Climatic design data for use in thermal calculations for buildings—Estimated clear sky solar radiation versus measured solar radiation

P.S. Scanes
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引用次数: 2

Abstract

A project was undertaken to determine sequences of climatic data of a few days which can be used as design data for determining extreme indoor temperature, or alternatively the plant capacity necessary for heating or cooling a building to maintain a desired indoor temperature profile. A response factor computer program has been used with actual climatic data to estimate indoor temperatures continuously over a period of six years in Melbourne, to determine such sequences of days for design purposes. The number of days of design data necessary varies with the type of building. Of the various climatic elements required for such an exercise at other locations, solar radiation at say hourly or three-hourly intervals is one parameter that may not be available. A comparison is made of the results obtained with estimated clear sky solar radiation and actual measured solar radiation, and the relationship between the two explored.

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用于建筑物热计算的气候设计数据。晴空估计太阳辐射与实测太阳辐射的比较
我们进行了一个项目,以确定几天的气候数据序列,这些数据可以用作确定极端室内温度的设计数据,或者用于加热或冷却建筑物以保持所需的室内温度剖面的工厂容量。响应因子计算机程序与实际气候数据一起使用,连续估计墨尔本6年的室内温度,以确定设计目的的天数顺序。所需设计数据的天数因建筑类型而异。在其他地方进行这种演习所需的各种气候要素中,每隔一小时或三小时的太阳辐射可能是一个无法获得的参数。将晴空估算太阳辐射与实测太阳辐射的结果进行了比较,探讨了两者之间的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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