Parametric Thermal Performance Analysis of Double-Skin Facades: A Case Study on Energy Efficiency in Urban High-Rise Buildings

Abstract

This study investigates the thermal performance of double-skin facades (DSF) in urban high-rise buildings through a parametric analysis. Utilizing computational fluid dynamics (CFD) simulations, the research evaluates energy efficiency improvements and thermal comfort enhancements. Results indicate that optimally configured DSFs substantially reduce energy consumption and improve occupant comfort in high-density urban environments. The findings underscore DSF's potential in mitigating urban heat islands, positioning it as a pivotal strategy in sustainable architecture. This case study provides a critical understanding of DSF's role in enhancing energy sustainability in modern cities.