Futuristic shapes wrapped in sub-asiatica flora: the low-rise future houses in Kuala Lumpur in 2010 and is crossed by the transparency of a silicone fabric. Always attentive to new ways of sustainable architecture, the firm has developed Graft Bird Island, a project for 6 Biohome on an island in Malaysia with a negligible environmental impact.
“We applied an integrated strategy for developing a zero-energy house that is linked to economic benefits but environmentally.” “Features” to keep stress from transplantation studies “that do not conflict with a cosmopolitan lifestyle, but actually encouraged to enjoy leisure time at home.”
The basic idea is to overturn the traditional relationship between open and closed spaces, freeing the space from the bones of traditional wall. This is why the plant becomes part of the architecture by dividing the living areas, but the intervention is most innovative in the materials used: so while the exterior walls are glass, the interior walls have been imagined in a fabric that creates tight silicone shadows and fascinating patterns and, thanks to sliding structures to create privacy in the field home.
This special skin is a key element in energy recovery system. The silicone, PVC preferred for its resistance to high humidity and UV rays of the South Asian territory, it becomes a tool for collecting rain water and for temperature control and ventilation of the interior.
Energy consumption has been designed a strategy that not only provides independent production systems, but also a reduction in needs.
A module housing, thanks to these and other measures on consumption and phases of construction, earned the highest scores and pre-certified LEED Platinum by the system of standard design environment.
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