A week prior to the award ceremony, the Archiprix workshop takes place. All Archiprix participants of the 2019 edition are invited to participate. The tasks, progress, and the results of the workshops are presented here. As are records of the previous workshop editions.

07 Solar Solutions for Conflicting Territories

2019-01-10 17:53:02 - sustainably and technology | Global Solar Energy
Solar Solutions for Conflicting Territories

Although the sun is probably the main natural resource due to its availability and easy access, in high insolation contexts it can become a “negative” resource. Over-sunning urban zones become uninhabitable areas and overheating buildings end up being hostile. Chile is among the countries with the highest solar radiation in the world and, Santiago specifically has a solar irradiance that can exceed the 1000 w/m2 in the summer, which translates to a resource of an enormous potential if developed properly.
The Matadero-Franklin neighborhood is an example where the logics of urban growth often do not consider the sun as a resource and transforming it into a problem. Transportation corridors that leave the public space as dazzling deserts or residential buildings with windows directly exposed to solar radiation, are some of the most basic situations where the sun becomes a problem of habitability. On the contrary, the city that prevails as preexistence shows a sensibility from which it is possible to learn.
This workshop will focus on finding solutions to problems where the management of solar radiation will be a factor to improve the urban and architectural quality of the city, projecting this option onto twenty-first century technological conditions through design methodologies based on in-situ measurements and laboratory analysis, using, for example, LAPSO-UC (the UC Laboratory of Solar Protections), which will allow us to scientifically evaluate the solar performance of the proposals.


Claudio Vásquez holds a PhD in Architecture from the Universitat Politècnica de Catalunya as well as an Architecture degree and a Master in Architecture from Pontificia Universidad Católica de Chile, where he is Associate Professor at the School of Architecture and the director of the Master in Sustainable Architecture and Energy (MASE). Specializing in this field, he is a founding member of the Research Group on Architecture and Facades at the UC School of Architecture.



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