Showing posts with label EV's. Show all posts
Showing posts with label EV's. Show all posts

Sunday, November 18, 2012

New-energy park slated for former World Expo site


2012-11-17
English EastDay.com
A NEW-energy theme park displaying vintage cars and offering the chance to test drive electric vehicles will open next month at the former World Expo site.
The 2062 New-Energy Theme Park covers 50,000 square meters in the Pudong New Area and will open to the public on December 22, organizers said.
The park will be divided into five sections and feature solar and wind power generation technologies. There will also be biodiesel technologies on display along with exhibits contributed by leading domestic companies in the new energy field.
Admission will be free until the trial opening period ends on December 31.
Beginning on January 1, admission will be 30 yuan (US$4.81), said Gu Yue, a senior organizer of the park.
"Vintage cars consume a lot of energy. We hope to present the evolution of energy development with the display of vintage cars and we expect this to be a highlight of the exhibition," Gu said.
The name of the park, 2062, has a special meaning, organizers said.
"The Mayan Prophecy predicted the end of Earth in 2012, which is not possible. But will human beings change their lifestyles, explore new energies and find better modes of transportation 50 years after the 'doomsday?'" said Zhang Huchao, market manager of Shanghai Foremost Multimedia Co Ltd, which is in charge of the exhibition.
The park's opening is part of a post-Expo development blueprint, which aims to turn the site into a landmark area that incorporates business, exhibition and leisure functions, authorities said yesterday at the China International Travel Mart.

Wednesday, November 14, 2012

Shanghai issuing 20,000 free license plates for new energy cars


November 13 | By Tony Zhu
Shanghai's government has begun to release 20,000 free plates for energy-saving cars, a strong local push which may eventually affect the entire country’s new energy vehicle industry.
In addition, Shanghai will also grant 40,000 yuan per unit for the purchase of alternative energy cars. Coupled with the central government’s subsidy of up to 60,000 yuan and the license plate worth 60,000 yuan, a buyer of an energy-saving car in the city can enjoy a subsidy of as much as 160,000 yuan--about 75 percent of a premier alternative energy sedan.
The average price for a Shanghai car plate hit a record high of 66,425 yuan ($10,528) last month, up 25 percent from January.
Several other cities are also considering similar preferential policies. Guangdong officials have also mentioned plans to encourage greater new energy vehicle use in the province, including offering a green channel in plate auctions.
Over the first nine months of the year, a total of 6,982 new energy automobiles were sold in China, including 3,009 pure electric vehicles.

Govt offers incentives to electric car buyers


By He Wei in Shanghai ( China Daily)
11/6/12
China's first indigenous purely electric supermini car hit the market on Monday as part of agovernment-sponsored project to encourage the use of energy-saving vehicles.
Roewe E50 buyers in Shanghai could save around 100,000 yuan ($16,000), thanks togovernment subsidies and an upcoming local policy waiving license plate feesaccording tocompany sources.
The E50, a purely electric vehicleis the result of three yearsresearch and development byShanghai Automotive Industry Corpsaid Shen Lingpublic relations manager of thecompany's new energy department.
Govt offers incentives to electric car buyers
The car applies advanced energy-saving and safety technologies to ensure zero emissions,she said.
Although the new model officially retails at 220,000-240,000 yuanbuyers may enjoy steepdiscounts as the government and automakers strive to promote new-energy vehicles.
Under a central government noticea rebate of up to 60,000 yuan is offered on the purchaseprice to buyers of battery-powered carsand the Shanghai municipal government is offering asubsidy of up to 40,000 yuan.
A move which could give the sector a further shot in the arm is a policy due to be unveiled bythe Shanghai authorities offering free license plates to owners of electric vehicles.
According to Shenthe decisionwhich is subject to the approval of the National Development and Reform Commissionis likely to be implemented "very soon".
Other than government incentivesauto manufacturers are seeking to drum up buyersinterestwith value-added services.
MeanwhileSAIC is finalizing plans to offer discounts on group purchases by businessessheadded.
Shen said the company has set no sales targets for the new modelBut SAIC chief engineerLing Tianjun said in August that it expects to sell 1,000 vehicles next year.
The launch of the car on the retail market will be a step forward for new-energy vehicles inChinaas the majority are currently owned by government bodies or used for publictransportation.
The average energy conversion rate of electric vehicles is 46 percent higher than conventionalcarsand they have the potential to reduce carbon dioxide emissions by up to 68 percentsaidRaymond Tsanga partner at Bain and Company.
Apart from purely battery-powered electric vehicleshybrid carswhich run on a combination ofbatteries and conventional enginesare also popular as they are easier to operatehe said.
China's strategy to develop new energy cars has gained ground on many frontsaccording toWang Tianweipolicy director of the policy coordination department of Jiading Auto City inShanghai.
On the policy frontthe development of the electric vehicle industry has been a priority of theMinistry of Science and Technology for more than a decade.
On the regulatory frontthe Ministry of Industry and Information Technology and the NationalDevelopment and Reform Commission have issued at least 20 regulations over the pastdecade to regulate and promote the wider use of hybrid and electric vehicles.
The target was to make the country a world leader in electric vehicles by putting 500,000 onthe road by 2011.
But Wang said the deadline has been extended to 2015 as a result of technological constraintsand a lack of policy coordination.
Battery performance remains the greatest threat to the credibility of electric vehicles inmotoristseyesWang said Chinese companies still lag far behind their competitors in the Westin battery technology.
A study conducted by the United Nations Department of Economic and Social Affairs saidChina holds just 1 percent of the total patent registrations for lithium ion batterieswhile Japanowns 52 percent and the United States has 22 percent.
The other common concern is a lack of recharging stationshe said.
SAIC has set up 1,170 recharging stations in Shanghaibut most of those are in suburbanareas.
Tao Weishuoa veteran motorist in Shanghaisaid that despite all the incentives he was stillreluctant to buy an electric vehicle.
"The shortage of recharging stations in the city center would limit where I could driveWhat'sthe point of owning a car if it fails to take me anywhere I want?"

