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9.0. EDSR 02-12-1996
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9.0. EDSR 02-12-1996
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City Government
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2/12/1996
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• SolarAttc, Inc. <br /> 15548 95th Circle NE,Elk River,MN 55330 <br /> NEWS For Immediate Release:Nov. 14, 1994 <br /> Contacts Bill Fredell (612)441-3440,922-3895 or Ed Palmer(612)441-3440 <br /> SolarAttic Technology Advances with U of M Design of Heat Collection Tube <br /> Elk River,Minn. (Nov. 14, 1994) -- SolarAttic, Inc., a manufacturer of devices that use hot attic <br /> air to heat water, space and swimming pools, announced that the University of Minnesota has designed an <br /> enhancement to make SolarAttic technology more efficient in collecting solar energy from hot attic air. The <br /> enhancement,called a"porous wall duct,"is a flexible,perforated tube which is installed all along the <br /> underside of an attic's ridge where attic temperatures are the highest. The tube connects at one end to the <br /> intake side of a SolarAttic heat exchanger. The heat exchanger's fan pulls hot air through specially-sized <br /> holes in the duct to provide a uniform supply of the hottest air directly into the heat exchanger. <br /> The"porous wall duct"takes advantage of the theory that the warmer the air going into the heat <br /> exchanger,the more heat energy there is to be extracted. The design was tested initially in the summer of <br /> • 1994. Preliminary results show that by using the"porous wall duct,"air temperatures on the intake side <br /> of the heat exchanger were significantly higher than temperatures with uncontrolled air intake. <br /> Ed Palmer, SolarAttic's President and CEO, said, "The porous wall duct is an important addition <br /> to our heat-exchange technology. It gives us total control over the solar energy inside attic spaces; it's a <br /> big development." <br /> In addition to providing more heat energy, the porous wall duct allows SolarAttic's technology to <br /> perform more efficiently in homes that have large attics or attics with unusual shapes or multiple cavities. <br /> SolarAttic plans to begin marketing the porous wall duct sometime in 1995, following further testing and <br /> product refinements. <br /> University of Minnesota Professor Ephraim M. Sparrow directed the development of the design <br /> and initial testing of the porous wall duct through the Small Business Program at the University's Center <br /> for Interfacial Engineering, a program which assists small companies in technical research and <br /> development. <br /> Based in Elk River, Minn.,SolarAttic, Inc. manufactures and markets a growing line of solar <br /> energy products that use solar-generated, hot attic air in place of traditional solar collection panels. <br /> • <br /> SOLAR Without PANELSTM <br />
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