Electric cars not enough to meet transport emissions targets – UK Energy Research Council warns Brits must reduce their dependency on cars to meet country’s climate targets

April 20, 2009 at 7:09 pm

Transport account for 22% of emissions in the UK - more than half of that comes from cars

 (Source: Guardian, UK;  Photo: thingermejig @ Flickr)

Government must encourage motorists to get out of their cars and walk or cycle, say scientists

Britons must reduce their dependency on cars if the UK is to meet its climate targets, scientists warn today. In a new study they said that simply switching wholesale to cleaner or all-electric cars, as announced by the government in its low-carbon car strategy last week, would not be enough for the transport sector to cut its carbon emissions.

The report by the UK Energy Research Council (UKERC) said the government had to tackle driver behaviour as well as car technology to reduce transport emissions. That means incentivising overall changes in the way people travel by encouraging walking and cycling, for example, and also discouraging the use of cars through taxation or other levies.

Last week the government announced a £250m plan for incentives of up to £5,000 each to consumers to buy low-carbon or electric cars from 2011 to help decarbonise transport.

Speaking ahead of this week’s 2009 budget announcements, Jillian Anable, head of transport research at UKERC, said the electric car plans were welcome but not enough to tackle the transport emissions problem alone. “They’re being billed as policies to affect the low-carbon car market and that’s very one-dimensional. [The government needs] a set of policies around low-carbon transport transformation so the grants that we see need to be more widely […] targeted to low-carbon travel behaviour.”

She added: “Without managing travel patterns themselves, it is very difficult to meet the technological challenges, including how the electricity is generated, at the scale and pace required. Without effective policies to manage demand for travel, emission cuts through vehicle technology will be made much more difficult and may come too late.”

Road transport accounts for 22% of the UK’s total carbon emissions, with more than half of that coming from cars. In trying to work out how to cut these emissions, the UKERC report reviewed more than 500 international studies looking at different policies aimed at reducing carbon dioxide emissions from road transport. The scientists looked for methods and incentives that seemed to work best and where well-intentioned policies led to unintended consequences.

Friends of the Earth’s transport campaigner Tony Bosworth said the UKERC report was “further evidence that we need a green transport revolution. Low carbon cars, though important, are not enough to tackle transport’s contribution to climate change — we must also change how and how much we travel. The RAC revealed this week that people use their cars for over three quarters of journeys between two and three miles long — with proper facilities in place, there’s no reason why these journeys couldn’t easily be made by bus, bicycle or on foot.”   He added: “The government must rapidly steer its transport policy in a greener direction and make alternatives to cars more attractive by improving public transport services and make walking and cycling far safer.”

A Department for Transport spokesperson said: “We agree that in order to tackle climate change we need to do more than support electric cars. That is why in addition to the £400m to encourage development and uptake of ultra-low emission vehicles, we also spend £2.5bn a year on buses, £140m on cycling and require local authorities to factor in the impact on the environment when developing their transport strategies. Tackling climate change is one of the single most important issues we face, and transport is central to how we deal with it.

Car 2.0 Update from TED: Electric vehicle proponent Shai Agassi, founder of Better Place, outlines his vision for a oil-free nation by 2020

April 13, 2009 at 11:42 am

(Source: TED)

Forget about the hybrid auto — Shai Agassi says it’s electric cars or bust if we want to impact emissions. His company, Better Place, has a radical plan to take entire countries oil-free by 2020.

Just over a year ago, BusinessWeek ran a great piece aboutShai Agassi and his audacious plans to produce a mass market electric vehicle and thereby revolutionize the auto industry. So it was great to get an update from the former software entrepreneur turned zero emission transport guru on the main TED stage earlier today.

TransportGooru is a big fan of TED and of Mr. Agassi.  For those who have not heard about Mr. Agassi, here is a brief bio of from the TED website.  

Business Week’s report on Mr. Agassi’s TED presentation offers this:  “Much of what Agassi had to say was familiar, but it was fascinating to hear how the Better Place project is scaling to places such as Australia and Hawaii (it started life in Israel, with the support of politician Shimon Peres.) The emergence of Car 2.0, as Agassi described it, entails an entirely new business model for car ownership, whereby drivers will pay for miles as they currently pay for minutes on a phone. And Agassi, who cut an imposing and definitive figure on stage, professed to be interested in only two figures: Zero, as in zero emissions; and infinity, as in this model should be available for every driver, worldwide.”

