rubner haus and IED istituto europeo di design of turin present ‘rubner haus spaceship’, a wooden living unit standing on metal feet with a door-ramp access that allows visitors to live a few moments immersed in the near eco-friendly future. the project will be on show during the milan design week from 17 to 22 april in piazza castello, downtown milan.
the project is born from the idea of creating a ‘self-sufficient organism’ capable of exploiting the sun and photosynthesis to produce energy, food, oxygen, and water necessary for the vital support of those living in it. it is mix of smart and sustainable design with the innovative solutions to be applied to one of the oldest methods of wood construction, the blockhaus system.
‘the blockhaus system is an ancient wood construction technique allowing the planks of solid or lamellar fir to stack horizontally one on the other, fixed from grooves and junction tabs to then be joined in the corners with comb joints,’ explains oskar schenk, director of sales and marketing of rubner haus. ‘the goal of the rubner haus and IED collaboration was to develop a formal and technological research that could enrich the blockhaus system with innovative contents. the rubner haus spaceship represents the vision of our company with respect to the architecture of the future, a vision that combines the use of a millennial material such as wood according to the codes of a generative parametric design, with the most innovative bio-construction strategies and technologies.’
rubner haus spaceship has been conceived as an intelligent container of vital processes and is configured as a passive module, which can be implemented with bio-responsive technologies that allow it to react actively to the environmental stimuli of the host context. the side walls are internally lined by a vertical vegetable garden, a source of vegetable proteins with a high nutritional value. this type of food is also recommended by the world health organization, as of a balanced diet essential for a healthy life and able to significantly reduce the incidence of cardiovascular diseases and tumors, and able to considerably slow down the aging of cells. the plants and algae present in such a restricted environment are also fundamental elements for the regeneration of the air through the absorption of the carbon dioxide produced by breathing, and the production of oxygen. the solar greenhouse on the tail of the ship also allows a natural purification system.
the water necessary for these processes is collected from the rain and stored in a tank located under the nacelle, which is then channeled into an irrigation system automated by small, low-consumption pumps. light, another fundamental component of photosynthetic processes, is the natural one of the sun, integrated by LED spot systems in the less illuminated areas and in the nocturnal setup.
rubner haus spaceship uses only electricity produced by the sun thanks to a system of high performance photovoltaic panels integrated in the roof and is collected by a tesla powerwall domestic battery. the goal is to achieve 100% self-supply produced entirely from renewable solar energy: during the day, the panels produce the energy necessary for the functioning of the active systems, and the excess energy is stored in the battery to be used at night or in bad weather.
construction: rubner haus
design: paolo scoglio, cesare griffa
collaborators: davide iannici, gaetano di fede, andrea vissio
students of IED torino: shadi abou samra, gaetano di fede, beatrice feneri, davide iannici, filippo la placa, maria lucia raiola, giulia roccasalva, daria taeb, yury gabriela espinoza lopez
professors of IED torino: cesare griffa, paolo scoglio, andrea graziano, marco palma, carlo micono, guido zanzottera
milan design week 2018 (143 articles)
portable and emergency architecture (185 articles)
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