The World's #1 Renewable Energy Network for News & Information
Sign In or Register
Renewable Energy World Logo
Tuesday, June 18, 2013
  • Sections
    • Home
      • News
      • Opinion & Commentary
      • Featured Blogs
      • Research & Reports
      • Video
      • Press Releases
      • All Blogs
      • Events
      • Products
      • Finance
    • Solar
      • News
      • Opinion & Commentary
      • Featured Blogs
      • Research & Reports
      • Video
      • Press Releases
      • All Blogs
      • Events
      • Products
      • Finance
    • Wind
      • News
      • Opinion & Commentary
      • Featured Blogs
      • Research & Reports
      • Video
      • Press Releases
      • All Blogs
      • Events
      • Products
      • Finance
    • Geothermal
      • News
      • Opinion & Commentary
      • Featured Blogs
      • Research & Reports
      • Video
      • Press Releases
      • All Blogs
      • Events
      • Products
      • Finance
    • Bio
      • News
      • Opinion & Commentary
      • Featured Blogs
      • Research & Reports
      • Video
      • Press Releases
      • All Blogs
      • Events
      • Products
      • Finance
    • Hydro
      • News
      • Opinion & Commentary
      • Featured Blogs
      • Research & Reports
      • Video
      • Press Releases
      • All Blogs
      • Events
      • Products
      • Finance
    • Careers
    • Companies
      • Company Directory
      • Press Releases
      • Products
      • Events Calendar
      • White Papers
    • Webcasts
      • Upcoming Webcasts
      • Featured Webcasts
      • Archived Webcasts
      • Events Calendar
    • White Papers
    • Magazines
      • Renewable Energy World
      • Wind Technology
      • Large Scale Solar
      • Hydro Review
      • HRW - Hydro Review Worldwide
      • Renewable Energy World (North America Edition)
      • Photovoltaics World
    • Awards
  • Account
    • Sign In
    • Register
  • Search

Electric Vehicles Charge Ahead in US

Construction to begin on thousands of charging stations for 'clean' cars.

Tom Banse, Voice of America
March 23, 2010  |  21 Comments

Print

What's billed as the biggest rollout of electric vehicle infrastructure in the world is about to begin in the United States.

Urban planners are deciding where to locate more than 11,000 charging stations in 11 major cities. They want those stations up and running when the first mass-market electric cars from Nissan and General Motors go on sale at the end of this year.

(Image, left: The Nissan Leaf all-electric vehicle goes on sale in late 2010. Credit: NissanUSA)

Last year, the Department of Energy awarded $100 million to eTec, an electric transportation research and development firm, to build electric vehicle charging networks in five states. Now is when the rubber meets the road, or more precisely, construction begins.

"You know, there's a lot of excitement over this," says Rich Feldman, a regional manager for eTec. "This is going to result in oil savings. There's going to be jobs that come out of this project in terms of people installing the equipment. We're obviously launching a whole new industry here. There's going to be other spinoffs and economic opportunity."

Park, Plug in and Power Up

Feldman is supervising the installation of more than 2,000 electric car chargers in the greater Seattle area in western Washington, and another 2,000 at homes and public places in four Oregon cities. They'll be near shopping centers, fast food restaurants and movie theaters, "the variety of places that people think about when they're able to park and leave the vehicle for an hour or two."

Feldman's infrastructure company has partnered with Nissan. The car maker bought lots of ads during the Winter Olympics to promote its forthcoming all-electric model named the Leaf. Nissan is inviting drivers to sign up on its website to be among the first to buy one.

Feldman says eTec hopes to convince a subset of Nissan Leaf buyers to participate in a study. It wants 900 drivers in each state to let researchers from the Idaho National Lab monitor their driving and charging behaviors. "In exchange, they get a free, home-based charging station," he explains. Lessons learned about consumer preferences on placement, features and payment options could guide the eventual national rollout of charging infrastructure.

The Nissan Leaf and the plug-in Chevy Volt are supposed to hit U.S. dealerships late this year. They're the first wave of mass production electric cars. Mark Perry, who directs product planning for Nissan North America, says new owners will have no trouble finding a power station. "So the concern, 'If I use this vehicle or purchase this vehicle, can I get charging?' that's going to be a very easy answer here."

