WIT Press


Incorporation Of Bioclimatic Conditions In Architectural Projects: A Case Study Of The Solar Hemicycle Building, Madrid, Spain

Price

Free (open access)

Paper DOI

10.2495/ARC140011

Volume

142

Pages

9

Page Range

3 - 11

Published

2014

Size

747 kb

Author(s)

E. Vazquez, M. Brandão, S. Rola, L. Alves, M. Freitas, L. Pinguelli Rosa

Abstract

The concept of planning more sustainable cities is a global concern, facing current prominent environmental chaos. The construction industry is, among others, responsible for the destruction of the environment, due to the extraction of raw material for the manufacture of construction elements, debris generation during the process of construction and high energy consumption throughout the life cycle of the buildings. Thus, this paper aims to propose a possibility of low environmental impact construction, proposing the incorporation of bioclimatic conditions in architectural works, minimizing environmental impacts. This research intends to promote the increase of buildings with reduced environmental impact and healthier cities, by employing systems for natural lighting and natural ventilation, as simple and cheap solutions, often seen only by formal feature (project design), without the use of high-cost technologies and complexity. A case study was conducted regarding the Spanish building Solar Hemicycle, due to its contemporary bioclimatic design that meets the current needs of society. The case study based on the Solar Hemicycle demonstrates the good performance of bioclimatic architecture, illustrating that it is possible to combine architectural practice (incorporating passive systems in architectural projects), to the environment, towards environmental sustainability without high investments in technology. The results of the study provide architecture and civil engineering professionals access to eco-efficient solutions for application in future projects, and thus contribute to the appearance of buildings that provide a higher quality of life for people and harmony with the environment.

Keywords

bioclimatic architecture, sustainable building, passive systems, Solar Hemicycle (Spain)