masterThesis
Casa Camelo - quando a casa se adéqua ao meio: proposta arquitetônica para residência unifamiliar de alto padrão levando em consideração aspectos ambientais sustentáveis de gestão de água, energia e condicionantes bioclimáticas
Fecha
2016-07-26Registro en:
MACEDO, André Luiz Gomes de. Casa Camelo - quando a casa se adéqua ao meio: proposta arquitetônica para residência unifamiliar de alto padrão levando em consideração aspectos ambientais sustentáveis de gestão de água, energia e condicionantes bioclimáticas. 2016. 238f. Dissertação (Mestrado Profissional em Arquitetura, Projeto e Meio Ambiente) - Centro de Tecnologia, Universidade Federal do Rio Grande do Norte, Natal, 2016.
Autor
Macedo, André Luiz Gomes de
Resumen
This work involves recent research that raise technical requirements to design singlefamily
homes to a high standard, providing a specific sustainable gap to absorb, understand and
enter some of these complementary concepts to traditional ways of live, with emphasis in the
act to design and build. The emergence of a demand for a project to be made in the city of Serra
de São Bento, 130 km from Natal, Brazil brought the author the opportunity to enter a more
focused look at environmental issues related to a work of this nature, talking to the owners
about a more thorough debate on the formation of values needs program and understanding the
place to be designed. The arid terrain, sloping, rocky and far from the urban center, required a
proposal adapted to the site, with unconventional, lighter and less craft materials that mitigate
the impact of a residence on one half and on its future water consumption and electricity.
Baptized House Camel, the proposal emphasizes the full self-sufficiency in the face of local
utilities of these two inputs, either through rainwater capture alternative water reuse or for
renewable generation of wind or photovoltaics, and to adopt a solution that takes into account
bioclimatic strategies suggested the microclimate studied so that passively, we could achieve
satisfaction with the thermal and acoustic comfort of the project.