The quote from Wired Magainze nicely captures Mr. Agassi’s personality – Charismatic &  convincing. 

“Shai Agassi has only one car, no charging stations, and not a single customer—yet everyone who meets him already believes he can see the future.” – Wired

Here is Mr. Agassi’s presentation at TED

Denmark turns to green transport in runup to climate summit

April 5, 2009 at 1:43 pm

(Source: Deutsche Welle)

Denmark is a leader in climate policy, but the Danes are also among the highest per capita users of energy in the world. The government in Copenhagen is now trying to change that.

When Danish Prime Minister Anders Fogh Rasmussen came to power in 2001, he didn’t seem at all interested in the environment and climate protection.

But with every Dane pumping out 5 tons of CO2 into the atmosphere each year, Copenhagen could find itself in a tricky position as the host of a giant climate summit at the end of this year, when delegates from all over the world get together to set new global targets on emissions ahead of the 2012 expiry of the Kyoto agreement.

That’s why today a different message is heard coming from Copenhagen and the vision of green economic growth is sprinkled throughout just about every speech Rasmussen gives.

The prime minister is now openly advocating “a society in which we are completely independent from fossil fuels like coal, oil and gas” and a future in which renewable wind, solar and biomass energy sources will make it possible to live in “houses that produce more energy than they use.”

 

Currently there are only about 200 climate-friendly autos on the nation’s streets, but that should grow to 100,000 within two years.

 The Danish energy corporation DONG and the American company Better Place are planning to invest 100 million euros ($135 million) to build up infrastructure in the country for electric cars. The idea is to make it just as fast to charge up a battery as it is to fill up a tank of gas.

 The head of the Danish electric auto association, Per Moeller, is very pleased with that plan, and confident that Denmark can become a pioneer in this sector.

 “We have really good conditions for it here: no extreme climate changes and a flat landscape,” he said. “Denmark is certainly one of the countries in which it would be the easiest to introduce electric cars.”

The batteries to run these cars of the future have another advantage. They can be charged during the night when energy from wind turbines is available but isn’t being used much, essentially turning them into important energy storage devices.

“I don’t think we can leave it to the politicians to solve the problems with climate change,” said Jens Moberg, CEO of the Danish branch of Better Place. “Consumers and companies need to take an active role in the process.”

EVcast.com’s Electric Vehicle Podcast – EVcast#208 – Going Global

March 31, 2009 at 2:52 pm
EVcast goes global – Hosts Bo, Ryan, and Kim with special guest hosts Gavin Shoebridge (NZ) and Nikki Bloomfield (UK) as they discuss EVs and the industry in their parts of the world.  Where does the US stand in terms of adoption and acceptance of this technology?

Join your hosts, Bo and Ryan, for a daily dose of the EVcast.  Keep up with top stories and developments as they happen.  Check calendar for scheduled interviews and topics for our special Tuesday editions!

Listen Live! All broadcasts are streamed live for members HERE. Chime in with your opinions and thoughts using our live chat or send your comments ahead of time to podcast at evcast dot com or leave your message on our listener feedback voicemail: 1-888-451-8862

The EVcast is a podcast dedicated to bringing consumers the latest information on electric vehicles in a non-technical, non-political, and entertaining way.  Don’t forget, you can also subscribe to this podcast via iTunes or your favorite podcatcher. Visit www.evcast.com.

Holy Grail of Electric Vehicle Technology? – A Lithium Ion Battery that Charges as Fast as a Supercapacitor

March 12, 2009 at 6:18 pm

(Source: Treehugger)

Is this the “Holy Grail” Battery We’ve Been Waiting For?

Nature published a very interesting paper by MIT researchers Byoungwoo Kang & Gerbrand Ceder this week: Battery materials for ultrafast charging and discharging. In it they claim that they have discovered a way to make a lithium iron phosphate (LiFePO4) battery charge and discharge about as fast as a supercapacitor. In practice, this could make plug-in hybrids and electric cars much more practical.

The Nature article states,  “Lithium-ion batteries are commonplace in everything from mobile phones to hybrid vehicles. “They’re essentially devices that move lithium ions between electrodes,” says Ceder. The batteries generate an electric current when lithium ions flow out from a storage electrode, float through an electrolyte, and are chemically bound inside the opposing cathode. To recharge the battery, the process is reversed: lithium ions are ripped from the cathode compound and sent back to be trapped in their anode store.

