Solar Cooling Integrated Façades

Main Challenges in Product Development for Widespread Application

Conference Paper (2022)
Authors

Hamza Hamida (Building Product Innovation)

T. Konstantinou (Building Product Innovation)

Alejandro Prieto (Diego Portales University)

Tillmann klein (Building Product Innovation)

U. Knaack (Design of Constrution)

Research Group
Building Product Innovation
Copyright
© 2022 H.B. Hamida, T. Konstantinou, Alejandro Prieto, T. Klein, U. Knaack
To reference this document use:
https://doi.org/10.34641/clima.2022.353
More Info
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Publication Year
2022
Language
English
Copyright
© 2022 H.B. Hamida, T. Konstantinou, Alejandro Prieto, T. Klein, U. Knaack
Research Group
Building Product Innovation
DOI:
https://doi.org/10.34641/clima.2022.353
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Abstract

The global attention to solar cooling systems has increased during the last years as a result of the expected growth in the world cooling demand. Such systems encompass the use of renewable energy as the main driver for mitigating indoor temperatures. Currently, some of these technologies are mature enough for their commercial application in buildings. Building facades present high potential for the integration of such technologies. This is because of their direct effect on the indoor comfort of buildings, and also their ability to provide external surfaces exposed to the sun radiation. However, there are different challenges affecting the widespread application of solar cooling integrated façades. This paper aims to identify and categorize these challenges through conducting a comprehensive literature review. A literature review was conducted on scientific papers published in conference proceeding and scientific journals, through considering two databases, namely Scopus and Web of Science. Then the study suggested three main potential dimensions that should be tackled and integrated when supporting the widespread application of the façade integration a particular solar cooling technology. The dimensions include technical, financial, as well as process and stakeholder related aspects. Such proposed dimensions represent an initial step for identifying important aspects to be considered for supporting the product widespread application in the built environment.