The Issa Megaron project is dealing with questions regarding the context of the site boundary, envisioned on the plot that is read as a ‘’void ‘’, blank space- deception is that context is non -existent. The assignment was to design a house for a temporary family retreat on a site without infrastructure, at the same time completely satisfying the needs of the user .

LOCATION   Vis island, Croatia
CLIENT private
COMPLETION DATE   December 2016.
BUILT AREA   420 m2
COSTS   540 000 eur
ARCHITECT   Davor Matekovic/PROARH
DESIGN TEAM  Vedrana Jancic, Bojana Benic

AWARDS
World Architecture Festival,
The Plan Award
The Architizer+Award
A’design Award

STRUCTURAL DESIGNER

Branko Galić, MSc
Radionica statike Ltd.
Kačićeva 22, 10000 Zagreb, Croatia
tel: +385 1 3020 444
branko.galic@statika.hr
www.statika.hr

BUILDING ENERGY CONCEPT, BUILDING PHYSICS AND BUILDING DETAILS DESIGN

Assist. Prof. Mateo Bilus, MEAU
Faculty of Architecture, University of Zagreb
Kaciceva 26, Zagreb
+385 91 234 60 60
mateo.bilus@arhitekt.hr

MAIN CONTRACTOR

GRIŽA građevinski obrt
38 Ulica broj 2, 20271 Blato, Croatia
+385 98 285 225
marin-griza.petkovic@du.t-com.hr

Issa Megaron By Proarh - Sheet2Given that the “genius loci” is not only the plot an island of Vis but actually Mediterranean, we conceive the house by the system of the Socrates Megaron, reinterpreting the ancient stone drywalls and creating a new rural man-made topography using simple construction technologies.

The house is envisioned as a dug in volume,  a residential pocket between the stretches of space  forming walls, an artificial grotto, a memory of a primitive shelter. It  consists of  two levels  – sleeping quarters/lounge on the first floor and downstairs open space dining/kitchen area opened to the covered and uncovered terraces and pool deck.  All the bearing elements are made of reinforced concrete, which in the interior are also a finished look.

The complete lack of infrastructure and general inaccessibility imply that self-sustainability is prerogative – natural cooling and ventilation, rainwater exploitation, solar panels, and other elaborate ways of exploiting natural resources, enabling the facility to function as a place for life and work. Sustainable design has shown to be the only solution for the completion of the project, that encompasses the plausibility of the project, minimal costs, satisfaction of all user needs, local government and urban plans as well as the architectural expression.

Issa Megaron By Proarh - Sheet3The design that emerges from such conditions is unobtrusive, subtly, creates a symbiosis with the new/old stonewall topography.

SUSTAINABILITY

Innovation in architectural design in the sense of reinventing simple traditional construction technologies typical of the Mediterranean, something that is in times of hi-tech architecture, forgotten and abandoned, while it actually completely satisfies the needs of the modern man.

Issa Megron is a specific example of sustainable construction and production in locations that are abandoned, unpopulated, not only in Croatia but also in the Mediterranean as a whole.

Easily available and renewable materials used from the site or extended location, ensure a lower cost of transportation and work. Wood is used on the deck on the south terrace because the wood has extremely low heat conduction, making it a pleasant pool deck surface use during the summer months.

Issa Megaron By Proarh - Sheet5This house boasts with its 100% energetic autonomy:

–CSP system is used with dug in heat containers (stones from the site) for hot water supply

-Photovoltaic cells for getting the needed electricity

-Low energy use due to the bio climate oriented design-passive ventilation and cooling, south exposed during the winter, protected during the summer

Issa Megaron By Proarh - Sheet6-Recycling of rain water for the irrigation of olive and house use–systems of natural filters (on the principles of gravity–use of the terrain slope)

-Materials used are compatible to the local area and weather conditions and as such ensure the longevity of the structure and minimal maintenance.

Author

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