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Post occupancy survey of the Arizona LEED NC population.

机译:亚利桑那LEED NC人口的入住后调查。

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摘要

Existing green building literature has not provided conclusive performance results for energy efficiency, water efficiency and the utilization and proper management of green building features. The few existing energy performance studies had not represented a significant portion of a population, were not random samples, did not included many structures from hot and dry climates and had generated heavily debated results.;Data collection efforts were successful for all desired deliverables with the exception of water performance metrics. Energy analysis results rejected the energy efficiency hypotheses by returning greater energy use intensities than the non-LEED national building stock as well as the design and baseline energy use simulations. The energy correlation analysis returned statistically significant results for a single system attribute and several managerial attributes. The results suggest that the LEED NC rating system requires immediate reevaluation to ensure future green building success in Arizona.;This thesis examines the fifty-three buildings comprising the Arizona Leadership in Energy and Environmental Design for New Construction (LEED NC) building population and in doing so hypothesizes that Arizona's LEED NC buildings achieve expected energy and water performance and exhibit various energy efficiency correlations. The thesis also establishes a baseline understanding of Arizona's LEED NC population characteristics.
机译:现有的绿色建筑文献没有提供有关节能,节水以及绿色建筑特征的利用和适当管理的最终性能结果。现有的少数能源性能研究并不代表人口的大部分,也不是随机样本,也不包括来自炎热和干燥气候的许多结构,并且产生了引起争议的结果。水绩效指标除外。能源分析结果通过返回比非LEED国家建筑存量更大的能源使用强度以及设计和基准能源使用模拟,从而拒绝了能源效率假设。能量相关性分析针对单个系统属性和多个管理属性返回了统计上显着的结果。结果表明,LEED NC评级系统需要立即进行重新评估,以确保未来在亚利桑那州的绿色建筑取得成功。本论文研究了包括亚利桑那州新建筑能源和环境设计领导层(LEED NC)在内的53座建筑物。这样做是假设亚利桑那州的LEED NC建筑物达到了预期的能源和水性能,并表现出各种能效相关性。本文还建立了对亚利桑那州LEED NC人口特征的基线理解。

著录项

  • 作者

    Oates, Hugo Dixon.;

  • 作者单位

    Arizona State University.;

  • 授予单位 Arizona State University.;
  • 学科 Engineering Architectural.;Energy.;Sustainability.
  • 学位 M.S.
  • 年度 2009
  • 页码 232 p.
  • 总页数 232
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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