Saturday, September 08, 2012

Buy a new energy car and save 100,000 yuan

By Hu Xiaocen  |   2012-9-8
Shanghai Daily

CONSUMERS who buy fuel-saving and new energy cars in Shanghai can save around 100,000 yuan (US$15,760) in total, as the government plans to introduce more measures to boost the sales of such cars, officials said yesterday.

"China will expand the use of energy-saving cars," Wan Gang, Minister of Science and Technology, said in Beijing. "Other policies may include exemption for users from license plate auction and lottery."

Shanghai was named the country's first pilot city for electric vehicle development in April last year. 

"The Shanghai government will subsidize 40,000 yuan for each purchase of electronic car," Shou Ziqi, director of the Shanghai Science and Technology Commission, said. "And buyers can have specially numbered license plates for the cars, without going through the plate auction process."

The average price for a car plate in Shanghai surged to 62,559 yuan in August, 4,288 yuan more than in July.

http://www.shanghaidaily.com/nsp/Metro/2012/09/08/Buy%2Ba%2Bnew%2Benergy%2Bcar%2Band%2Bsave%2B100000%2Byuan/

Sunday, July 01, 2012

This Summer, Electric Cars Are Merging Into California’s Traffic




New York Times
SAN FRANCISCO
IT doesn’t sound as sexy as the 1967 Summer of Love, but for Californians with a passion for plug-ins, the warm months of 2012 are turning into the season of the electric car.
Some four years after the $100,000-plus Tesla Roadster became the nation’s only new electric vehicle capable of highway speeds, a wave of more affordable plug-in cars are coming to market. And California, the state with the nation’s largest auto market, the worst air quality and the most stringent emissions rules, is the first to catch the tide.
By summer’s end, nearly a dozen plug-in cars and crossovers may be traveling the state’s highways, including five or so that are arriving before the end of August. The latest models are from upstarts like Tesla and Coda Automotive as well as from global giants like Ford and Toyota.
Aside from the state’s longtime role as a trend incubator, other factors have combined to make this a test bed for what proponents hope will be a new age in personal transportation. The state’s policy makers have set tough emissions rules mandating a rising number of zero-emission vehicles, and they’ve offered tax incentives for buyers. As a hotbed of high technology and entertainment, California has plenty of influential early adopters with ready cash. An expanded charging infrastructure is being developed and, perhaps most important, battery-powered cars grant access to the coveted car-pool lanes on congested freeways.
Among the most anticipated electric models of the summer is the Tesla Model S luxury sedan, with base prices of $58,570 to $78,570, depending on the size of the battery pack and, consequently, the driving range on a charge. While the car was under development, Tesla collected more than 10,000 reservations without so much as a test drive. Once promised for delivery in 2009, the S — Tesla’s second model — at last reached customers on June 22.
“The people who buy this car are the movers and shakers — leaders in arts, entertainment, business,” said Paul Scott, a co-founder of the advocacy group Plug In America who now sells electric Leafs at a Nissan dealership in downtown Los Angeles.
“I sold a Leaf to Danny DeVito,” Mr. Scott said. “He’s that kind of guy. But you’ve got a lot of people who just will not put themselves into a small car.” On the other hand, he said, celebrities who live large are the ones who “will drive the market” if they embrace upscale electric cars like the Tesla, influencing purchases by regular Janes and Joes.
Following the Model S’s introduction last weekend, Tesla is providing thousands of test drives for reservation holders, starting in Fremont and Los Angeles before moving on to a dozen cities across North America.
California drivers are also getting a chance to get behind the wheel of the $38,145 electric sedan from Coda, based in Los Angeles, at test-drive events through the summer in Southern California and the San Francisco Bay Area. The car will initially be sold through four dealerships in the state.
What’s markedly different about the plug-in vehicle market this summer is the growing presence of some of the world’s largest carmakers. Ford began slowly delivering its $40,000 Focus Electric to dealers in May (a month in which just six units were sold) and was expecting to ship 350 cars to dealerships in California, New Jersey and New York by the end of June.
Honda plans to start leasing its Fit EV for $389 a month in California and Oregon on July 20, with a move into six East Coast markets next year.
Certainly, electric vehicles are still in their tentative early days. “There will be model launches, but each one will be a few hundred or a few thousand,” Michael Omotoso, a senior manager of LMC Automotive, a research firm, said in a telephone interview last week. "We don’t expect an E.V. to be a big seller like the Toyota Prius anytime soon. But we also don’t expect any of these cars to be a big disaster.”
LMC’s forecast for 2012 puts sales of all-electric vehicles at only one-tenth of 1 percent of the nation’s light-vehicle market, or about 12,000 vehicles. And plug-in hybrids, which have a gasoline engine as well as an electric drive system that can be charged with a cord, are projected to claim three-tenths of a percent, or about 40,000 units.
For automakers, Mr. Omotoso said, “the significance is to show that you can produce an electric vehicle at a price that maybe not the average consumer can afford, but a lot of consumers can afford.” He added, “It’s a first step toward having a significant number of electric vehicles in the next 10 to 20 years."
As for Tesla, the Model S release is but one of its milestones this summer. In addition to opening five new stores, Tesla will provide the battery pack and powertrain for the $50,000 Toyota RAV4 EV, which goes on sale late this summer in San Diego, Los Angeles, Sacramento and the Bay Area. This electric crossover follows the rollout, in March, of a plug-in version of the Prius hybrid. Through May, Toyota sold 3,631 Prius Plug-ins, the majority of them in California.
Smaller players are adding to the bubbling E.V. activity in California, too. An electric motorcycle company, Brammo, plans to ship its long-promised Empulse R model this summer. By early August, a start-up called Scoot Networks will offer more than 50 electric scooters to members through a scooter-sharing program in San Francisco. Also over the summer, a Bay Area nonprofit, City CarShare, plans to make a big push for members to rent plug-in models it is adding to its fleet.
