Tthe project of a minimum expandable living unit: LIVINGBOX has been developed at the Laboratory of Building Design of the University of Trento (Italy). It can be used as a minimum dwelling for two people (40.50 m2) or as a hotel room (18 m2 + optional spaces) finished in every detail: interior finishing, furniture and technological systems. The furniture is integrated in walls and the inner space is flexible and changeable. The furniture, the inner spatial organization and the inner and outdoor finishing are customizable. The unit is built joining two precast modules. The dimensions of a single module are cm 249 x 999 x 300. LIVINGBOX has been designed to minimize the impact of the building on environmental matrixes: water, air, soil. The used materials are natural, recyclable or recycled. It is characterized by extensive use of wood to limit CO2 emission into the atmosphere and it was designed as Zero Energy House. To reach this target it is equipped with systems for producing energy from renewable sources. In addition the unit is a low consumption building. The envelop transmittance value is between 0.20-0.25 W/m2K, and the thermal lag 10-15 h. To optimize the relationship between comfort and energy consumption LIVINGBOX is equipped with a modular home automation system. A prototype at real scale has been built as so to verify the real building possibilities. It was displayed in Milano (Italy) at beginning of October 2013 at the “MADE EXPO 2013”. The prototype, was transported by 2 trucks from Roma to Milano to Campobasso (more or less 1500 Km) for testing the effective transportability and we could verify no inconvenience or crack on the interior and on the furniture. This is also a real demonstration that it is earthquake resistant building.

Livingbox: a Modular Habitative Unit / Frattari, Antonio. - ELETTRONICO. - (2014), pp. 8-19. (Intervento presentato al convegno ZEMCH 2014 International Conference tenutosi a Londrina, PR, Brazil nel June 4th -June 6th 2014).

Livingbox: a Modular Habitative Unit

Frattari, Antonio
2014-01-01

Abstract

Tthe project of a minimum expandable living unit: LIVINGBOX has been developed at the Laboratory of Building Design of the University of Trento (Italy). It can be used as a minimum dwelling for two people (40.50 m2) or as a hotel room (18 m2 + optional spaces) finished in every detail: interior finishing, furniture and technological systems. The furniture is integrated in walls and the inner space is flexible and changeable. The furniture, the inner spatial organization and the inner and outdoor finishing are customizable. The unit is built joining two precast modules. The dimensions of a single module are cm 249 x 999 x 300. LIVINGBOX has been designed to minimize the impact of the building on environmental matrixes: water, air, soil. The used materials are natural, recyclable or recycled. It is characterized by extensive use of wood to limit CO2 emission into the atmosphere and it was designed as Zero Energy House. To reach this target it is equipped with systems for producing energy from renewable sources. In addition the unit is a low consumption building. The envelop transmittance value is between 0.20-0.25 W/m2K, and the thermal lag 10-15 h. To optimize the relationship between comfort and energy consumption LIVINGBOX is equipped with a modular home automation system. A prototype at real scale has been built as so to verify the real building possibilities. It was displayed in Milano (Italy) at beginning of October 2013 at the “MADE EXPO 2013”. The prototype, was transported by 2 trucks from Roma to Milano to Campobasso (more or less 1500 Km) for testing the effective transportability and we could verify no inconvenience or crack on the interior and on the furniture. This is also a real demonstration that it is earthquake resistant building.
2014
Mass Customisation and Sustainability in Housing ZEMCH2014 INTERNATIONAL CONFERENCE | LONDRINA - PR - BRAZIL Proceedings
Londrina, PR, -Brazil
ZEMCH Network
978-0-9910608-1-8
Frattari, Antonio
Livingbox: a Modular Habitative Unit / Frattari, Antonio. - ELETTRONICO. - (2014), pp. 8-19. (Intervento presentato al convegno ZEMCH 2014 International Conference tenutosi a Londrina, PR, Brazil nel June 4th -June 6th 2014).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/101786
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