The price of the fully electric Nissan is being announced at the end of March. Then the company will start taking deposits from consumers, who likely will pay a substantial premium over a comparable gasoline powered compact. The four-door, five-passenger Leaf has a range of about 160 kilometers.

Perry says that Nissan will sell and lease the car and battery as a package. "There had been a lot of conversation about separation of car shell and battery and different approaches," he said. "Nissan is still going to explore different business models in other parts of the world. But here in the U.S., definitely an entire transaction ? car and battery ? purchase or lease."

A World of Business Models for Electrics

Other companies and countries are trying different business models to lure consumers into electric cars. Denmark is one nation on the cutting edge. A California-based company called Better Place is working with Denmark's biggest utility to build the charging network there. It will offer battery swap-out stations, a feature not included initially in the United States.

(Image, left: In Copenhagen, hotel owner Kirsten Brøchner gets behind the wheel of her leased Norwegian-made electric car. Credit: VOA - T. Banse)

"We are building these switch stations here in Denmark ? a number of them ? so that when people want to cross the country, then they can very easily," Utility CEO Anders Eldrup says. "If it works according to the plans ? we hope it will ? then you can, within three to four minutes, faster than you can put gasoline in your car, you can switch the battery for a brand new one, which is fully charged, and off you go."

When the system starts up next year, Danish electric vehicle drivers will pay a monthly subscription to access the battery charging network. They could also pay by the mile.

But will consumers go for any of this? Vehicle researcher Valerie Karplus of the Massachusetts Institute of Technology says the car market is big enough to support numerous niches. But she adds, "It's going to take consumers some time to sort out how they feel about going to a swap station, versus a gas station, versus charging at home. At the same time, today's internal combustion engine cars are going to get more and more efficient. You may not have to go the gas station all that often with one of those cars." She is looking forward to what she calls 'an interesting technology race'.

In Denmark, electric cars are exempt from the world's highest car registration tax. That's a big incentive, along with free parking on Copenhagen streets. 

Washington State already exempts fully electric cars from its sales tax, and Nissan executives recently paid a call on legislators to talk up additional incentives. Free parking came up, along with access to carpool lanes. In Oregon, electric car enthusiasts want that state to increase the tax credit it offers to buyers of alternative fuel vehicles.

Similar conversations are happening in government offices in Europe, East Asia and U.S. state capitals. Many policymakers, as well as drivers, find the prospect of a zero-emissions ride electrifying.

Reprinted from Voice of America, a multimedia international broadcasting service funded by the U.S. government through the Broadcasting Board of Governors. VOA broadcasts more than 1,000 hours of news, information, educational, and cultural programming every week to an estimated worldwide audience of more than 115 million people.

21 Comments

Register To Comment
Peter O'Connor
Peter O'Connor
April 2, 2010
E-cars finally arrive in Ireland (see http://www.advertiser.ie/kilkenny/article/24463) but I still can't get anyone to tell me how much they cost to buy.
Fred Linn
Fred Linn
April 1, 2010
fred----this is an industry publication. The point of everything presented here is to make money, not necessarily to solve problems. The only way that walking or biking will be promoted is if someone thinks up a proprietary way to make you pay for walking somewhere.
Fred Yaeger
Fred Yaeger
March 30, 2010
A few thoughts/questions:
1) an earlier comment said electric power recharged at night is "waste" power, implying it's going to waste. Assuming that is true, I'd be interested to know impartial data about how many electric vehicles could be charged overnite before this "waste" power is all consumed. Are we talking 100K elec cars? 200K? 2M? 20M? 50M? If the number is a small fraction of all vehicles on the road today, versus the number being a large fraction, then switching to electric is not as good of a thing. The devil's in this detail.

