Designing a Zero-Energy Home for the Colorado Highlands

ORAL

Abstract

This presentation illustrates how the basic principles of physics (particularly, structural integrity, energy resources, and heat transfer) can be used to design a (hopefully) comfortable home for a high altitude environment of prolonged sub-zero winters and sweltering summertime highs. The resulting design incorporates a monolithic dome structure imbedded into a hillside utilizing both passive and active solar energy components to regulate its internal temperature and solar technology (photovoltaic collectors and wind turbines) to supply its off-grid electrical needs.

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Authors

  • Kevin Boos

    Angelo State University, Texas State University, San Marcos, SEMATECH, Texas State University, University of Texas at Brownsville, Abilene Christian University, Texas Tech University, University of Texas at Austin, Maypearl High School, Birdville ISD, South Texas Chapter, Health Physics Society, Sam Houston State University, NASA Johnson Space Center, Dept. of Physics, U. de Buenos Aires, Argentina, Dept.of Physics, ESFM-IPN, Mexico City, University of Texas M.D. Anderson Cancer Center, Rutgers University, Texas A\&M University, Istanbul University, University of North Texas, University of Texas at El Paso, Texas Christian University, Lee College, Southern University and A\&M College, Austin Community College, Rapoport Academy, Texas A\&M University, Kingsville, The University of Texas at Arlington, Tyler Junior College, Tarleton State University, Tolar High School, Granbury High School, Lake Highlands High School