All of these summer arrivals join earlier releases including the Leaf and the Chevrolet Volt, the Fisker Karma plug-in hybrid and the egg-shaped battery-powered Mitsubishi “i,” a $30,000 electric car that is to arrive at dealers this month. And while Tesla has ended sales of its first model, the Roadster sports car, many of the 2,500 sold went to Californians.
Sales of the 2013 Volt, which is said to have slightly more electric range than before, are to start in August.
The relatively high concentration of new electric offerings in a few regions of California could help raise awareness and add momentum to the nascent market. Cars from companies as varied as Ford, Honda and Tesla “will help Californians to feel like there is a real commitment across the industry,” John Gartner, an electric vehicle analyst with Pike Research, said in an interview. He noted that the state’s gas prices were among the highest in the 48 contiguous states, adding to consumer interest in alternative-power vehicles.
On the other hand, Mr. Omotoso said that if gas prices fell below $3 a gallon nationally, as some analysts expect, “we’re going to see more people buying trucks again, and fewer people being interested in hybrid and electric vehicles.”
He added that if the Republicans won the White House, “there will be less enthusiasm to keep this $7,500 tax credit,” which the federal government has provided for electric vehicle purchases since 2010. California currently offers state tax rebates of up to $2,500 for battery electric cars and up to $1,500 for plug-in hybrids.
Tesla says it expects to deliver 5,300 Model S sedans in 2012, and another 20,000 next year. But Mr. Omotoso said he expected the company to achieve less than half its 2013 sales goal. “People who like technology and like to be different will buy the Model S,” he said. “But a lot of luxury buyers are more traditionalists. They’ll stick with what they know.”
It is hardly by chance that this wave of electric vehicle activity is landing in California. “It’s kind of the birthplace of the modern electric car,” said Mr. Scott, the Leaf salesman. “This is where the powerful stuff comes from, the really coolest stuff” — the motors, controllers and battery-management systems that defy old notions of electric cars as glorified golf carts.
Mr. Omotoso cited the state’s environmental awareness, its technological savvy, the long urban commutes and the pockets of wealth in Silicon Valley and Hollywood as factors that have enhanced Californians’ affinity for plug-in vehicles.
Public policy has also contributed. The state’s 1990 Zero Emission Vehicle mandate decreed that in 1998 through 2000, zero-emission vehicles must make up at least 2 percent of sales in the state by the six largest carmakers. The state set the bar at 5 percent of new vehicles for 2001 and 2002, and at 10 percent for 2003 and beyond.
Under pressure from the auto industry, California changed the law, and automakers crushed many of the 4,000-plus battery-electric vehicles deployed from 1996 to 2003 — but not before some 1,000 charging stations were in place.
“Several thousand fairly aware, high-tech, wealthy people got these cars and said, ‘Whoa, this is good,’ ” Mr. Scott said. “We had this large group of people who were cognizant of the electric car, and we talked loudly. So that’s why California is where a lot of this stuff is happening. We know about electric cars, and we don’t shut up about it.”
The state’s latest clean car rules, passed in January by the California Air Resources Board, or CARB, establish higher quotas for more automakers in 2018-2025. The current rules apply to six automakers — the three Detroit-based companies and Honda, Nissan and Toyota. In 2012-14, about 2 percent of the cars they sell in the state are required to be zero-emission vehicles.
Also, beginning with 2018 models, BMW, Daimler, Hyundai, Kia, Mazda, Volkswagen and others who sell more than 20,000 vehicles a year in California will be required for the first time to sell models with very low, or no, tailpipe emissions.
Based on the new mandates, CARB projects there will be 1.4 million zero-emission vehicles on the road by 2025, making up 15.4 percent of overall sales in California. The target for each individual manufacturer shifts depending on its market share and annual sales.
Toyota’s low production plans for the RAV4 EV (just 2,600 over three years) and Honda’s intent to provide just 1,100 Fit EVs over two years — only under a lease with no option to buy — have prompted some plug-in proponents to deride the models as “compliance cars” offered just to meet quotas.
“For years we were just fighting to get the carmakers to build the cars,” Mr. Scott said. “Now they’re building the cars, and it’s just so slow.”
From a business perspective, however, the bare-minimum strategy makes sense. "If you’re losing money on each one you make, you want to make as few of them as possible," said Mr. Omotoso. "If we get to a point where carmakers can at least break even, or make a little bit of a profit — which may not be for 10 years or more — we can see them producing more plug-ins."
A Toyota spokeswoman, Jana Hartline, said the zero-emissions mandate was “really a moot point.” In an e-mail, she called the mandate “a fact of life for over 20 years,” and said the company was committed to meeting California’s requirements through a combination of plug-in hybrid, battery-electric and hydrogen fuel-cell vehicles. .
What good is a new E.V. if you have nowhere to charge it? Wheels have been set in motion for $100 million in new charging infrastructure throughout California, under a recent settlement between a New Jersey-based power company, NRG Energy, and the California Public Utilities Commission. The deal is meant to close the book on offenses committed by Dynegy (the assets of which are now owned by NRG) during the Enron scandal and the state’s 2001 energy shortages.
“It’s a solution to the chicken-and-egg problem,” Frank Lindh, general counsel for the public utilities commission, said in a telephone interview. “People won’t buy electric vehicles unless they’re confident there’s a place to charge up. And companies don’t want to invest in charging infrastructure unless people are buying electric vehicles.”
A competing provider of charging systems, ECOtality, has filed a lawsuit over the deal, calling it an “illegal giveaway” that would give NRG a monopoly in the California E.V. charging market. But if the settlement is approved by the Federal Energy Regulatory Commission and goes through as planned, it could give places like San Francisco, San Diego and Los Angeles the densest E.V. charging networks in the world. Mr. Lindh said he expected the settlement to win federal approval “definitely this summer” and perhaps before July.

