Harmony in Motion: Kinetic Architecture as a Catalyst for Climate-Responsive Design
Session
Architecture and Spatial Planning
Description
Today architects and builders prioritize eco-friendly structures due to ongoing climate challenges. Climate-responsive architecture focuses on designing buildings that align with local climates. It involves using specific climate data for efficient construction that conserves energy and promotes sustainability.
The goal is to create comfortable indoor spaces while reducing reliance on artificial energy sources. Designs are adjusted to the building's location, considering weather patterns, sun, wind, and more. Elements like building envelopes play a crucial role, with different zones requiring specific materials to prevent energy loss.
Building codes encourage energy-efficient construction in relation to climate agents, but true climate-responsive architecture goes beyond compliance. Innovative solutions like smart glazing systems, such as Sage Glass, manage solar heat while providing a pleasant environment for occupants.
Kinetic architecture adds a dynamic aspect, with movable components that adapt to changing weather without compromising structure. This paper explores the use of kinetic structures in climate-responsive architecture, highlighting its potential for responding to dynamic climate conditions.
Keywords:
Climate-Responsive Architecture, Kinetic Architecture, Energy Efficiency, Sustainability, Intelligent Windows (Sage Glass).
Proceedings Editor
Edmond Hajrizi
ISBN
978-9951-550-95-6
Location
UBT Lipjan, Kosovo
Start Date
28-10-2023 8:00 AM
End Date
29-10-2023 6:00 PM
DOI
10.33107/ubt-ic.2023.238
Recommended Citation
Dalipi, Shkurte and Sadiki, Sanelina, "Harmony in Motion: Kinetic Architecture as a Catalyst for Climate-Responsive Design" (2023). UBT International Conference. 10.
https://knowledgecenter.ubt-uni.net/conference/IC/arch/10
Harmony in Motion: Kinetic Architecture as a Catalyst for Climate-Responsive Design
UBT Lipjan, Kosovo
Today architects and builders prioritize eco-friendly structures due to ongoing climate challenges. Climate-responsive architecture focuses on designing buildings that align with local climates. It involves using specific climate data for efficient construction that conserves energy and promotes sustainability.
The goal is to create comfortable indoor spaces while reducing reliance on artificial energy sources. Designs are adjusted to the building's location, considering weather patterns, sun, wind, and more. Elements like building envelopes play a crucial role, with different zones requiring specific materials to prevent energy loss.
Building codes encourage energy-efficient construction in relation to climate agents, but true climate-responsive architecture goes beyond compliance. Innovative solutions like smart glazing systems, such as Sage Glass, manage solar heat while providing a pleasant environment for occupants.
Kinetic architecture adds a dynamic aspect, with movable components that adapt to changing weather without compromising structure. This paper explores the use of kinetic structures in climate-responsive architecture, highlighting its potential for responding to dynamic climate conditions.