Find the idea of ultramodern house design of ICON Solar House Design in Minnesota, United States in these pictures.
Environmentally conscious architects are always trying to find a passive way to control the interior environment of buildings to reduce global warming and energy consumption. Reintroducing massive stone or brick load bearing walls offers good thermal insulation, and many small windows, roof lights and light wells can be included to admit as much natural light as possible. Have a home powered by the sun is a great way to reduce household energy-costs.
Environmentally conscious architects are always trying to find a passive way to control the interior environment of buildings to reduce global warming and energy consumption. Reintroducing massive stone or brick load bearing walls offers good thermal insulation, and many small windows, roof lights and light wells can be included to admit as much natural light as possible. Have a home powered by the sun is a great way to reduce household energy-costs.
This is the exterior facade ICON Solar House. This is an amazing home exterior design ideas. This green building, the award-winning solar house that named ICON Solar House due to its classic gabled roof design, was built to withstand a Minnesota winter, the house was designed by a team of professionals and students from the university’s Institute of Technology, College of Design and College of Continuing Education. The University of Minnesota’s gable-roofed Icon Solar House is a student-designed home for U.S. Department of Energy (DOE) 2009 Solar Decathlon. The 550-square-foot home took fifth place out of 20 teams inn October’s Solar Decathlon, a DOE-sponsored contest where universities from around the world design and build the most efficient and appealing sun-powered home. Now, it’s up for sale.
exterior building ICON Solar House sun powered home
The ICON Solar House has all the comforts of a traditional home along some of the most advanced technology available on the market today. On the ICON Solar House, the ridge of the roof is pulled towards the north, which expands the surface area on the southern side. At the same time, the ridge is raised so that the solar panel roof is angled perfectly for maximum sun exposure during the winter, when energy demand is at its peak. In Minnesota, located in the north central section of the US, an angle of 35 degrees to 45 degrees is usually considered ideal for solar collection during the winter. Competition rules required a lower roof pitch so the designers used energy modeling software to determine that a roof angle of 28 degrees in addition to a certain amount of surface area on the southern half of the roof would produce the greatest amount of solar energy. In the ICON Solar House integrated shelving system runs the entire length of the house, incorporating lighting, HVAC ductwork, partitions and doors.
exterior ICON Solar House household energy costs
The house a rainscreen instead of siding allows air movement behind the cladding material, helping to draw away moisture from the membrane and plywood sheathing while still allowing the wall to permeate moisture vapor. At the same time, the rainscreen wall meets the aesthetic goals of the house and the project concept, with horizontal slats that have a similar pattern as traditional wood siding.
wall ICON Solar House cladding material
The minimum bid on the house is $200,000. The house has a retail value of over $550,000 and exceeds all relevant building codes. An allowance of $20,000 will be provided by the university for consulting and assistance in assembling the ICON House on site. For more information on the purchase process, as well as a sales brochure, go to Interested buyers may also contact Chip Foster at the university’s Purchasing Services at foste048@umn.edu
interior ICON Solar House in Minnesota US
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