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Assessing the validity, reliability, and practicality of ASHRAE's performance measurement protocols (ASHRAE Research Project 1702)

机译：评估ASHRAE性能测量协议的有效性，可靠性和实用性（ASHRAE研究项目1702）

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摘要

The objective of this study was to provide a basis for future updates to the 2010 ASHRAE Performance Measurement Protocols for Commercial Buildings (PMP) through case studies. The PMP defines a standardized method of measuring and analyzing building performance in six categories: energy, water, thermal comfort, indoor air quality, lighting, and acoustics. We conducted case studies for five buildings following the PMP. Based on experiences following the protocol in this wide range of buildings, we assessed the validity, reliability, and practicality of the PMP and provided comments and recommendations for future revisions. Most of the measurement protocols at the basic level are reliable, practical, and valid. Many tasks at the intermediate and advanced levels, however, can be difficult to perform for some building types. Some of the tasks or measurement procedures were results from past research projects, and the software or tools recommended may not be readily available or fully supported. The measurement protocols at the intermediate level are only somewhat reliable and some of them are impractical. Most measurement protocols at the advanced level are complex and need to be performed by qualified or specially trained personnel and, thus, are impractical as a performance measure, except for specialized applications.
机译：本研究的目的是通过案例研究为2010年ASHRAE绩效测量协议（PMP）提供对2010年ASHRAE性能测量协议的基础。 PMP定义了一种标准化的测量和分析建筑物性能的方法：能源，水，热舒适，室内空气质量，照明和声学。我们对PMP后的五栋建筑进行了案例研究。根据在这一广泛建筑物的协议之后的经验，我们评估了PMP的有效性，可靠性和实用性，并为未来的修订提供了评论和建议。基本级别的大多数测量协议是可靠的，实用的，有效的。然而，中级和高级水平的许多任务可能难以为某些建筑类型执行。一些任务或测量程序是由过去的研究项目产生的结果，推荐的软件或工具可能不会随时可用或完全支持。中间级别的测量协议仅可靠，其中一些是不切实际的。高级级别的大多数测量协议都很复杂，需要通过合格或特殊培训的人员进行，因此，除了专业应用外，还是作为性能措施进行的不切实际。

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