Dynamic solar screens are operable façade shading systems with perforations that are designed using parametric processes. Architects and facade designers have continually applied design patterns of aesthetically and culturally significant vernacular solar screens for creating contemporary facades in their static-fixed or dynamic-operable states. The purpose of this investigation is to review previous work on dynamic screens and related façade shading, identify research gaps, highlight methodological limitations, and propose future investigation of their unexplored impacts. Solar screens investigated in previous studies were categorized into different types for meta-analysis of their building energy and indoor environmental performance in tropical climates. Several gaps related to the influence of dynamic screens on occupant’s comfort in the indoor environment were identified. Realizing the importance of keeping occupant wellness at the top priority in building design, the authors have proposed a set of hypotheses that describe approaches to investigate and design dynamic screens for occupant well-being.

动态太阳能屏幕是可操作的外墙遮阳系统，带有使用参数化过程设计的穿孔。建筑师和立面设计师不断应用具有美学和文化意义的本土太阳能屏幕的设计模式，以在其静态固定或动态可操作状态下创建当代立面。本次调查的目的是回顾以前关于动态屏幕和相关立面阴影的工作，确定研究差距，突出方法限制，并提出未来对其未探索影响的调查。先前研究中研究的太阳能屏幕被分为不同类型，用于对其在热带气候下的建筑能源和室内环境性能进行荟萃分析。确定了与动态屏幕对室内环境中居住者舒适度的影响相关的几个差距。意识到保持居住者健康在建筑设计中的重中之重的重要性，作者提出了一组假设，描述了调查和设计居住者健康动态屏幕的方法。