Euro 6 diesel bus.

When the bus reaches its parking position at the terminal under the charging mast, the pantograph is lowered to both of the charging bars on the roof of the bus when the driver presses a button. The complete charging process takes only six minutes.

What Will Your City Look Like In 2030?

Sponsored Post
downtown-new-britain

Published on December 19th, 2014
by Christopher DeMorro

0

downtown-new-britain

Young people are moving back to cities in greater and greater numbers, changing the demographics and interest in urban living for the better. To meet the challenges of these young and vibrant citizens, many municipalities are scrambling to come up with transportation solutions that appeal to Millennials like myself. By 2030, New Britain will be a much different, and much better place than it is today.

But I can proudly and truly say that the humble metropolis of New Britain, Connecticut, where I live is doing more than most to make this former manufacturing center a place to live and play again. This includes a Bus Rapid Transit system, the addition of many miles of new bike lanes, and major reinvestment in downtown that is one of the many reasons I decided to buy my own home in a city many people have written off as beyond repair.

The 9.4 mile CT Fastrak Bus Rapid Transit system between New Britain and the state capital of Hartford is perhaps the most important element to New Britain’s future success. Originally conceived over a decade ago and passed through two Republican governors, the project was finally given the greenlight by current Democratic Governor Dan Malloy. With buses running every five minutes between several different stations connecting to strategically-located stops in New Britain, Newington, West Hartford, and Hartford, the busway will allow residents to skip the congested I-84 highway on their way to working at one of the many insurance agencies residing in downtown Hartford.

It also means I can get drunk at the downtown bars and ride the bus to the station nearest my house for less than the cost of a beer, and without ever having to get behind the wheel of a car. That’s an especially big perk for students at CCSU (my alma mater, I should note), who have limited bar options in the immediate area but are subject to frequent DUI checkpoints. The busway opens to the public on March 28th, 2015, and I plan to be a frequent user of public transit once it opens up.

busway

Unfortunately, the nearest station is still about two miles away, and while I’m an avid runner, I’m also sweat profusely. The answer? A bicycle of course, which plays into the growing number of bike lanes all across the city. Under (Republican!) Mayor Erin Stewart, the number of marked bike lanes has swelled, and because the CT Fastrak buses will have front-mounted bike racks, I can bring it with me on my journey downtown. Or I can take one of the many “feeder” buses that goes by my house, which will increase in frequency once the busway is operational.

These two changes will have a profound impact on New Britain, especially the downtown area which has been largely neglected for decades. But Mayor Stewart is investing more money into beautifying downtown ahead of the busway’s opening, and the effort is attracting businesses and people to an area once avoided. I predict a new wave of bars and clubs will open up downtown, specifically on Arch Street, which was once known as a happenin’ place to be. New businesses will come downtown too, especially if Mayor Stewart keeps good on her promise to bring the (exorbitant) tax rate down, after raising them to make up for years of budget deficits.

More businesses will move to New Britain too, drawn by low property values and historic factory buildings begging to be remade into high-end apartments and offices. CCSU plans to build dorms and classrooms downtown, bringing more students (and their money) downtown, and further encouraging development to cater to their needs. New Britain has a huge art crowd too, drawn by dozens of unique murals all over the city, as well as the artists co-op and world-renowned New Britain Museum of American Art that houses pieces from many famous American artists.

All the pieces are there to turn New Britain into a young, vibrant, and culturally diverse city that’s also a lot more affordable than surrounding areas like West Hartford and Farmington. People will take bikes and buses to work, and eventually the main downtown area could even be closed off to all vehicle traffic, giving the city back to the people who live there and promoting street fairs, farmers markets, and other such events that would bring people back into the city.

As far away as 2030 seems, everyday the future looks a lot brighter for New Britain, Connecticut.

This post was generously sponsored by the Masdar Engage Blogging Contest. Want to win a free trip to Abu Dhabi Sustainability Contest in Masdar City? Read all about the contest at the link above, and if you want to enter your own story about what your city will look like in 2030, head over here.

