Features
High levels of mercury found in babies on Minnesota’s North Shore
>> Minneapolis Star Tribune
One in 10 babies along Minnesota’s North Shore are born with unhealthy levels of mercury in their bodies, according to a new report on contamination around Lake Superior, the first to look for the pollutant in the blood of U.S. infants.
Studies project significant drop in wind power costs
>> ClimateWire
© 2012 E&E Publishing, LLC
Reprinted with permission
By Daniel Cusick
A combination of technology improvements and shifting economics will lead to significantly reduced costs for wind farm development over the next two years, reversing a trend of rising costs experienced by the wind-power industry between 2002 and 2010, new findings from two national laboratories show.
The findings, published by Lawrence Berkeley National Laboratory and the National Renewable Energy Laboratory, show that it cost between 25 and 40 percent less to produce wind energy on a per-kilowatt-hour basis today than it did in 2002-2003. Those savings came as developers were able to better spread out capital costs, increase the size and scale of wind farms, and enjoy federal tax incentives.
But technology advances were also a major driver behind the wind sector’s overall lower costs, especially as vendors brought new, taller turbine towers and longer rotor blades to market. Those two improvements alone allowed for many newer wind farms to produce significantly more electricity on a per-turbine basis.
“We really have seen a sizable scaling of the technology over the last few years,” said Ryan Wiser, a staff scientist at Lawrence Berkeley who co-authored the analysis. “In particular, those technological improvements have benefited developers in some of the lower-quality wind areas,” where wind power development would not have been feasible a decade ago.
In fact, the analysis found that the amount of U.S. land area with ideal siting conditions for wind power has increased by between 130 and 270 percent since 2002-2003 due to improvements in turbine technology. Similarly, land area that can produce wind power for less than 5 cents per kilowatt-hour — a price that makes wind competitive with natural gas — has increased by almost 50 percent over the same period.
“We’re opening a lot of new ground in the U.S., so to speak, that wasn’t available a decade ago,” Wiser said.
The findings were generally welcomed by the wind industry, which experienced a 31 percent growth spurt in 2011, installing nearly 6,900 megawatts of new generation capacity during the year, according to the American Wind Energy Association.
Natural gas boom and expiring tax credits drive uncertainties
Ellen Carey, a spokeswoman for AWEA, attributed the lower domestic production costs for wind power to a number of factors, including an uptick in U.S.-based manufacturing of turbines, towers and other wind farm equipment.
In 2005, Carey said, only 25 percent of wind turbine components were manufactured in the United States. Today, that figure is up to 60 percent. That shift has allowed for a sizable reduction in transportation and logistics costs for wind power developers.
Plus, she said, a state-of-the-art wind turbine installed in 2012 produces 15 percent more electricity than models deployed during the 1990s. “For all of those reasons, wind is becoming much more affordable,” she said.
But the analysis doesn’t project a rosy picture for the entire wind energy sector, nor does it predict that wind energy will remain cost-competitive in the years to come.
Eric Lantz of NREL’s Strategic Energy Analysis Center, who also contributed to the report, said the wind-energy sector faces a number uncertainties in the months to come, including continued drops in the price of natural gas and the pending expiration of the federal government’s production tax credit (PTC), which translates into a roughly 3-cent-per-kilowatt-hour savings for utility-scale wind developers.
Lantz declined to comment on how the possible loss of the PTC, along with a reduction in other government incentives, might affect the industry’s fortunes in 2012. Rather, he said a combination of market forces — including reduced electricity demand to do the poor economy and sagging natural gas prices — will provide the ultimate test for the industry’s staying power.
“There’s a lot of competitive pressures out there,” said Lantz. “I wouldn’t necessarily say it’s going to result in lots of new [wind power] deployments due to a reduction in costs.”
The analysis also notes ongoing pain within the turbine manufacturing sector, where a glut of supply and increased competition from Chinese turbine makers has led to a general decline in sales and stock values for established firms like Vestas Wind Systems and General Electric Co., the leading U.S. turbine manufacturer, with about 50 percent of all installed U.S. turbines as of 2010.
Difficult market forces have driven down Vestas’ stock price by 90 percent since 2008, and the company has scaled back its 2015 profit margin expectation from 15 percent to the high single digits, in part due to expectations of a market crash in 2013 (ClimateWire, Jan. 13).
GE Energy officials have predicted slower sales volume in the United States without the PTC, but the company expects to offset some of those reductions with turbine installations in emerging markets such as Brazil and Canada.
Click here to read the LBNL/NREL analysis.
Photo by grousemountainresort via Creative Commons
Nebraska regulatory body prepares to take on oil pipeline oversight
>> Lincoln Journal Star
Oversight responsibility could become a formidable task in a state that’s on the most direct route between Canadian oil sands and refineries along the Gulf Coast.
Buffett dismisses allegations he lobbied for Keystone XL rejection
>> Omaha World-Herald
Warren Buffett owns a railroad, but both he and an old liberal friend, Dick Holland, are rejecting claims that they railroaded the rejection of the Keystone XL pipeline.