2) American's drive so much that it is killing them, healthwise. The average American has spent a year of her/his life in a car by age 25. That's a lot of couch potato-ing. NOT a healthy thing at all. I don't see any emphasis in Renewable Energy World's "world" about focusing on driving LESS - ie, marrying the shift to RE with a shift to use more efficient, and healthy, modes of transport some of the time - eg, walk, bike, transit (half of all trips are less than 1 mile - easily walkable or bikeable). Am I just not looking closely enough at the entire REW site? We need to find ways to drive LESS at the same time as we are finding ways to drive on RE.
Aaron Moline
Aaron Moline
March 29, 2010
The reality of electric vehicles on the road may still be a ways off for America's infrastructure. The price is simply too high in the face of existing fossil fuel market. That being said, there have been tremendous advancements in battery and storage technology. It truly is exciting seeing the energy mix in this country progressing in so many different areas. But as this competition heats up (as it already is) the Administration in this country needs to make sure to take all the necessary steps to provide the necessary standards and incentives to research, development, and promote these type of technologies which can strengthen America's energy security.
Want to learn more about balanced energy for America? Visit www.consumerenergyalliance.org to get involved, discover CEA's mission and sign up for our informative newsletter.
Fred Linn
Fred Linn
March 27, 2010
John Dye-------" Ethanol production consumes far too much water -- a more scarce and precious resource than oil."--------

We can produce ethanol or any other hydrocarbon we need using Fischer-Tropsch process. We have been able to do it for over 80 years. F-T uses no water.

John Dye----" Eletric vehicles, at least in theory, can be powered entirely by sun and wind."-------

So can Fischer-Tropsch process---and it produces excess energy that can be fed into the grid in the form of electrical energy. It is exotropic, it produces more energy than it consumes. And F-T can use any form of carbon containing compound at all.

carlp-------" Ethanol is no better than gasoline. It is made using a lot of oil. (No tractors run on Ethanol) and distilled with Coal (small dirty coal fired boilers) or Natural gas."------

Tractors are diesels for the most part. With Fischer-Tropsch process you can produce diesel fuels as well as ethanol. F-T fuels can be used directly in any diesel engine without any modifications. Germany used it in WW2 to fuel submarines, panzer tanks, trucks, even jet aircraft.

But, just for the record, ethanol can also be used to power diesel engines with minor modifications. It is being done right now by Sandia in Sweden and UK to power fleets of city buses that produce extremely low emissions to reduce air pollution levels.

carlp------" Electric motors are 6x more efficient than gas engines at moving a car, so even coal powered EV's beat the crap out of ethanol cars."-----

Charging and discharging batteries(changing electrial energy to chemical energy and back again) is not nearly so efficient.

Diesel engines run about 45% efficiency. You can't have an electric motor that puts out more energy than you put into it. 6X more efficiency than ICE is totally fictitious. And you lose more power using the batteries than you gain by changing the motor, especially over a period of time.
Eric Jelinski
Eric Jelinski
March 27, 2010
Cheaper is not always better usually because of lack of full cost accounting. Burning ethanol made from corn is not efficient on an energy input/output basis...taking into account the fertilizer and water to grow the corn and make the ethanol...an then burn it in engines only 15 to 20 % efficient, most of the time idling on clogged expressways...gimme a break on the cheapness of it all.
ANONYMOUS
March 26, 2010
I guess there is a reason you posted that as "anonymous".
ANONYMOUS
March 26, 2010
Much mention about comparisons with 'fueling' from coal fired wire lines.

However, it should become known that 'switching' or 'yard' locomotives are
now being retro-fitted with batteries to power their each-wheel electric
motors, so the big diesel 'Prime Mover' is GONE!

As with our private cares using an inefficient gas or diesel engine, sitting
in slow moving traffic, idling at 'lights', better to do as the railways are
doing and buy a small Hondo type 3kw gas-generator, and let it charge the
batteries, wherever and whenever you may be, which could include home in
the evening 4 hours, or wherever having a meal, or at work. It could be
on auto-shutdown when the batteries indicate full charge.

WAAAAAAAAAAAY more efficient than having the muscle internal combustion engine
of a size to power the vehicle. Hence, the Chevy 'Volt': IC for charging only.
Scott Wilson
Scott Wilson
March 26, 2010
If the big-box retailers, like Walmart, were smart, they could really make a big splash with this. I can just see the press release:

(Bentonville, AK) Walmart today announced that by the end of 2010, it would install at least 6 charging stations for electric vehicles in every one of its stores in the U.S. and Canada. The retailer made the announcement as part of its overall strategy of increasing its corporate responsibility, and achieving its environmental goals. "It's actually quite easy," said Walmart CEO Mike Duke. "You just dig a trench in the parking lot, run a 440 Volt line to it, and install the all-weather charging stations. I honestly can't think of a better place for someone to spend the 30 to 40 minutes it takes to charge an electric vehicle than inside a Walmart." Walmart operates more than 4,300 facilities, including Walmart supercenters, discount stores, Neighborhood Markets and Sam's Club warehouses. Given the retailers wide geographic distribution, it is expected that this move will greatly expand nationwide access to charging stations for electric vehicles.

