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CLIMATE, CLOTHING AND ADAPTATION IN THE BUILT ENVIRONMENT

机译:内置环境中的气候,衣服和适应

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摘要

Specification of acceptable indoor temperatures depends, in part, on assumptions about what people will be wearing. These assumptions have implications for optimising both thermal comfort and energy conservation. Recent proposed revisions to ASHRAE Standard 55 include an adaptive comfort standard that allows a wider range of acceptable indoor temperatures, presented as a function of outdoor weather conditions. Clothing behaviour is one of the causal linkages between indoor thermal comfort and outdoor weather. This paper quantifies this relationship using a cross-sectional study of clothing insulation patterns observed in Sydney, Australia. Fifty two percent of the day-to-day variance in mean daily clo values was accounted for by daily outdoor temperature, and no statistical association between clo values and prevailing indoor temperatures. This paper concludes with an equation for a weighted running mean weekly temperature which can be used in an adaptive algorithm for defining variable indoor comfort temperatures in air conditioned buildings.
机译:可接受的室内温度的规范部分取决于对人们所穿衣服的假设。这些假设对优化热舒适性和节能都有影响。 ASHRAE标准55的最新提议修订版包括一种适应性舒适标准,该标准允许根据室外天气条件提供更宽范围的可接受室内温度。服装行为是室内热舒适度与室外天气之间的因果关系之一。本文使用横断面研究在澳大利亚悉尼观察到的服装隔热模式来量化这种关系。平均每日克洛值的每日变化的52%是由每日室外温度引起的,克洛值与主要室内温度之间没有统计关联。本文以加权运行平均周温度方程式结束,该方程式可用于定义空调建筑物中可变室内舒适温度的自适应算法。

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