Tuesday, December 27, 2011

In China, Power in Nascent Electric Car Industry



GUANGZHOU, China — Three years ago, as part of its green-energy policy, the Chinese government set an ambitious goal: by the end of 2011, the nation would be able to produce at least 500,000 hybrid or all-electric cars and buses a year.
With only about a week to go, it is clear China will fall far short of that target. Despite dozens of electric-vehicle demonstration projects around the country, analysts put China’s actual annual production capacity at only several thousand hybrid and all-electric cars and buses.
“It’s pretty trivial at this stage — they hardly sell any,” said Lin Huaibin, the manager of China vehicle sales forecasts at IHS Automotive, a global consulting firm.
Obstacles include continued technological hurdles, disputes over technology transfers by multinational automakers, and a broad wariness by the Chinese public regarding alternative-technology cars.
But it would be shortsighted to count out China’s electric car efforts just yet. Only a few months ago Prime Minister Wen Jiabao called for Beijing to create a new “road map” for energy-saving vehicles.
Unlike in other nations, where automakers are leading the push for electric vehicles, in China the effort is being led largely by one of the country’s most powerful industries — the state-run electric companies that operate the national power grid. With China expected to surpass the United States in the number of all vehicles on the road by as early as 2020, the government-run utilities see it as their job to provide an alternative to imported oil as a way to power several hundred million cars, trucks and buses.
This month in this sprawling southern industrial city, for example, the giant China Southern Power Grid company opened a sales and service center for electric cars.
The new three-story building, resembling a giant lizard egg of lime-green glass, is a showcase for technology supplied by Better Place, a start-up based in Palo Alto, Calif. Under the Better Place business model, customers do not recharge their electric cars but instead periodically stop at an electric filling station to swap their nearly depleted batteries for freshly charged ones.
And just because there are no customers kicking the tires now doesn’t mean China Southern Grid, as it is commonly known, isn’t in the electric-vehicle game for the long haul. The power company and Better Place are in talks to sell electric cars to the Guangzhou municipal government and to taxi fleets, according to Shai Agassi, Better Place’s founder and chief executive.
The demonstration project showcases imported Renault Laguna sedans and Nissan Dualis crossover utility vehicles whose gasoline-fueled power trains have been replaced with electric motors and swappable batteries. But the companies are in talks with Chinese automakers to produce battery-powered cars, for which no price has been set.
In a separate bet, meanwhile, China Southern Grid has also built recharging stations in another big southern industrial city, Shenzhen, for electric buses and cars made by a Chinese automaker, BYD, which has Warren E. Buffett among its investors.
Though automakers in other countries have supplied charging equipment to be installed at homes and parking lots, China’s power industry has already made it clear that it wants to dictate when and how plug-in gasoline-electric hybrids and all-electric cars are charged, by owning the charging equipment and setting technical standards.
“It is more and more difficult to manage the grid; we need more flexibility,” by controlling how cars are recharged, said Zhang Diansheng, the deputy general manager of China Southern Grid.
After initially seeking to leapfrog Japan and the West by moving straight from internal combustion engines to cars powered only by batteries, Chinese policy makers are now paying more attention to hybrids that combine gasoline engines with electric motors. (As battery-fire problems with the Chevrolet Volt in the United States have recently indicated, technical problems still bedevil electric automotive technology.)
Even some of the Chinese companies like BYD that have bet most heavily on all-electric cars are now investing in plug-in hybrid cars that have gasoline engines as well as batteries.
“More and more companies are certainly going to do it like this,” Wang Chuanfu, BYD’s founder and chairman, said in an interview at his company’s headquarters in Shenzhen. But he quickly added, “there is still tremendous potential in the Chinese market for electric cars.”
