Utilization of Intelligent Facade Technologies in High-rise Office Buildings: A Comparative Study

• Published in: Iconarp international journal architecture and planning Vol. 12; no. 1; pp. 24 - 45
• Main Authors: Tuğrul Okbaz, Fazilet, Aydinç, Simay, Pakdamar, Ferhat
• Format: Journal Article
• Language: English
• Published: Konya Technical University Faculty of Architecture and Design 01.06.2024
• Subjects: Facade technologies; High-rise buildings; Intelligent façade; Office buildings
• ISSN: 2147-9380; 2147-9380
• DOI: 10.15320/ICONARP.2024.274

In the late 19th century, spurred by the Industrial Revolution and the concomitant rise in population and technological advancements, high-rise buildings began to emerge in urban centers. Initially, concerns regarding the environmental impacts of these structures were not at the forefront. However, the advent of sustainability debates in the 1970s elevated this discourse, particularly regarding high-rise buildings. This progression notably influenced the materials and facade systems of high-rise structures. Alterations in building facades subsequently catalyzed the development of adaptive building coatings that consider environmental factors, climate variations, and user preferences. Termed as intelligent facade systems, these innovative facades aim to enhance indoor comfort and diminish energy consumption. Integration of control and sensing technologies into facades has rendered them multifunctional components. The amalgamation of diverse technologies has rendered the concept of intelligent facades intricate, thereby complicating a definitive definition. This study scrutinizes the employment of intelligent facade systems in high-rise buildings, offering a fresh perspective by proposing a classification in line with existing definitions and classifications in the literature. It categorized the changes introduced by integrated devices and mechanisms into five groups: passive, mechanical, electro-mechanical, integrated technology, and information technology. Additionally, changes resulting from materials are classified under energy and property-transforming materials. Based on the new proposed classification, a comprehensive comparative analysis of 20 high-rise office buildings, encompassing 10 from Turkiye and 10 from across the globe, was conducted. The investigation revealed passive technologies as the prevailing systems employed in high-rise building facades, both domestically in Turkiye and worldwide. Integrated technology is the second most utilized system after passive technology. Based on all the investigations conducted, it can be concluded that energy-changing materials are employed in a greater number of buildings worldwide compared to Turkiye. However, there is still concurrent progress in facade technology.