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Tags: bike lanes, Bus Rapid Transit Sstem, CCSU, Central Connecticut State University, Connecticut, CT, CT Fastrak, downtown, Mayor Erin Stewart, New Britain


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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How Public Transit And BIke Lanes Will Reshape New Britain

Sponsored Post
downtown-new-britain

Published on December 19th, 2014
by Christopher DeMorro

0

downtown-new-britain

Young people are moving back to cities in greater and greater numbers, changing the demographics and interest in urban living for the better. To meet the challenges of these young and vibrant citizens, many municipalities are scrambling to come up with transportation solutions that appeal to Millennials like myself. By 2030, New Britain will be a much different, and much better place than it is today.

But I can proudly and truly say that the humble metropolis of New Britain, Connecticut, where I live is doing more than most to make this former manufacturing center a place to live and play again. This includes a Bus Rapid Transit system, the addition of many miles of new bike lanes, and major reinvestment in downtown that is one of the many reasons I decided to buy my own home in a city many people have written off as beyond repair.

The 9.4 mile CT Fastrak Bus Rapid Transit system between New Britain and the state capital of Hartford is perhaps the most important element to New Britain’s future success. Originally conceived over a decade ago and passed through two Republican governors, the project was finally given the greenlight by current Democratic Governor Dan Malloy. With buses running every five minutes between several different stations connecting to strategically-located stops in New Britain, Newington, West Hartford, and Hartford, the busway will allow residents to skip the congested I-84 highway on their way to working at one of the many insurance agencies residing in downtown Hartford.

It also means I can get drunk at the downtown bars and ride the bus to the station nearest my house for less than the cost of a beer, and without ever having to get behind the wheel of a car. That’s an especially big perk for students at CCSU (my alma mater, I should note), who have limited bar options in the immediate area but are subject to frequent DUI checkpoints. The busway opens to the public on March 28th, 2015, and I plan to be a frequent user of public transit once it opens up.

busway

Unfortunately, the nearest station is still about two miles away, and while I’m an avid runner, I’m also sweat profusely. The answer? A bicycle of course, which plays into the growing number of bike lanes all across the city. Under (Republican!) Mayor Erin Stewart, the number of marked bike lanes has swelled, and because the CT Fastrak buses will have front-mounted bike racks, I can bring it with me on my journey downtown. Or I can take one of the many “feeder” buses that goes by my house, which will increase in frequency once the busway is operational.

These two changes will have a profound impact on New Britain, especially the downtown area which has been largely neglected for decades. But Mayor Stewart is investing more money into beautifying downtown ahead of the busway’s opening, and the effort is attracting businesses and people to an area once avoided. I predict a new wave of bars and clubs will open up downtown, specifically on Arch Street, which was once known as a happenin’ place to be. New businesses will come downtown too, especially if Mayor Stewart keeps good on her promise to bring the (exorbitant) tax rate down, after raising them to make up for years of budget deficits.

More businesses will move to New Britain too, drawn by low property values and historic factory buildings begging to be remade into high-end apartments and offices. CCSU plans to build dorms and classrooms downtown, bringing more students (and their money) downtown, and further encouraging development to cater to their needs. New Britain has a huge art crowd too, drawn by dozens of unique murals all over the city, as well as the artists co-op and world-renowned New Britain Museum of American Art that houses pieces from many famous American artists.

All the pieces are there to turn New Britain into a young, vibrant, and culturally diverse city that’s also a lot more affordable than surrounding areas like West Hartford and Farmington. People will take bikes and buses to work, and eventually the main downtown area could even be closed off to all vehicle traffic, giving the city back to the people who live there and promoting street fairs, farmers markets, and other such events that would bring people back into the city.

As far away as 2030 seems, everyday the future looks a lot brighter for New Britain, Connecticut.

