ZEMCH 2015 - International Conference Proceedings | Page 524

wood or fiber plaster obtained with a mixture of pure gypsum, recycled paper fiber and water. In
the prototype, the outside finish is in lime hemp. The materials used the technological solutions
(roof covering with integrated photovoltaic cells) and the proper plant design involving the use
of heat pumps bring the building up to the A+ energy class. This prototype lends itself to the formation of urban fabrics based on complex and varied aggregations, highly adaptable to change
over time and tailored to the need of the inhabitants. (Figs. 6,7,8,9,10)

Conclusions
The study of these two prototypes in different climatic conditions and locations showed that the
idea of ​​the house as an industrial product, as opposed to cars, bikes and other everyday objects,
can only work if mass production is limited to the basic elements of the system and not to the
configuration of the final product. The latter in fact cannot disregard the factors of uniqueness
that affect at least three aspects:
- The location, including the climate and dwelling culture in the various geographical areas the
house will become a part of;
- The morphological structure and space of the house in relation to the culture and attitudes of
the inhabitants;
- Flexibility, to be viewed as a degree of open-endedness necessary for the project to achieve
customization of the house.
Therefore, while construction can be better accomplished with industrialized prefabrication than
with traditional methods, by relating to the