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Paradigm in Sustainability and Environmental

机译：可持续发展与环境范式

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摘要

Abstract—This paper addresses the lighting design strategies andnadvanced technologies used in the design of the Masdar Headquarters,nan office building set within Abu Dhabi, the United Arab Emirates. Thenbuilding, which is now under construction, is expected to have 103%nnet-positive energy use. The work emphasizes design goals centered onnhuman visual needs and investigates lighting conditions related tonsustainable and climatically responsive architecture. The optimizationnof the daylighting design strategies is presented, including a shadingntrellis with integrated photovoltaic cells, the conical courtyards, and thensawtooth facade. The study highlights electric lighting conceptsnpredicated on available daylight and advanced lighting controls thatnincorporate digital dimming ballasts, programmed and user operablencontrols, daylight harvesting, and occupancy monitoring. Simulationnwas utilized to investigate parameters such as daylight factor, dailynradiant energy including photosynthetically active radiation (PAR) andnaverage daily total (ADT), and sunlight patterns. These analysesninformed the daylighting design, electric lighting design, and thenspecific lighting controls. Such lighting components supplemented bynother design strategies contribute to the energy-use goals whilenproviding high quality luminous environments that meet end-users’nvisual needs.
机译：摘要—本文探讨了阿拉伯联合酋长国阿布扎比内Masdar总部和南办公楼设计中使用的照明设计策略和先进技术。当时正在建设中的当时的建筑物，预计将拥有103％的净内在能量消耗。这项工作强调了以人类视觉需求为中心的设计目标，并研究了与可持续性和气候响应性建筑相关的照明条件。提出了采光设计策略的优化方案，包括带有集成光伏电池的遮阳帘，圆锥形庭院以及锯齿形外墙。这项研究重点介绍了基于可用日光和高级照明控件的电气照明概念，这些控件集成了数字调光镇流器，可编程和用户可操作的控件，日光收集和占用情况监控。利用模拟来研究诸如日光因子，包括光合有效辐射（PAR）和日平均总辐射量（ADT）在内的日均辐射能以及日光模式等参数。这些分析通知了采光设计，电气照明设计以及特定的照明控制。此类照明组件辅以其他设计策略，有助于实现能耗目标，同时提供满足最终用户视觉需求的高质量发光环境。

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  • 来源
    《LEUKOS》 |2012年第1期|25-45|共21页
  • 作者

    Mohamad T. Araji PhD; Shaun P. Darragh; Jeffrey L. Boyer;

  • 作者单位

    1Environmental Design Program Faculty of Architecture The University of Manitoba WinnipegMB Canada2Affiliated Engineers Inc. Seattle WA USA3Adrian Smith u0001 Gordon GillArchitecture LLP Chicago IL USA.*Corresponding author: Mohamad T. Araji Email: mohamad.araji@ad.umanitoba.ca;

    2Affiliated Engineers Inc., Seattle WA, USA,;

    3Adrian Smith + Gordon GillArchitecture LLP, Chicago IL, USA.;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Sustainability, environmental design, daylighting design,;

    机译：可持续发展;环境设计;采光设计;

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