This post was generously sponsored by the Masdar Engage Blogging Contest. Want to win a free trip to Abu Dhabi Sustainability Contest in Masdar City? Read all about the contest at the link above, and if you want to enter your own story about what your city will look like in 2030, head over here.

MAKE SOLAR WORK FOR YOU!

Next, use your Solar Report to get the best quote!

Tags: bike lanes, Bus Rapid Transit Sstem, CCSU, Central Connecticut State University, Connecticut, CT, CT Fastrak, downtown, Mayor Erin Stewart, New Britain


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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Volvo Cars, POC and Ericsson to demo connected car and bike helmet prototype at International CES 2015

Volvo Cars, POC and Ericsson to demo connected car and bike helmet prototype at International CES 2015

19 December 2014

Volvo Cars, protective gravity sports gear manufacturer POC and Ericsson will present an innovative safety technology connecting drivers and cyclists at the International CES in Las Vegas next month. The technology consists of a connected car and helmet prototype that will establish 2-way communication, offering proximity alerts to Volvo drivers and cyclists with the goal of avoiding accidents.

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Using a popular smartphone app for bicyclists, such as Strava, the cyclist’s position can be shared through the Volvo cloud to the car, and vice versa. If an imminent collision is calculated, both road users will be warned—and enabled to take the necessary action to avoid a potential accident. The Volvo driver will be alerted to a cyclist nearby through a head-up display alert, even if he or she happens to be in a blind spot, e.g. behind a bend or another vehicle or hardly visible during night time. The cyclist will be warned via a helmet-mounted alert light.

The partnership between Volvo Cars, POC and Ericsson is an important milestone in investigating the next steps towards Volvo Cars’ vision to build cars that will not crash. But now, by exploring cloud-based safety systems, we are getting ever closer to eliminating the remaining blind spots between cars and cyclists and by that avoid collisions.

Some select cycling statistics:

  • Globally, 132.3 million bicycles were sold in 2013 (source: NPD Group 2013)

  • Beijing government hopes, 25% of people will use cycling to commute in 2015 (source: The Guardian, November 2013)

  • In the Swedish city of Gothenburg alone, the number of bikers increased by 30% in 2013 (source: Göteborgs Posten, November 2014)

  • 4,533 cyclists were injured in Berlin only in 2012 (source: The Guardian, November 2013)

  • 55% of cyclist fatalities in EU-23 countries occur in urban areas (source: CARE Database, European Commission 2012). In US 69% of all cyclist deaths in 2012 occurred in urban areas (source: National Highway Traffic Safety Administration/Traffic Safety Facts April 2014)

  • (On the road) serious injuries for UK cyclists in 2013 were 31% higher than in 2009 (source: Department for Transport, Reported Road Casualties Great Britain: 2013 Annual Report)

  • In the US, 726 cyclists were killed in 2012, an increase in 6.5% compared to 2011. 49,000 were injured, +2.1% vs. 2011 (source: NHTSA/Traffic Safety Facts, November 2013)

  • The total cost of bicyclist injuries and deaths is over $4 billion per year in the US (source: National Safety Council 2012)

  • In Germany, The Netherlands and Poland more than 85% of cyclist fatalities occurred at crossroads (source: CARE Database, European Commission 2012)

  • In some countries, pedestrians and cyclists constitute more than 75% of road deaths (source: WHO Fact Sheet # 358, March 2013)

Since spring 2013, all new Volvo cars are equipped with Auto brake for cyclists. Volvo Cars’ system uses radar and camera to detect cyclists and based on advanced sensor technology can apply full automatic braking should the car come close to a collision.

Tesla Owners Eclipse 1 Billion Kilometers Driven

Electric Vehicles
tesla-billion-kilometers

Published on December 19th, 2014
by Christopher DeMorro

0

tesla-billion-kilometers

After a little more than two years and 50,000 vehicles sold, Tesla Model S owners have covered an estimated 1 billion gas-free kilometers. Considering it took the Nissan LEAF twice as long and three times as many vehicles to cover the same billion kilometers, Tesla has every right to be patting itself on the back.