The speed at which a battery can charge is limited by how fast its electrons and ions can move – particularly through its electrodes. Researchers have boosted these rates by building electrodes from nanoparticle clumps, reshaping their surfaces, and using additives such as carbon. But for most lithium-ion batteries, powering up still takes hours: in part because the lithium ions, once generated, move sluggishly from the cathode material to the electrolyte.”

Here is the abstract of their paper:

The storage of electrical energy at high charge and discharge rate is an important technology in today’s society, and can enable hybrid and plug-in hybrid electric vehicles and provide back-up for wind and solar energy. It is typically believed that in electrochemical systems very high power rates can only be achieved with supercapacitors, which trade high power for low energy density as they only store energy by surface adsorption reactions of charged species on an electrode material. Here we show that batteries which obtain high energy density by storing charge in the bulk of a material can also achieve ultrahigh discharge rates, comparable to those of supercapacitors. We realize this in LiFePO4 (ref. 6), a material with high lithium bulk mobility, by creating a fast ion-conducting surface phase through controlled off-stoichiometry. A rate capability equivalent to full battery discharge in 10–20 s can be achieved.

Click here to read the entire article.

A quick update on Norway’s Th!nk cars – Plotting an invasion of America while ponder a move to Sweden (or UK)?

March 12, 2009 at 2:51 pm

(Source: Autobloggreen)

Th!nk details U.S. manufacturing, sales plans: hopes to sell City EV for under $20,000

This morning at the Michigan Information Technology Center in Ann Arbor, Th!nk finally gave the media the details of it’s planned expansion into the U.S. market. The short version: by 2010, Th!nk North America hopes to be building electric vehicles in the U.S. These City models (seen above) will be able to go around 70 mph, pass all required safety standards and be targeted at fleet customers, initially. Th!nk NA will be submitting a loan application to the Department of Energy on March 31, and its U.S. plans are dependent on getting this money. Well, Th!nk officials were hesitant to put a firm number out, but Th!nk CEO Richard Canny said that the price to consumers, after government incentives, would probably be under $20,000, but you’ll need to figure in an $80-90 per month fee to lease the battery. 

Click here to read more about this “North American Invasion” plan. 

(Source: TreeHugger)

TH!NK Electric Car Maker Wants to Move to Sweden (or the U.K.)

 Norway’s electric vehicle manufacturer TH!NK has a long and troubled history – gone bankrupt twice, changed hands a couple of times (including a short stormy marriage with Ford) and stopped its production line late last year when the economic crisis hit. But TH!NK’s woes are far from over, it seems, as the company’s leaders try a novel idea: an offer to move TH!NK lock, stock and batteries to a nation willing to prop it up until propserity re-appears. The two current contenders? Battered Britain andSlumping Sweden. Sweden may be in the lead, as Saab has tanked, and Swedish King Carl Gustaf has already reportedly purchased two TH!NK electric vehicles – in blue and gold, of course.

Powercircle says move EV production to Sweden
Sweden’s Powercircle told Miljörapporten it is attempting to broker a deal in which TH!NK would move production to two former Saab sites: Trollhättan near Gothenburg and Uddevalla. Thus a EV manufacturing hub could be created, Powercircle says, with just 185 million Swedish crowns in contribution from the government, creating 500 jobs in the short term.

Click here to read more about this “migration” plan.

GM Fights Back: Volt Battery Pack “Hundreds Less” than $1,000/kWh

March 4, 2009 at 6:22 pm

(Source:  GM’s Fast Lane Blogs, via TreeHugger )

gm chevy volt electric car photo

GMScryve Corporate Social Responsibility Rating Defends the Volt’s Designgm chevy volt electric car photo
A recent Carnegie Mellon University study (pdf) challenged the real-world gasoline savings and cost effectiveness of plug-in hybrids like the Chevy Volt. GM’s Vice President Global Program Management, Jon Lauckner, who has been involved in the Volt project responded on the company’s blog. Find out what he had to say below.

All-Electric Range

The first thing is the electric range of the car. Somewhat strangely, the CMU study found that “for urban driving conditions and frequent charges every 10 miles or less, a low-capacity PHEV sized with an AER (range) of about 7 miles would be a robust choice for minimizing gasoline consumption, cost and greenhouse gas emissions.”

7 miles? Really?