Some of the obstacles that have slowed deployment of all-electric cars in China also exist in other markets. The cars’ range, less than 200 miles even under ideal conditions, falls steeply in cold weather, if the air-conditioner is turned on or if the car was not fully charged overnight.
“I’m not interested in them — I worry I’d run out of electricity and get stuck,” said Mu Zhongbao, a 31-year-old businessman who paid the equivalent of $130,000 for an Audi Q7 minivan on a recent afternoon here at one of the many dealerships near the Better Place site.
Southern China Grid’s Better Place demonstration project indicates that powerful interests in China still back the development of all-electric cars.
“I see the Chinese fully committed on a path toward electric vehicles — the time frame may shift, the volume numbers may shift,” said Raymond Bierzynski, the executive director of electrification strategy at General Motors China.
Some executives say that China has fallen behind its schedule for hybrid and all-electric cars because it has put heavy pressure on multinationals to transfer technology to their Chinese partners to be eligible for generous subsidies for the sale of alternative-energy vehicles in China. Some foreign manufacturers have responded by withholding some of their latest models from the Chinese market — as Nissan has with the electric Leaf.
G.M. has put the Volt on sale in China, despite the Chinese government’s decision to make it ineligible for renewable energy subsidies of up to $19,300 per car. That is because G.M. has not transferred enough of the technology to satisfy Beijing, although G.M. did agree this autumn to share some electric technology in the coming years.
“By forcing foreign technology sources into a junior role, that’s going to significantly slow the development of the technology in China,” said Bill Russo, a former auto executive who oversaw the Chinese and Korean markets for Chrysler and is now an industry consultant in Beijing.
But the betting in China is that China Southern Grid and another big grid operator, the State Grid Corporation, and their allies among the country’s five main electricity generation companies have much more influence in Beijing than the auto industry.
The Chinese auto industry was tiny until the last decade, and very few of its executives have wound up in senior government positions. By contrast, specializing in electric power has long been a path to the top of the Chinese Communist Party for leaders like Li Peng, the former premier.
And as long as the electric companies are influential, all-battery cars may hold the political edge over hybrids.
But what is not clear is which of three experimental approaches to recharging will eventually dominate the field: the so-called fast charging of vehicle batteries at recharging centers; overnight charging options at homes and parking lots; or battery swapping à la Better Place.
Meantime, World Trade Organization rules are also influencing how China approaches electric cars, said a Chinese official close to the decision-making who insisted on anonymity because he was not authorized to publicly discuss transportation policy.
The government wants to build an electric car industry that can export vehicles all over the world. But it does not want to someday face W.T.O. trade complaints from other countries that might accuse China of violating free-trade export rules by subsidizing the industry’s development. With China having raised trade tensions with the United States earlier this month by slapping additional tariffs on a range of American imported autos, Beijing may need to tread more carefully than ever.
The most promising trade strategy for China to avoid legal pitfalls might be for the government first to subsidize the development of a network of charging stations for electric buses and other municipal vehicles, the Chinese official said. Mass transit subsidies are hard to challenge at the W.T.O. because they involve an almost purely domestic government service.
The bus recharging stations, and the lessons learned in building them, might then be used in a more extensive network of electric car recharging stations. Subsidizing the charging stations could help make electric cars more affordable, and in turn help Chinese automakers achieve economies of scale in their home market that would help them build up an export business.
Already BYD is expanding its annual capacity to manufacture all-electric buses — 1,000 this year, up from 500 last year and with a target of 5,000 next year.
Mr. Agassi of Better Place predicted China would become a large-scale maker of electric cars and then start exporting them. “This is the fork-in-the-road moment” for China, Mr. Agassi said. “You get to a trade deficit on oil imports, or you get to a trade surplus with a lot of car exports.”

