This is an update to a prior article about Tierra del Sol, a community of 22 prefab, starter homes, located in Stockton, California. Built in modules by California-based ZETA Communities, the homes in Tierra del Sol have three bedrooms, two baths, and 1,268 square feet. They’re homes are also expected to use about 45% less energy each than a typical home.
When Don Lenzer and Bettina Volz started looking around for a builder in the New York area, they quickly realized that they couldn’t meet their budget requirements with conventional construction. The owners’ design firm, Stelle Architects, found Arizona-based ASUL (Adaptable System for Universal Living), who collaborated with the designer to provide an alternative construction methodology with a budget of $200 per square foot. This is the Lenzer/Volz residence in Amagansett, New York.
Take a moment to notice what’s happening across the pond. This is the Tetra Shed, a inventive building system that uses up to six modules to create extra space — home office, play space, beach hut, pop-up retail — in most any location. The exterior can be custom painted or finished with copper, zinc, corten steel, or marine plywood, while the interior can be finished with LED lights and birch-faced plywood or plasterboard. Tetra Shed, designed by David Ajasa-Adekunle, arrives in the UK in January 2012.
Here’s a quick update on the status of Alley House 2, which we discussed in August this year. Developed by Cascade Built, the modular prefab home was designed by David Foster Architects and assembled by Method Homes with an aim for LEED Platinum certification. The modules dropped this month, and the home should be ready for occupancy in about January 2012.
By Gerry McCaughey, CEO of Infineco LLC*
As Americans debate whether prefab is a greener way to build, those active in the discussion should not be surprised when their dialogue receives puzzled looks from their European counterparts.
In Europe, this very question was asked and answered nearly two decades ago. The resounding findings were that prefabrication creates higher-quality structures that reduce both the embodied energy content and the amount of carbon produced annually during the operation of traditional onsite-built homes. The reduction in carbon emissions can be as much as 40 to 60 percent.