According to Tesla, the result of all this electric driving is an estimated 100 million liters of unburnt fuel, nevermind the hundreds of millions of dollars owners saved by not buying gas. Much of this energy is even free, thanks to the hundreds of Supercharger stations covering large parts of the US , Canada, Europe, and growing sections of China and Australia too. Though still a minor part of overall car sales, electric vehicles are starting to have a quantifiable impact on the environment. Of course driving a Tesla also changes how you look at the rest of the automotive world, and not for the better.

What’s more, it shows that Tesla owners are driving the snot out of their vehicles. The 50,000th Tesla was built just a couple of months ago, but already there are owners that have eclipsed 75,000 miles of electric driving behind the wheel. That’s what happens when you build a great car that’s fun to drive.

More than that though, electric cars are making in-roads with buyers as a better way to drive. A recent study of Nissan LEAF owners in the UK revealed that about half of EV buyers are quitting gas for good. The Model S also has the highest customer satisfaction of any other car, and Elon Musk is even changing the way we go about buying new cars.

Here’s to the next billion gas-free kilometers of all-electric driving, and maybe there be many more billions to come.

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Tags: billion, kilometers, LEAF, Model S, Nissan, Nissan LEAF, Tesla, Tesla Model S, Tesla Motors


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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This smart bike helmet will talk to cars, warn them you are coming (and vice versa)

In the UK they have an acronym that covers most accidents: SMIDSY, or «sorry mate, I didn’t see you». It’s pretty common, and now Volvo is out to do something about it; It has teamed up with Ericsson and Swedish helmet maker POC to make a helmet that connects via Bluetooth to your smart phone, which then broadcasts your position to Volvos that have connectivity built in as a standard feature.

Klas Bendrik, VP and group CIO at Volvo Cars, is quoted in Wareables:

…by exploring cloud-based safety systems, we are getting ever closer to eliminating the remaining blind spots between cars and cyclists and by that avoid collisions.

Of course when you watch the video, you don’t see the car stopping to allow the cyclist to continue pedalling safely; you see the cyclist get a signal and some flashing lights that tell him that there is a Volvo coming. I might have considered this helmet if it was the other way around. And of course, instead of SMIDSY, we will soon have SMYWWSH or «Sorry mate, you weren’t wearing a smart helmet.»

Tesla Model S named ‘Most important car of the last 20 years’ by The Telegraph

It’s that time of the year again. Year-end lists of «the best X of 2014» are rolling out, soon to be followed by all kinds of predictions for 2015. But rather than just come out with its «2014 car of the year», The Telegraph in the UK decided to think a little bigger and named its «most important car of the past 20 years». The winner? Tesla’s Model S.

Why the honor? Because, in the Telegraph’s words, it’s a car that «moves the game on in a way few cars have ever managed».

Car of the future

In the video above, they break down what makes the Model S special into 7 categories. There are of course the driving range, which is best of class and eliminates range anxiety, how the car handles and performs, the convenient, roomy, and luxurious interior, the network of free-to-use Superchargers, etc. All things that we’ve heard before, but that doesn’t make them any less important.

If the goal is to replace gasoline and diesel vehicles, we need something so compelling that even people who don’t care about fuel costs and don’t care about the environment will want to get one, and that’s exactly what the Model S does.

And it certainly validates Tesla’s strategy of starting at the top of the market and going down over time with progressively cheaper and more ‘mass-market’ EVs over time, as they can ramp up production, gain economies of scale, develop better batteries, etc. Most others tried to begin at the bottom of the market, and while that hasn’t been bad or anything, it hasn’t been quite as game-changing (in fact, a startup like Tesla, without the resources of a big carmaker, probably couldn’t even have gotten off the ground with a strategy like that).