Wednesday, November 30, 2011

Smith Electric to Build Trucks in the Bronx

November 16, 2011, 12:15 PM

By JIM MOTAVALLI

New York would never be mistaken for the Motor City, but on Tuesday, Smith Electric Vehicles announced that it intended to assemble electric trucks in the South Bronx, adding 100 jobs to the region. A package of more than $6 million in state and city incentives sweetened the deal.
Smith, based in Kansas City, Mo., manufactures battery-powered box trucks suitable for urban deliveries and has already found customers in New York, including the Duane Reade pharmacy chain and Down East Seafood. Coca-Cola and Frito-Lay have also bought trucks.
“Sitting in Kansas City and trying to figure out how to locate a factory in New York City was a little daunting,” said Bryan Hansel, the company’s chairman and chief executive, in an interview. Mr. Hansel said the company had leased a 90,000-square-foot warehouse space near Hunts Point and would begin producing its electric Smith Newton trucks there in the second quarter of 2012. He added that the factory would be set up to assemble 100 trucks a month in a single one-shift line, but the company could add shifts and lines as demand dictated.
A crowd, including many public officials, assembled under historical murals at the Bronx County Courthouse and applauded the job announcement.
“Today is an amazing day in God’s country, the wonderful borough of the Bronx,” said Borough President Rubén Díaz Jr. of the Bronx. “This is a huge deal,” he added.
James Vacca, a city councilman and chairman of the transportation committee, said in an interview, “The electric trucks are welcome because they address both environmental and quality-of-life issues. Long-term, this will mean jobs, but also quieter traffic and less pollution.”
The trucks have proven popular with customers. Michael Fowles, director of distribution at Duane Reade, said the company had bought two trucks and had another two on order. Duane Reade’s fleet of 60 delivery vehicles circulates primarily in city limits, making it well-suited for battery power. Mr. Fowles said the fleet could eventually be all electric. Charles Hayward, the pharmacy chain’s fleet manager, echoed Mr. Fowles. “We have 6,000 to 7,000 miles of road time with the electrics, and they perform as well or better than the diesel trucks,” he said.
Truck prices vary depending on battery pack size and other considerations. According an e-mail received from a company representative, the basic cab and chassis, made by Avia and imported from the Czech Republic, costs $75,000, but packs ranging from 40 to 120 kilowatt-hours add another $25,000 to $75,000 The batteries are sourced from A123 Systems and Valence Technology. Final assembly of the trucks will occur in the Bronx.
Working with the bus fabricator Trans Tech, Smith will also be producing electric school buses, a 24-seat example of which was on display at the Bronx courthouse. The buses will be assembled on the same electric Newton chassis as the trucks. Dan Daniels, president of Trans Tech, based in Warwick, N.Y., said in an interview that the company was looking for a suitable location to build the buses, including sites in New York.
According to Smith, New York State is developing an incentive program that would offer vouchers of up to $20,000 to help businesses purchase medium- and heavy-duty all-electric trucks (over 10,000 pounds). Smith would benefit from that program, as would other manufacturers that might want to deliver zero-emission trucks.