Illinois-based Navistar to begin offering natural gas trucks
>> Chicago Tribune
Hoping to transform the trucking industry by moving it away from diesel fuel, truckmaker Navistar Inc. will begin offering natural gas powered vehicles this year across most of its platforms.
Ohio group pursues locally-owned solar manufacturing collaborative
>> Mansfield News Journal
Plans call for putting together public and private partnerships in Richland County to buy a 30,000-square-foot building and equipment to do the assembly work.
How the federal stimulus revived the electric car
>> ProPublica

The first pre-production Chevy Volt moves along the assembly line at the Detroit-Hamtramck manufacturing plant in 2010. (Photo by Argonne National Laboratory via Creative Commons)
By Michael Grabell
This article originally appeared on ProPublica. Republished via Creative Commons license
A common criticism of President Obama’s $800 billion stimulus package has been that it failed to produce anything – that while the New Deal built bridges and dams, all the stimulus did was fill some potholes and create temporary jobs.
Don’t tell that to Annette Herrera. She was 50 when the auto supplier she worked for in Westland, Mich., closed its factory and moved the work to Mexico. Then, after being unemployed for 2½ years, she got a job in October 2010 with A123 Systems, which had received $250 million in stimulus money to help open a new lithium-ion battery plant in nearby Romulus, Mich.
“The first thing I did was call my husband and tell him, ‘You’re never going to guess! I got a job!’” Herrera recalled. “And then it was like celebration time.”
One success the Obama administration can duly claim is the rebirth of the electric-car industry in the United States. Automakers have unveiled a number of mass-market electric cars, which have seen small but rising sales. Battery and parts manufacturers are building 30 factories, creating thousands of new jobs. A123 has hired 700 workers at Herrera’s plant and a second one in nearby Livonia, and plans to hire a couple thousand more people over the next few years.
If it wasn’t for the stimulus, the companies say, they would have built these plants overseas.
It was all part of an effort to promote “green” manufacturing and put a million electric cars on the road by 2015.
The question is: Will it last?
Elkhart, Ind., once believed it would. It saw electric vehicles as its salvation after watching its unemployment rate hit 20 percent. Eager to seed a new industry, the county witnessed electric-vehicle ventures sprout out of nowhere as the stimulus took off in 2009.
But by late summer 2011, what had sprouted were weeds. The parking lot of the Think electric-car plant was full of them, some more than a foot high growing from the cracks. Out front were two pickups and a motorcycle.
Hundreds of laid-off factory workers were supposed to have found jobs churning out the Norwegian company’s bug-like, plastic-bodied cars, which ran solely on electricity.
Today the Elkhart factory employs two. Its parent company filed for bankruptcy in June. Its largest shareholder and battery maker, Ener1, which received $118 million in stimulus money, did the same last week.
A second life
Electric cars began appearing on California roads in the mid-1990s after state regulators mandated that a certain percentage of automakers’ fleets include zero-emissions vehicles.
But within a few years, they were deemed a failure by car companies, which stopped making them and took back those they had leased.
Much had changed in the eight years leading up the stimulus package. The lead-acid and nickel-metal hydride batteries that weighed as much as 1,200 pounds were replaced with lithium-ion batteries that weighed as little as 400 pounds.
In the early 2000s, gas hadn’t even passed $2 a gallon. Less than a decade later, it was twice that. Toyota had proven the demand with its long waiting list for the Prius hybrid.
Government policy had changed, too, with a 2007 energy bill that increased fuel-efficiency standards and provided $25 billion in loans for automakers to upgrade their plants.
But until the economic stimulus package was passed in 2009, the manufacture of electric cars and their batteries in the United States was nearly nonexistent.
The United States had only two factories manufacturing less than 2 percent of the world’s advanced batteries. Most were made in Korea and Japan. In America, only Tesla manufactured an electric car — which sold for a cool $100,000. Across the entire country, there were a mere 500 electric charging stations.
But as the stimulus kicked in, there was suddenly no better environment for the electric car to thrive.
With more than $2 billion in federal grants, matched by another $2 billion in private investment, the Obama administration was supporting electric cars from the mine to the garage.
Chemetall Foote Corp., which operates the only U.S. lithium mine, received $28 million to boost production at its plants in Nevada and North Carolina. Honeywell received $27 million to become the first domestic supplier of a conductive salt for lithium batteries. More than $1 billion was spent to open and expand battery factories, many of them in hard-luck towns across Michigan. Through a separate federal program, automakers received loans to retool their assembly lines.
Customers could receive a $7,500 tax credit for buying an electric car. The stimulus provided funding for 20,000 electric charging stations by 2013. In many cities, drivers could get a home charger for free.
Although electric cars would not make up for the generation-long loss of manufacturing jobs, at least not yet, it was novel to see companies creating jobs in the Rust Belt instead of outsourcing them.
In July, Johnson Controls opened the first U.S. factory to produce complete lithium-ion battery cells for electric vehicles. Compact Power is building a $300 million factory in Holland, Mich., to produce batteries for the Chevy Volt and the electric Ford Focus. A123 now supplies the luxury electric carmaker Fisker Automotive and the manufacturers of electric delivery trucks used by FedEx and Frito-Lay. “Quite simply, if we didn’t get that grant, we wouldn’t have built [the factory] in the U.S.,” A123 spokesman Dan Borgasano said.
