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With too many brands powered with each one?s aggressive marketing strategies conquering the market, the hapless consumer is terribly confused in his selection of a new energy efficient home appliance. If you are more concerned about your hard earned money, then the choice becomes a difficult task indeed. Ultimately, quite often, you end up buying the cheapest item available in the market. The cost of owning a home appliance has three basic components viz, the initial purchase price, the cost of repairs & maintenance and the cost involved in operating it. To determine how much one will spend over the lifetime of the home appliance, one has to necessarily take cognizance of all these costs. The appliance with the lowest initial purchase price, or even the one with the best repair record, need not necessarily be the one that costs the least to operate. The more energy efficient an appliance is, the less it costs to run, and the lower your utility bills. Using less energy is good for the environment too and you can reduce air pollution and help conserve natural resources. Even if two models look the same from the outside, less-obvious inside features can mean a big difference in your monthly utility bills. Most of the differences are on the inside - in the motors, compressors, pumps, valves, gaskets and seals, or in electronic sensors that make appliances "smarter." Every other year, the U.S. Energy Department holds a solar decathlon for teams from various universities around the world. The winning team receives a $100,000 grant over two years. A Contest of a Different Sort The solar decathlon is an interesting strategy for promoting research and development on solar technology by the Energy Department. The Department selects 20 teams from a bevy of applicants to take part. To win the competition, the teams are given the goal of creating and manufacturing a home that runs completely on solar power. The home must function as a residence as well as a home-based business and all typical transportation needs typically found with a residential home. The teams are not only required to design and build the home, but they must construct the homes on the National Mall in Washington, D.C. for all to see. The most energy efficient home wins the competition and the university is awarded $100,000 for research and development of solar technologies. In 2005, the University of Colorado was the winner of the competition with Cornell and Cal Poly finishing second and third. It was the second win in a row for Colorado over such schools as MIT and Cal Poly. The teams for the 2007 competition have been selected and are currently working on their projects: California Polytechnic State University Carnegie Mellon University Cornell University Georgia Institute of Technology Kansas State University Lawrence Technological University Massachusetts Institute of Technology New York Institute of Technology Team Montreal Technische Universitä´ Darmstadt, Texas A&M University Pennsylvania State University Universidad de Puerto Rico Universidad Polit飮ica de Madrid University of Cincinnati University of Colorado University of Illinois at Urbana-Champaign University of Maryland University of Missouri-Rolla, University of Texas at Austin The teams are due to build their homes on the National Mall on October 7, 2007. With the new interest of the Bush Administration in solar power, perhaps the contest will get a Presidential visit.
Article Source: http://www.greenbuildingarticles.com
Rick Solare is with SolarCompanies.com - a directory of solar power and solar energy companies. Visit SolarCompanies.com to read more solar electricity articles. Article Source: www.articledashboard.com
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