More Sustainable Systems for Residential Automation and Information

Authors

  • José Ripper Kós
  • Thêmis da Cruz Fagundes

Keywords:

residential automation and information systems, Solar Decathlon, zero energy homes, sustainability

Abstract

This paper seeks to demonstrate the possibilities of residential automation and information systems, so that its residents can recover part of the knowledge about the cycles of nature, lost in the course of history. These possibilities are evaluated from systems for zero energy homes and, more specifically, to the houses built for the academic competition idealized at the North-American Energy Department, the Solar Decathlon. The graphical interfaces of the residential automation and information systems assume an important role in this context and still have many limitations, even in the experimental houses of Solar Decathlon. For this reason, the development of interfaces that integrate the data of the house systems with the environment is an important challenge, thus the automation and information systems have a significant impact on the daily lives of residents. Therefore, we believe that from these interfaces, the residential automation and information systems may facilitate the approach of the residents to the cycle of the nature, and the sense of belonging to the planet.

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Author Biographies

José Ripper Kós

He is Architect and Ph.D. in Information Technology and City History. Professor at Federal University of Rio de Janeiro (UFRJ), and at Federal University of Santa Catarina (UFSC), Brazil. he studies electronic 3D models for urban analysis, symbolic systems of cities and sustainable architecture.

Thêmis da Cruz Fagundes

She is Architect and Ph.D. in Housing and Urbanism. Professor, researcher at Federal University of Santa Catarina (UFSC), Brazil, and coordinator of the research group Zero Energy Architecture; she studies learning and collaborative design in virtual environments, and housing and sustainability of built environment.

Published

2011-07-01