The battery grants have created and saved more than 1,800 jobs for assembly workers, toolmakers and engineers, according to a ProPublica analysis of stimulus project reports filed by the companies. That number doesn’t include the workers who constructed the plants or those hired by the matching private investment the companies had to make to get the grants.
Killed again?
The problem: Consumers have been slow to embrace the electric car.
The price of the battery is still too high, and the price of gas is still too low, the Government Accountability Office warned in June 2009 before the grants were awarded. The starting price for the all-electric Nissan Leaf is $33,000, while the hybrid Volt sells for about $40,000 before tax credits — far more than many middle-class families can afford.
About 40 percent of drivers didn’t have access to an outlet where they park their vehicles, the GAO noted.
“Although a mile driven on electricity is cheaper than one driven on gasoline,” the National Research Council reported, “it will likely take several decades before the upfront costs decline enough to be offset by lifetime fuel savings.”
Perhaps the biggest obstacle, though, was what the automobile represents in the American psyche: the freedom of the open road. While most people drive less than 40 miles per day, consumers want cars that they can also take on summer vacations — and they don’t want to have to constantly worry about looking for a charging station.
The Leaf’s range is just 73 miles, according to the official government rating, well below the much-advertised 100 miles.
By the end of 2011, fewer than 18,000 Leafs and Volts had been sold in the United States.
A report by congressional researchers last year concluded that the cost of batteries, anxiety over mileage range and more efficient internal combustion engines could make it difficult to achieve Obama’s goal of a million electric vehicles by 2015. Even many in the industry say the target is unreachable.
While the $2.4 billion in stimulus money has increased battery manufacturing, the congressional report noted that United States might not be able to keep up in the long run. South Korea and China have announced plans to invest more than five times that amount over the next decade. Even A123 had to lay off 125 workers in November — though Borgasano says the company plans to rehire them all by June — because Fisker reduced orders.
Dick Moore, the mayor of Elkhart, had hoped the area known for its recreational-vehicle factories would one day be not just the “RV Capital of the World” but the “EV Capital of the World” as well.
Navistar International had received $39 million in stimulus money to build 400 electric delivery trucks in the first year. But by early 2011, it had hired about 40 employees and assembled only 78 vehicles.
Think had rallied into 2011 with plans to start production in Elkhart earlier than expected. But in April, assembly work suddenly stopped as the plant awaited parts from Europe.
In June, Think’s parent company filed for bankruptcy. The decision left the Elkhart plant slouching toward extinction until the American subsidiary was purchased by a Russian entrepreneur who promised to restart production in early 2012.
But on Thursday, its battery maker, Ener1, also filed for Chapter 11 bankruptcy, reporting that the demand for electric vehicles “did not develop as quickly as anticipated.”
Elkhart’s dream of becoming the EV capital?
Moore put it this way: “The fact that this hasn’t moved very quickly, that doesn’t bode well for that idea.”
The future
The fate of the electric car depends greatly on whether sales take off soon.
There are other factors, such as the price of gas and whether Congress approves proposed standards requiring automakers to raise the average fuel economy of their vehicles to 55 miles per gallon by 2025.
The electric car has always struggled with a chicken-and-egg dilemma: Automakers have been reluctant to build electric cars without consumer demand. But consumers won’t buy them until automakers develop cheaper, longer-range batteries.
One of the goals of the ongoing stimulus spending is to solve this problem. By 2015, the 30 battery and component factories will be able to produce 40 percent of the world’s batteries, according to the administration.
The investments would help manufacturers increase the batteries’ life from four years to 14 and cut their cost from $33,000 to $10,000, the administration said in a report on innovation. That would make the electric car more competitive.
Herrera noted that many people at the A123 factory believe they will never be able to afford the cars powered by the batteries they make. But, she says, “you never know.”
“When the flat-screen TVs first came out, they were way expensive, and now they’re reasonably priced,” she said. “I think that’s going to be the same thing with electric automobiles. This is a new product. It’s going to take time.”
This story was adapted from “Money Well Spent?: The Truth Behind the Trillion-Dollar Stimulus, the Biggest Economic Recovery Plan in History,” which will be published Tuesday by PublicAffairs.
House transportation bill ‘a big wet kiss for conservatives’
>> Politico
No earmarks, drilling in the Arctic National Wildlife Refuge, cutting Amtrak’s budget, forcing approval of the Keystone XL pipeline and ending mandatory spending on bicycle and pedestrian paths — what’s a diehard Republican not to like?
Keystone XL’s impact on consumers difficult to predict
>> Greenwire
In the ongoing political war over oil and gas prices, Keystone XL is the big gun of the moment. While there may be a political victor in the gamesmanship over that pipeline, no one can guarantee how American consumers will fare.
Ohio coal plant’s closure expected to help fish populations recover
>> Associated Press
Environmentalists and charter fishing captains expect Lake Erie’s fish population to climb with the closing of coal-burning units at a power plant near the mouth of the lake’s biggest tributary.


