A vertically layered building that enables flexible living between in- and outside
Layers of vegetation, utilization of thermal mass and natural light enhance the quality of living while lending to the building’s sustainability. Basel-based Architects Herzog & de Meuron sent us some information on their latest project in the Middle East, the Beirut Terraces - a residential tower in the Lebanese capital. We share it whith you here on desMena:
Inside and Outside
The moderate climate of Beirut is certainly one of the city’s biggest assets; it makes outdoor life not only an additional, but an integral part of Beirut’s urban life. Capitalizing on this asset and cultivating apartments that foster such specificities is one of the key design principles. Each apartment’s indoor and outdoor spaces merge, and in this way the terraces become integral to everyday living.
Vegetation, Views and Privacy
The proposal for the vegetation blends in with the concept of the existing masterplan. The idea of a green boulevard that connects the residential high rise to its surroundings is taken up by the design and continued vertically both inside and outside of the building. The main entry, an airy high space is equipped with water ponds, plants and outlooks that open up the views to the sea in the north and the green boulevard to the east. The complement between architecture and suspended nature enlivens the spacious lobby around the central core and continues up to the balconies and terraces throughout the entire building. The entry sequence thus develops a consistent transition between the open, public landscape and private, green residences. Light and Identity
Extensive overhangs provide shadow and reduce the solar gains of the building to a minimum. Wherever needed, perforations mediate the levels of light and solar exposure. Their density, shape, and shadows generate an unmistakable pattern that clearly distinguishes the identity of the tower from its surroundings. Furthermore, the relative thickness of the floor plates is substantial enough to balance the daily temperature cycles by virtue of its thermal mass, storing heat over the course of the day and releasing it during the cooler nights. It is such passive strategies that make the building a truly sustainable place to live.