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A review of occupant-centric control strategies for adaptive facades

机译:对自适应外墙的乘客控制策略述评

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The dynamic nature of daylight requires a responsive strategy by utilizing adaptive facades (AFs) as shading systems to control the indoor environment. Controlling an adaptive facade's performance is feasible either through an automatic control strategy without any user interventions or occupant-centric control strategy allowing user interactions. Lack of occupant-centric control is experienced when a fully-automatic control is operating the shading system. In addition, limiting or disabling users to overrule their local environment showed negative impacts on their overall satisfaction and comfort. To this end, this paper reviews the current state-of-the-art with respect to occupant-centric control strategies in the literature and identifying the research gaps for future investigations. As a major finding, occupant-centric control is limited to certain applications, which imposes thinking of a new innovative shading control strategy that counterbalances antagonistic phenomena and can enhance both user's comfort desires and building's energy efficiency especially in a shared working environment.
机译:日光的动态性质,需要通过利用自适应外墙(AFS)作为遮阳系统控制室内环境中的响应策略。一种控制自适应门面的性能是没有任何用户干预或乘员为中心的控制策略允许用户交互可行或者通过自动控制策略。当全自动控制操作着色系统时,经历缺乏乘员控制。此外,限制或禁用用户否定他们当地的环境对整体满意度和舒适性显示出负面影响。为此,本文概述了当前状态的最先进的与文献中的相对于乘员为中心的控制策略和识别用于将来的调查研究的间隙。作为一个重大发现,乘员为中心的控制范围仅限于某些应用程序,其中规定思考一个新的创新遮阳控制策略,即平衡物拮抗现象,可以同时提高用户的舒适性欲望和在一个共享的工作环境,尤其是建筑物的能源效率。

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