Imagine the excitement a retailer like Walmart could generate by making a move like this.
Justice Vanpool
Justice Vanpool
March 26, 2010
As far as the "3 hour plus charge time": take a look on Nissan's sight for a more accurate description of charging time. It has a quick charge.

Also claiming that we are only switching over to coal is inaccurate. This is a small piece in the energy diversification puzzle, which is a change that occurs also at primary levels like coal, gas, wind and solar. These cars can run on anything that will create electricity.
Even considering the coal plants, even with there horrible image are still more efficient than the complex of energy consumption necessary for pumping and distributing petrol. And, as we strengthen our grid efficiency and the total output of alternative energy technologies, carrying around solids/liquids in vehicles will become less and less rational.
I'm all for better storage mediums like hydrogen too. It's just that this battery seems to be a good step forward in functionality.
Paul Hanly
Paul Hanly
March 26, 2010
Based on projected battery availability and costs it would be far better in terms of greenhouse gas emission reductions to have all the battery capacity utilised by Prius like hybrids rather than EVs according to this article - apparently it's not the per car emissions reduction that matters, it's the global GHG emsiions reductions from the available batteries:

http://seekingalpha.com/article/175607-lithium-ion-batteries-and-gevs-false-gods-for-the-new-millennium
Phil Manke
Phil Manke
March 25, 2010
The Honda car is the FCX Clarity, for those who are interested. Honda hydrogen gets the google too. Far more efficient than alcolhol and a good use for excess electric power, on or off grid.

Another thot on plug-in electrics; The initial corporate offerings are quite expensive. They incorporate proprietary gizmos and batteries that will lock in dealer service and needless bling for excess cash to purchase what should be a far simpler car technology. Maybe after some years of market sorting.....................
Phil Manke
Phil Manke
March 25, 2010
Would also be advantagous to have encouraging investment in hydrogen filling stations for fuel cell vehicles. Honda has some on the road in CA, but there is no infrastructure to get fuel across the US, so others don't jump in. This would lend itself to home refueling with excess wind or PV electric power via hydrolizers and "FILL" pumps that are currently made for CNG refilling.
ANONYMOUS
March 25, 2010
In the USA roughly 40% of water abstraction is for cooling electricity power plant (half evaporates in the cooling process and half is returned to the rivers) and about 40% is used for domestic and argicultural uses. With roughly 20% for industry. Wind power uses little water in operation but the large scale solar plant can consume water but I don't know how much per unit of electiricty.

The transition away from the dominance of fossil fuels in the energy mix will be interesting and countries will have to make policy choices depending on their own resourse, weather, etc. Producing meat in countries with lots of rain does not have the same impacts as meat produced in countries where irragation is needed.

There is physics and politics and one of these does not change. What do they teach in modern politics courses?
Jim Stack
Jim Stack
March 24, 2010
To answer- Do you have a source for that comparison between ethanol and electric off grid in terms of CO2e emissions per mile (or equivalent)??

ethanol vs electric. as was mentioned above the water use alone makes electric great. When we consider PLUG-INS will charge 75-90% off peak when there is excess in the GRID it really creates no pollution, uses no extra and makes no pollution. COAL and Nuclear run full blast all night when use drops they can't. Even hydro just keeps pumping.

Then you add wind that comes at all different time and Solar right during the peak days and you have the perfect answer, plug in !

Next add the V2G Vehicel to GRID when all electric could sell to the GRID and help balance the loads and you have a match made in heaven, right where all the sun and rain comes from.

It's a whole new world when cars and homes and utilites can work together , in an EVworld.com
c p
c p
March 24, 2010
Ethanol is no better than gasoline. It is made using a lot of oil. (No tractors run on Ethanol) and distilled with Coal (small dirty coal fired boilers) or Natural gas.

