ABSTRACT
The development of innovative materials for sustainable architectural applications has gained significant momentum, especially in the context of bio-intelligent systems. This study explores the development of a weather-resistant composite material based on bacterial cellulose for foldable shading systems, aligning with the aim of scaling bio-intelligent systems in architectural design and construction applications. Bacterial cellulose, known for its exceptional mechanical properties and biodegradability, is investigated as a core component. Its durability and flexibility properties were optimized by incorporating biobased additives and biopolymer coating, which is critical for outdoor usage. The composite material was subjected to testing, including a test for water-repellent properties and thermal properties by simulating different environmental conditions. Results indicated that the composite not only maintained its structural integrity but also exhibited enhanced flexibility suitable for dynamic shading applications. The findings demonstrate a viable pathway towards the deployment of sustainable and adaptive shading systems in architectural design, promoting energy efficiency and environmental resilience.