Well, Jon Lauckner responds:

I’ll cut to the chase; for starters, the study’s endorsement of plug-in vehicles with only a “token” electric-only range (seven miles) overlooks the inconvenience of recharging for the vast majority of drivers (approx. 90 percent) with a daily commute that exceeds seven miles. I mean, honestly, how many customers are going to stop every seven miles and wait at least 30 minutes (if a car has a high-capacity charger like the Volt with the same level of electrical energy to match it) for their battery to be recharged? […] And, if customers don’t recharge during the day, these “token” plug-ins will run primarily on gasoline. How is that consistent with reducing green house gas emissions and our dependence on petroleum?

Click here to read the entire article.

IBM Joins Denmark’s EDISON Project to Build Smart Grid for Electric Cars

February 25, 2009 at 11:53 am

(Source: MCADCAFE)

IBM (NYSE: IBM) today announced its membership in the EDISON research consortium, a Denmark-based collaborative aimed at developing an intelligent infrastructure that will make possible the large scale adoption of electric vehicles powered by sustainable energy.

The EDISON effort (Electric Vehicles in a Distributed and Integrated Market using Sustainable Energy and Open Networks) consists of IBM, Denmark’s largest energy company DONG Energy, the regional energy company of Oestkraft, Technical University of Denmark, Siemens, Eurisco and the Danish Energy Association. Due to the environmental benefits of the electric vehicle technologies, the research will be partly funded by the Danish government.

Market introduction and investment plans in Denmark will result in upwards of 10% of the country’s vehicles being all electric or hybrid electric during the coming years. In order to minimize CO2-emissions linked to electrified transport, global attention on vehicles and infrastructure that will maximize the use of renewable energy for mobility has increased. To achieve this on a large scale, electric vehicles require smart technologies to control charging and billing and to ensure the stability of the overall energy system.

“Denmark, the host of the 2009 United Nations Climate Change conference and the most energy efficient country in the EU, further underscores its ambitions here with the Edison project announcement,” said Guido Bartels, General Manager of IBM’s Global Energy & Utilities industry. “There is already broad consensus that both wind energy and electric vehicles have enormous potential for a sustainable energy future — bringing the two together promises to be a winning combination.”

Click here to read the entire article.

RechargeIT.org: Google’s plug-in hybrid initiative

February 22, 2009 at 1:19 pm

(Source:  Google.org)

RechargeIT is a Google.org initiative that aims to reduce CO2 emissions, cut oil use, and stabilize the electrical grid by accelerating the adoption of plug-in electric vehicles. We have a demonstration fleet of plug-ins at our headquarters in Mountain View, and we’re collecting and posting data on plug-in performance, investing in innovative technologies, and advocating for the passage of important legislation. Our vision is that one day thousands of cars will be plugging into a greener grid.

We’ve had our RechargeIT plug-ins on the road for about a year now, collecting data when driven by Google employees in our free car-share program. But we wanted to see how they would perform in a controlled test. The results of our seven-week driving experiment are in – and the plug-ins did great, getting as much as 93 MPG average across all trips, and 115 MPG for city trips! See the full results to explore detailed data from the experiment. (And check back often as we’ll be posting even more comprehensive data from our test over the next few weeks.)

RechargeIT Driving Experiment


Electricity usage for plug-in vehicles: 
Ford Escape Plug-In 133.2 Wh/mi, Toyota Prius Plug-in 139.6 Wh/mi
    See full results »    

Click here to explore this on-going Google Initiative.

Reality Check on Plug-In Hybrids

February 22, 2009 at 1:13 pm

(Source:  Seattle Times)

Remember last spring, when Seattle’s mayor rolled out the city’s first car that could be “filled at the plug instead of the pump?”

It’s called a plug-in hybrid. They are all the green rage — “possibly the most sought-after technological innovation since Captain Kirk first flipped open his communicator,” says The New York Times.

You may have seen the city’s cars around town, painted with an eye-catching claim on the rear bumper: “This plug-in hybrid gets 100+mpg.”

Also, a greener boast: “150+City MPG!”

Not exactly, it turns out. Not even close.

Try 51 miles per gallon, city and highway combined. Not counting the cost of the electricity.

It’s what 14 plug-in Priuses averaged after driving a total of 17,636 miles. The pilot project is one of the few in the nation to subject plug-in hybrid cars to regular motor-pool duty, as opposed to being driven by hypermilers or alt-energy enthusiasts.

Click here to read the entire article.