Earlier this month, the USGBC awarded LEED Silver certification to the Resonance House, a project designed and built by the collaboration of Design Lab Inc. and University of Kentucky College of Design. Of note, the Resonance House is the first and only Kentucky home to be certified by the USGBC at the time of certification. It’s a 4,400 sf home with contemporary finishes and energy efficient elements. Located at 151 Old Georgetown Street in Lexington, the five-star plus Energy Star home has a small operating cost of 2.8 cents per sf, or ~$125 per month.
One of the main features of the home is the "Light Vortex" pictured below. Designed by A. Zahner Company, the Light Vortex is a two-story, zinc-clad figure that covers the fireplace and mechanical core. The Light Vortex provides a diversion from the home’s contemporary lines and gives the homeowners easy access to mechanical systems.
The Resonance House has sunscreens and shadow-screens that block out heat during the summer and let it in during the winter. These passive design elements help keep the home efficiently operating throughout the year. In addition, the four bedroom home has a slew of other green elements, such as: low-e argon windows, high efficiency lighting fixtures, LED and compact fluorescent bulbs, high density recycled wool cellulose insulation, programmable thermostats, high efficiency electric furnaces and air conditioners, mechanical ventilation, low VOC paint, recycled fiber carpet, hardwood flooring, and use of FSC-certified woods, etc.
The Resonance Home was digitally designed to prioritize easy manufacturing and reduce construction waste. Materials were laser cut and CNC milled, with scraps finding their way back in the home’s construction. By doing so, the project generated less than three tons of construction waste (as compared to ~15-18 tons for normal projects).
According to Metropolis Magazine, the home sold in August 2007 to undisclosed purchasers for whatever the undisclosed asking price was.
Photo credits: Chris Fieldhouse Photography.Article tags: residential