Wednesday, September 14, 2011

Can EVs solve wind power puzzle?


Electric vehicles outfitted with a $10 computer chip can help streamline the addition of wind power to the electric grid, according to a study that shows how the two types of technology could piece together the puzzle of our green energy future.
One of the biggest hurdles utilities face with the addition of wind power and other renewable sources of energy to the grid is where and how to store excess generation for use when people actually need it. Until that happens, if the wind blows when nobody needs electricity, for example, the energy is wasted.
"If I could wave my magic wand and have anything, new types of technology that allow you to store large amounts of energy cheaply would be fantastic," Steve Kern, a power supply and environmental affairs officer with Seattle City Light, told me along with a group of reporters this July on a trip sponsored by the Institutes for Journalism and Natural Resources.
Kern was speaking at a hydropower dam in the North Cascades that supplies 17 percent of Seattle's electricity. The utility occasionally lets water spill over the dam instead of through its turbines because there is no place to store the excess generated electricity.
Despite the storage limitations, Renewable Portfolio Standards require utilities to add more sources of energy such as wind to the grid. In the Pacific Northwest, 10 gigawatts of wind power will come online by 2019, for example. The conundrum is how to effectively manage the wind's fickleness.
EVs absorb the wind
The new study put out by the Department of Energy's Pacific Northwest National Laboratory shows that plug-in electric vehicles equipped with so-called Grid Friendly charging technology could help utilities better utilize this additional wind energy.
The technology essentially ramps up and down the rate at which the battery is charged depending on availability of electricity, Michael Kintner-Myer, a staff scientist at the lab and a co-author of the new report, told me on Monday.
The chip, which is added to the vehicle battery or charging station, reads the signal of the voltage and current at the outlet, he explained. Utilities in the United States try to maintain this metric, called frequency, at 60 hertz.
When there's more demand for electricity than is being generated, the frequency drops. When there is more generation than needed, like when the wind blows in the middle of the night, the frequency speeds up.
"We are evaluating what the frequency is … and in the over-generation mode we really ramp up the charging current to its maximum and if it is under generation, we ramp it down," Kintner-Myer explained.
This starting and stopping of the charging cycle allows electric vehicles to absorb the excess wind power when it is generated. Doing so reduces the need for backup power plants to keep the grid in balance, according to PNNL.
This grid-friendly approach contrasts with another, potentially more robust, load management system known as vehicle-to-grid technology, which maintains a two-way communication between the car battery and the electric grid.
In this scenario, the battery is a storage device as well as a generator, providing electricity to the grid when demand rises. This causes more wear and tear on batteries and requires a more complex and expensive integration with the grid, according to Kintner-Myer.
"From a cost-benefit process, I think we have a higher value," he added.
This benefit of the Grid Friendly approach comes if about 13 percent, or 2.1 million vehicles in the Northwest Power Pool, which covers Idaho, Montana, Nevada, Oregon, Utah and Wyoming, are equipped with the technology, according to the PNNL study.
In addition, about 10 percent of the cars would need access to charging stations during the day in order to absorb excess wind energy. "That means for utilizing these vehicles for grid applications, you don't have to have a one-to-one ratio of public-to-private charging stations," Kintner-Myer said, noting that has been a concern within the energy industry.
His team is negotiating with a public utility in the Pacific Northwest to demonstrate the feasibility of the technology, which he said is available today. In fact, similar chips were tested in home appliances on the Olympic Peninsula a few years ago.
No silver bullet
Kern, with Seattle City Light, told me today that the Grid Friendly technology can help, "but it is not going to be the silver bullet" he longs for.
One problem from the utility perspective, he noted, is an obligation to customers to provide power when they want and need it. And, for most owners of electric vehicles, that means when cars are parked in the garage at night.
So, if electric-vehicle owners plug in their cars but the wind's not blowing, "I still have to have the underlying supply to backstop that wind," he noted

