Alternative Energy Generates Optimism
Federal stimulus funding and university-led initiatives are making the southern u.s. states fertile ground for sustainable energy development.
Southern Tech Sites 2009
The U.S. southern states have been aggressively developing alternative energy clusters over the past decade, in part because the region is rich with the basic natural ingredients these industries need - plenty of sunshine, areas of high wind, and millions of acres of suitable biomass. So far, individual southern states have received federal ARRA funds ranging from about $25 million to $100 million or more. The money will be used for low-interest loans for renewable energy projects, retrofitting programs in public buildings, and rebates for the purchase and installation of sustainable-energy systems, as well as support research and development in the private sector.
"The recently enacted manufacturing tax credit [30 percent investment tax credit designed to promote manufacturing of clean energy equipment] will give further incentive to manufacturers to invest in new operations in the U.S." says Roger Efird, chairperson of Solar Energy Industries Association (SEIA) and president of Suntech America, a manufacturer of photovoltaic systems. "With the right policies, clean energy will continue robust growth and thousands of new green-collar jobs in manufacturing will be created in states where jobs are needed most."
According to SEIA, 2008 was the third straight year of record growth for the solar industry, with the installation of 1,265 megawatts of solar power of all types. Much of this growth was in the southern U.S., especially Florida, Tennessee, Georgia, and Texas. Current research includes thin-film photovoltaics, solar cooling systems, storage systems (thermal and electrical), hybrid lighting, nanotechnology applications, and advanced semiconductor materials.
Suniva, a Georgia firm, is building its first solar power cell plant outside Atlanta. The startup company, founded by a former Georgia Institute of Technology (Georgia Tech) professor who created the proprietary technology Suniva uses in its solar cells, expects to employ about 100 workers. "As the solar industry looks to bring down costs and compete with conventional power, we have built the team and the technology to execute our vision of low-cost, high-efficiency solar energy," says Suniva CEO John Baumstark.
DuPont plans a $55 million expansion of its Fayetteville Works plant in North Carolina to make components for solar panels. When operational, the new section will double DuPont's production of protective backsheets for photovoltaic solar panels. Salaries for the new positions average about $36,278, significantly higher than Bladen County's average annual wage of $25,792. DuPont expects overall sales of its solar panel products for the photovoltaic industry to exceed $1 billion by 2012. "This investment supports the significant increase in the global market demand for clean, renewable energy," says David B. Miller, a DuPont vice president.
Germany-based Wacker Chemie AG, a manufacturer of components for solar energy cells, announced plans for a $1 billion plant near Cleveland, Tennessee, that will produce polysilicon. Hemlock Semiconductor, in partnership with Dow Corning - one of Wacker's major competitors - is also planning to build a $1.2 billion polysilicon plant in Tennessee near Clarksville. Production at both facilities is scheduled for 2012.
State governments are also supporting public-private partnerships. The state of Tennessee recently proposed the $62.5 million Tennessee Solar Institute, to be located at the University of Tennessee and Oak Ridge National Laboratory, for supporting scientific research and industry collaborations to improve the affordability and efficiency of solar products.
The wind industry has done fairly well during the recession. "We continue to see business activity picking up, with turbine and parts orders being sent all the way up the value chain," says Rob Gramlich, senior vice president of the American Wind Energy Association (AWEA). The U.S. wind industry accounted for 42 percent of new electricity generation installed nationwide in 2008, and created 35,000 jobs.
Texas is the national leader in wind generation. The state has more than 8,300 installed megawatts and another 1,000 under construction. A new University of Houston research park and a 22-acre testing operation planned near Corpus Christi will focus on developing and testing the next generation of blades, gearboxes and generators from the lightest strongest materials possible. The research center will open in 2010.
Canada-based MaManna Renewable Energy plans to expand its wind turbine business by opening a facility in Greenville, South Carolina. "Demand for our products in the U.S. is the driver of our decision to be more responsive to our current and future customer needs," says Stan Mason, the company's CEO. "Not only will we expand into new markets, but we will also develop new turbine models that will broaden our product offerings."
Arkansas is quickly becoming a cluster for wind technology. Denmark-based LM Glasfiber, the world's leading supplier of wind turbine blades, opened its $150 million North American headquarters and a new manufacturing facility in Little Rock in October 2008, creating about 1,000 jobs. Also coming to Little Rock is Polymarin Composites, a rotor blade manufacturer that will employ about 630 workers at a new $16 million facility. Turbine manufacturer Nordex USA is currently constructing a $100 million, 700-employee manufacturing facility in Jonesboro, Arkansas. The facility will be an original equipment manufacturer producing one of the largest classes of wind turbines in the world, with production scheduled to begin in mid-2010. "We are positioning ourselves for the market surge around the corner," says Ralf Sigrist Nordex's president. "We are absolutely confident that the U.S. wind market will be the biggest in the world."
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