Ultra-light architecture

 Arquitectura Arquitetura Textil Tecido Asas Edificio Rotativo Vento Energia Experimental

Designer Michael Jantzen is the author of different proposals in the ambit of architecture published in international magazines of that specialty. What they all have in common are the bold forms, hardly classified in some style or current, and a great concern in environmental matters. One of the most recent works consists on an experimental building which he called Wind Shaped Pavilion. Around the building's cylindrical central nucleus there are six floors built on a textile structure strengthened and ultra-light with a shape similar to a wing; from there its design.

Supposedly the "wing-floors" roll under the wind's action altering continuously the shape of the building and its solar orientation. That way they also act as an eolian generator, producing enough energy to become self sufficient. The author explains that it is possible to increase the prototype scale and turn it into a block of apartments or desks, for example. In that case its occupants could control the orientation of the "wings" according to the climatic conditions, insulation or view.


Despite the kindness of the concept there are several relevant questions that come up. How will they resist winds blowing at high speed? And, on the other hand, is it possible for them to work in a urban environment where the wind is diminished? How does it behave relatively to a possible fire? What rotation is necessary in order to generate the supposed energy? How do you make the connection to services by cable and by conduct? And we no longer speak of the innumerable questions about construction and forms...

 Arquitectura Arquitetura Textil Tecido Asas Edificio Rotativo Vento Energia Experimental

 Arquitectura Arquitetura Textil Tecido Asas Edificio Rotativo Vento Energia Experimental

 Arquitectura Arquitetura Textil Tecido Asas Edificio Rotativo Vento Energia Experimental

 Arquitectura Arquitetura Textil Tecido Asas Edificio Rotativo Vento Energia Experimental

 Arquitectura Arquitetura Textil Tecido Asas Edificio Rotativo Vento Energia Experimental

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