Via Telegraph

10 best new U.S. bike lanes — is one in your town?

No city has done what New York City has done in the last five years in terms of adding new bike lanes to the streets — it’s considered America’s No. 1 biking city by Bicycling Magazine. But lo and behold, 2014 was a year in which many unexpected U.S. cities did some major bike lane construction of their own. Temple City, anyone?

According to People for Bikes,

«This was the year that saw protected lanes pop up in Tempe, Arizona; in Athens, Georgia; in Pentagon City, Virginia. Last year, half of the new mileage of protected bike lanes nationwide was in the Green Lane Project’s six focus cities. This year, protected bike lanes grew twice as fast, and our six focus cities accounted for less than a quarter of the new growth.»

2nd Ave. Seattle by SDOT/CC BY-NC 2.0

Here is Green Lane project editor Michael Andersen’s pick of the 10 best new U.S. bike lanes:

1) Polk Street, San Francisco
2) 2nd Avenue, Seattle
3) Riverside Drive, Memphis
4) Rosemead Boulevard, Temple City
5) Furness Drive, Austin
6) Broadway, Seattle
7) SW Multnomah Boulevard, Portland
8) Penn Avenue, Pittsburgh
9) King Street, Honolulu
10) Broadway, Chicago

Many of these bike ‘lanes’ are actually what some people call ‘cycle tracks’ because they are for some portion of their length protected from traffic by a physical divider. The Green Lane project prefers the term ‘protected bike lane’ as the most encompassing.

Dearborn Street Chicago by Steven Vance/CC BY 2.0

Meanwhile, cities in Canada have been even more proactive than the U.S. in building protected bike lanes, according to Andersen. Toronto and Vancouver are building bike lanes, and cities such as Calgary are getting their first protected bike lanes.

What this means for cyclists is that though bike-to-car interactions can still be tense, there are more reasons than ever to take to biking for a portion of transportation needs! Even if it’s not a daily commute, figuring out how to use a bicycle can decrease stress and increase joy in the everyday. And in fact, the upswing of protected bike lanes make everyone safer, according to this 2014 NYC Department of Transportation study.

Aston Martin Recycles Heritage Engines For Special Edition

Sustainable Materials
aston-works-6

Published on December 19th, 2014
by Christopher DeMorro

0

Nostalgia and sustainability come together in the Aston Martin Works 60th Anniversary Limited Edition Vanquish, which uses recycled pistons from various eras to adorn the interior. It’s a unique take on sustainability, and naturally it won’t be cheap.

Automobiles are already amongst the most-recycled consumer products on the planet, with 80% of materials generally recaptured through the recycling process. That includes a lot of engines, though in a unique twist, Aston has recycled motors from several eras in its history, molding them into the center console dials for six limited edition Vanquish models. The metal specifically comes from the recycled pistons of six different eras of vehicles to pass through the Aston Martin Works in Newport Pagnell, Buckinghamshire, which built 15,000 vehicles between 1955 and 2007.

aston-works-4

To best represent the brand, Aston recycled pistons from the DB 2/4 Mk II, the first model built at the Aston Martin Works site, and represents the 1955-1965 era. The DB5 stands in for 1965-1975, the V8 Coupe for 1975-1985, the V8 Vantage X-pack for 1985-1995, the V8 Vantage supercharged for 1995-2005, and the first-generation Vanquish for 2005-2015. Each of the dials has been laser-engraved with the special anniversary wording to let everyone know that when they adjust the climate control, they’re touching history. Too bad Aston’s hybrid concepts haven’t come to production yet, as that would add another level of sustainability to the brand.

It’s a bit cooler than sitting on soybeans or recycled Coca-cola bottles if you ask me.

  • aston-works-1
  • aston-works-5
  • aston-works-4
  • aston-works-3
  • aston-works-2

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Tags: Aston Martin, Aston Martin Works, DB5, material, recycled engines, sustainable materials, V8 coupe, Vanquish


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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