Electric cars running on coal power are normally charged at night when electricity is a waste product. Smart meters should charge you much less at night to help you decide to charge at the right time.

Electric motors are 6x more efficient than gas engines at moving a car, so even coal powered EV's beat the crap out of ethanol cars.
John Dye
John Dye
March 24, 2010
Ethanol production consumes far too much water -- a more scarce and precious resource than oil. Eletric vehicles, at least in theory, can be powered entirely by sun and wind.
mauricio mosquera
mauricio mosquera
March 24, 2010
I hope once again that MI jumps to the opportunity to be a leading state in the implemenation of a hydrogen network. It is time to get off our bottoms and geat ahead of CA, WA,... etc.
Chris Brosz
Chris Brosz
March 24, 2010
Do you have a source for that comparison between ethanol and electric off grid in terms of CO2e emissions per mile (or equivalent)??
ANONYMOUS
March 24, 2010
$11 million from DOE for electric charging stations so we can run our vehicles on coal, but only $16 million for ethanol fueling stations. No policy, just jumping from one thing to another. Presently ethanol powered vehicles are cheaper (including amortization of initial costs) and produce about 1/2 the CO@ as an electric vehicle runing off the grid.
ANONYMOUS
March 24, 2010
Put them on elite college campuses next to the electric ZIP car lots and you have the beginnings of a fleet transformation.

...then there is the three+ hour recharge time!

Add Your Comments

To add your comments you must sign-in or create a free account.

  • Create an Account!
  • Sign-In
Stay Connected
         
To register for our free e-Newsletters, create your free account here:

Editors' Picks

  • Residential Demand Spurs US Solar Installations in 1Q13 Residential Demand Spurs US Solar Installations in 1Q13
  • Ocean Energy Development: Apply Common Sense to Common Problems Ocean Energy Development: Apply Common Sense to Common Problems
  • Severn Barrage “No Knight in Shining Armour for UK Renewables” Severn Barrage “No Knight in Shining Armour for UK Renewables”
  • Project Permit: Cutting Red Tape for Green Energy Project Permit: Cutting Red Tape for Green Energy
  • Solar CHP Innovations Offer Efficiency Kick, Future Energy Storage Options Solar CHP Innovations Offer Efficiency Kick, Future Energy Storage Options

Most Commented

  • 8
    Country-Based Action to Achieve Universal Access to Energy
  • 6
    Solar Tracking Systems Gain Ground
  • 4
    California Energy Storage Plan May Require $3 Billion Investment
  • 3
    From the Sea to the Pump: Is Kelp a Viable Biofuel?

Total Access Partners

Growing Your Business? Learn More about Total Access
  • W.L. Gore & Associates, Inc.
  • SolPowerPeople, Inc.
  • Unirac, Inc.
  • SolarFlairLighting.com
  • Second Wind Inc.
  • CleanEnergyAuthority.com
  • Geothermal Resources Council
  • SolarInsure, Inc.
  • Renewable Energy
  • Solar Energy
  • Wind Energy
  • Bioenergy
  • Geothermal Energy
  • Hydro Power
  • Blogs
  • Video
  • Finance
Resources
  • Companies
  • Products
  • Careers
  • Events
  • Webcasts
  • White Papers
  • Magazines
  • Press Releases
  • e-Newsletters
Company
  • About Us
  • Our Team
  • Contact Us
  • Advertising & Services
  • Privacy Policy
  • Terms & Conditions
  • Site Map
Network Partners - Magazines
  • Hydro Review Magazine
  • Hydro Review Worldwide Magazine
  • Renewable Energy World Magazine
Network Partners - Events
  • Power-Gen International
  • Renewable Energy World Conference & Expo North America
  • Renewable Energy World Conference & Expo Europe
  • Renewable Energy World Conference & Expo Asia
  • Renewable Energy World Conference & Expo Africa
  • Renewable Energy World Conference & Expo India
  • HydroVision International
  • HydroVision Brazil
  • HydroVision India
  • HydroVision Russia
© Copyright 1999-2013 RenewableEnergyWorld.com - All rights reserved.
RenewableEnergyWorld.com - World's #1 Renewable Energy Network for news & Information