The proprietor of a current Acorn home situated within the woods in Amagansett, New York got here to us with the request to design as a replacement a contemporary single-family residence with as a lot of consideration to vitality use and sustainability as doable. With a price range in thought, we launched into an exploration to realize this utilizing typical constructing strategies, which rapidly led to a lifeless finish. Enter ASUL, an organization from Arizona that focuses on a system primarily based on design methodology and equipment of elements site-built meeting course of. Via this collaboration, we have been in a position to obtain the design at a lot decrease price to the consumer. Whereas the proprietor initially had hopes of using roof-mounted photovoltaic panels to generate electrical energy, and a geothermal system for cooling and heating, it quickly grew to become clear that neither the big forest cover nor the heavy clay content material of the soil has been going to make both possible. Maximizing the photo voltaic orientation, we turned to integrate passive photo voltaic design rules into the construction. A big overhang and the deciduous bushes permit pure shading in the summertime. Within the winter, the low solar penetrates glass with a really excessive photo voltaic warmth acquire coefficient and heats the ground, which in and of itself acts as a thermal mass. The portion of the roof that does obtain enough daylight receives photo voltaic scorching water heaters. These panels tie into a complicated mechanical system to supply radiant heating all through the home. The north wall is closely insulated, with strategic openings used for the cross-air flow. The mix of an excessive degree of consideration to insulation and air high quality all through give the home a Vitality Star ranking.
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone
Photograph: Matthew Carbone