The Role of Smart Architectural Design in Promoting Energy Efficiency and Urban Livability

Smart architectural design, harnessing AI, IoT, and circular principles, is indispensable for mitigating urban energy demands and elevating livability amid rampant urbanization. This paper furnishes a rigorous analysis of Y.-Y. Yo innovations, including NBS for smart cities, energy-saving retrofits in traditional architecture, playable urban tools, and adaptive facades. These yield..% energy savings and uplift quality-of-life metrics like thermal comfort and accessibility. Via quasi-experimental analyses and policy reviews, the study gauges impacts on sustainability, with cases from India, China, Australia, and Jordan. Findings spotlight technology-governance synergies in tiered cities, surmounting barriers like data privacy through ethical frameworks. Recommendations encompass scalable ۱۰-minute city models and digital twins. This research propels smart design integration in architecture, buttressing energy efficiency and livable urban milieus per SDG ۱. Expanded coverage includes urban mobility challenges, occupant-centric controls, green building designs for energy optimization, and integrated approaches to urban energy planning, providing a holistic view for implementation in diverse contexts and emphasizing the confluence of architecture and technology for sustainable smart buildings. Furthermore, the analysis explores how smart upgrades, such as advanced thermostats and energy monitoring systems, can enhance operational sustainability by adapting to changing conditions, drawing from recent studies on smart residential environments and positive energy districts to illustrate potential reductions in cooling loads and overall energy consumption.

کلیدواژه ها:

Smart architecture ، energy efficiency ، urban livability ، AI in design ، adaptive facades