Sunday, August 28, 2011

Portland Plans for Transit All Powered by Electricity



Hans van der Meer
FULLY COVERED A new solar-powered charging station in Portland, Ore., can also supply power to the electrical grid.
PORTLAND, Ore. To drivers passing by on Martin Luther King Jr. Boulevard, the structure rising above the parking lot is mostly unremarkable. But to the eco-elites who gathered in this green-leaning city in June for its unveiling, it represented a blueprint for the filling station of the future.
The roof of the 12-foot-tall steel canopy, built by EV4 Oregon, is covered with solar cells that generate power for a pair of ECOtality Blink Level 2 electric-vehicle chargers at the base. The facility is connected to the electrical grid, so any excess electricity from the solar cells can be sent to the local utility.
The canopy is more than just a sunny-day design: other installations will include an underground bank of batteries to store electricity for distribution after dark. As the electric vehicle population grows, more canopies can be added to create a covered parking lot.
“This is the future, my friends, and it will make a difference,” said Jeff Cogen, chairman of the Multnomah County Commission and one of several dignitaries to attend the ribbon-cutting ceremony. “Hopefully, in 20 years, we can look back and say, ‘I remember when these were introduced.’ ”
With major automakers like General Motors and Nissan now selling plug-in vehicles, charging stations like this one are seen as a vital element in persuading drivers to adopt zero-pollution cars. Without a convenient place to replenish batteries away from home, electric cars would be a hard sell for consumers.
And finally coming online after years of false starts and schedule delays — even in a city that presents itself as a hub for all things electric — these chargers are a welcome sign that the logjams holding back the acceptance of electric cars may at last be breaking up.
Rather than just promote electric vehicles and the installation of charging spots, a coalition of government officials, carmakers, academics and local utilities is trying to integrate all forms of electric transportation into the city.
“Electric vehicles are just a part of the way we’re going to make cities smarter and more efficient,” said Deena Platman, a transportation planner at Metro, the regional planning agency. “It’s the next evolution in sustainability in the city.”
In many ways, electric vehicles are a good fit in Portland. The city is compact enough that the average day’s driving of most households, about 20 miles, is easily covered on a single battery charge. Three-quarters of the state’s residents live along the Interstate 5 corridor between Portland and Eugene, two hours south. Oregon also relies heavily on hydroelectric power, which produces no direct carbon emissions.
Portland has a dense street-car and light-rail network, and the city has the country’s highest per-capita ownership of Toyota Prius hybrids, according to George Beard, a manager in the Office of Research and Strategic Partnerships at Portland State University.
Portland’s embrace of all things electric is one reason why Toyota chose it as one of the cities where it is testing its new plug-in hybrid Prius, which is expected to be introduced in 2012. Green Lite, a local start-up, is creating a plug-in hybrid prototype that it says gets 100 miles per gallon. Eaton, an automotive supplier and infrastructure company, plans to build fast chargers at its plant in Wilsonville, south of Portland.
“Eaton Corporation is working to expand the electric vehicle charging infrastructure and ensure that drivers of these vehicles have the peace of mind they need when commuting,” said Tom Schafer, vice president and general manager of Eaton’s Commercial Distribution Products Division. 
These and other companies in Oregon are trying to tackle a key challenge to the electrification of the vehicle fleet: how to install enough chargers so drivers can get past their concerns of finding charging stations away from home.
Installing a charger in a homeowner’s garage is relatively straightforward. Putting chargers on public property is more complex. Who, for example, will install and maintain the chargers? How much will the electricity cost? Who is responsible if pedestrians trip over electric cords? How much should electric vehicles pay to park at chargers?
“The issues are insane,” said Mark Gregory, an associate vice president of finance and administration at Portland State University, which is part of the coalition studying various issues. “In two years, we hope to answer these questions.”
One laboratory for exploring these issues is a short walk from Mr. Gregory’s office. A one-block stretch of downtown, nicknamed Electric Avenue, was conceived as an oasis for all types of electric vehicles, and a vision of how these vehicles can fit into a broader transportation system. Indeed, the avenue runs adjacent to a transit mall on Sixth Avenue where buses, street cars and the light-rail network converge, making it a vibrant hub for residents on their way to work, class or a shop or restaurant.
Electric Avenue’s power lines, buried under the street, will provide the electricity for eight chargers made by seven different companies. Drivers pay normal parking rates, and the electricity for their vehicles is free, subsidized for two years by Portland State University. In all, the installation cost about $80,000.
“We are trying to figure out how to meld it into the urban landscape,” said Mr. Beard of Portland State, which spearheaded the Electric Avenue project with the city and Portland General Electric, the local utility. “We want to capture data on vehicles and chargers and gauge the public’s interest.”
The findings from the Electric Avenue study will complement a $100 million federally financed project to install 1,100 public chargers around the state. About 100 of the chargers have been installed, though the project is about a year behind schedule.
The ultimate goal, though, is to make available more of the direct-current fast chargers that will replenish a battery in half an hour or less. A handful already exist in Portland, and the Oregon Department of Transportation has chosen AeroVironment, of Monrovia, Calif., to install another 22 of these fast chargers. But because there is not yet a uniform standard for their plugs, their introduction has been slower.
At least in Portland, where the appetite for electric vehicles is strong, the fast chargers cannot come soon enough.
“We’re idled at the green light of opportunity,” Mr. Beard said.
A version of this article appeared in print on August 28, 2011, on page AU2 of the New York edition with the headline: Portland Plans for Transit All Powered by Electricity.