University farm becoming part of energy initiatives
Meredith Collier
Issue date: 1/23/09 Section: News
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The rather petite new turbine would measure just over 100 feet tall and produce 90,000 kilowatt hours per year, and would provide 80-90 percent of the farm's average energy needs as well as significantly reduce the farm's carbon footprint. "We estimate we will save 60 tons of carbon dioxide emissions a year," says Locci. "That makes you feel very good!"
Previous wind turbine research has only been conducted on large-scale turbines, such as the 225 kilowatt hour turbine installed in front of Cleveland's Great Lakes Science Center, prompting questions about Case's considerably smaller turbine, such as its effects on the avian population and its potential for noise pollution. Locci is ready for Case to lead the charge on small-scale turbine research. "For the first time, we will have this study done on these small turbines, which will become very popular in schools, in small companies, because it's a perfect size for them."
Currently, the project is waiting for an official feasibility permit before construction can start. Locci expects the turbine to be constructed by late summer, "ready for fall winds," she says. Once the turbine is up and running, the research can begin, and for Locci, the potential research and educational opportunities are what makes this project so important. "From every angle, somebody has an interest in this project," she points out. Dr. Locci has been working closely with both the biology and material sciences departments, and more recently the economics department, to develop research programs in these various fields of study. Not only will research and education opportunities abound for undergraduates, but students of all ages as well as community members will have the chance to learn about the wind turbine and alternative energy on the farm.
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