The first city-wide collegiate team to be formed in Washington, D.C. and compete in the Solar Decathlon is Team Capitol DC, made up of students and faculty mentors from Catholic University, American University, and George Washington University. Their entry is HARVEST HOME, taking its name from its harvesting of natural resources, and is designed to meet the needs of a wounded veteran of the Iraq and Afghanistan wars who will live in the home after the competition.
In August 2013, Green Builder Magazine showcased the best durable/sustainable green building products that are made in the United States, pointing out that American manufacturing creates domestic jobs, reduces the impact of overseas shipping, and often makes use of locally-sourced raw materials.
Among the thirty-one products featured was the Xero Flor Green Roof System (the only green roof system to be included in the issue), which enables builders to create vegetative roofing on surfaces that range from 0 to 45 degree slopes. The Xero Flor system comprises a pre-vegetated mat, XeroTerr growing medium (a mix of compost and porous mineral aggregate), a retention fleece that distributes and stores water within the root zone, drain mat, and root barrier.
Winners of the Solar Decathlon China 2013, Team UOW (of University of Wollongong and TAFE Illawarra Institute) was the first Australian team to have ever won a place in a Solar Decathlon final and was the largest student-run competition that the UoW has ever entered.
Hosted by the United States Department of Energy, the Chinese National Energy Administration, and Peking University, Solar Decathlon China 2013 challenged 24 teams from 14 countries to design, build, and operate a solar-powered home that is energy efficient, cost effective to build, and appealing. Categories in which entries are judged include architecture, engineering, solar application, energy balance, market appeal, home entertainment, and appliances.
The Keith family from Elizabethtown, KY was disappointed with the short lifespan of classic asphalt shingles covering their roof. Only six years after the last replacement, they were once again forced to reroof. Looking for a longer lasting and more sustainable solution, they opted for seam metal panels made by Metal Sales. These metal panels are durable, elegant, energy efficient and sustainable.
The Keith residence is a modern Mediterranean style home with a taupe-colored stone exterior and dark bronze accents on windows and doors. Aesthetically, the metal roofing panels blend in with the other design elements of the house perfectly. The Keith’s roof was covered by 110 squares of Metal Sales’ 24 gauge, 16” wide Vertical Seam panels with a PVDF (Kynar 500®) finish in the Dark Bronze color. Since the metal panels come in a variety of colors, the homeowners where able to choose the color that best complements the exterior color scheme of their home.
Marc Rutenberg, the CEO of the Florida company Marc Rutenberg Homes, has recently successfully designed and built a luxury home that complies with and even surpasses all Energy Star standards and is LEED Platinum certified. The Castaway III, as the house is called, measures 4,552-square feet, which is about 3,100 square feet larger than the average zero-energy home. This house proves that there is no need to sacrifice comfort and luxury to reduce one’s carbon footprint.
Jay Hicks didn’t miss a beat when he lost his South Carolina cabin to a fire. He decided to build off of the 80-year-old original structure’s partial wall that had remained standing and devised a plan to have Addison Homes design and build a high-performance, energy efficient home that would have an old-world charm.
Fitting the floor plan to the topography and granite subsurface of the site that is located near Caesars Head State Park, Todd Usher, president of Addison Homes, directed workers to follow the flow of the rock shelf and form a foundation of concrete footings made of recycled content. Rigid foam insulation that was placed under the slab serves as a thermal break. The structure is oriented to benefit from passive solar heating and natural daylighting.