The first spec home in the Pacific Northwest to meet Passivhaus standards is in the Columbia Station green micro-community built by the award-winning design+build boutique firm, Dwell Development. Passivhaus is an energy standard that is more difficult to achieve than LEED with respect to energy efficiency. Homes that meet the Passivhaus standard must reach thermal comfort levels by postheating or postcooling fresh air without necessitating recirculation.
Hayden Place, located in Culver City, California (a suburb of Los Angeles) was designed by Cuningham Group Architecture for REthink Development to serve as the international design firm’s new home office space.
Targeted for LEED Gold, the sustainable features of the 11,650 square-foot building, which was converted from an existing warehouse, include repurposed shipping containers, light sensors, efficient energy systems, natural lighting and fresh air “trickle” ventilation. Additional air filtration is provided by an indoor garden that features adaptive and native plants and is maintained by office employees.
This is the last installment in our series called Energy-Efficient Windows 101 made possible by Marvin Windows and Doors. Last time I discussed how Marvin windows contribute towards LEED certification, and today want to wrap it up with this showcase of an award-winning home in Leicester, North Carolina. Designed by Eric Gartner of New York-based SPG Architects, the energy-efficient home has a custom configuration of Marvin windows providing expansive southern and western views.
Located in Utah’s Emigration Canyon just north of Salt Lake City, this contemporary 2,500 square foot home was designed for a family with small children by Sparano + Mooney Architecture. It provides breathtaking canyon views from every angle, and is the first recipient of the LEED Silver green home certification thanks to sustainable materials and energy-efficient qualities.
The university is home to Laramie’s only living roof, and is known for sustainable features including locally sourced building materials, native or adapted landscape vegetation, natural air ventilation, and building exhaust energy recovery.