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Application of Conduction Transfer Functions and Periodic Response Factors in Cooling Load Calculation Procedures

机译:传导传递函数和周期响应因子在冷负荷计算程序中的应用

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This paper presents an overview of the conduction transfer function (CTF) and periodic response factor (PRF) methods of calculating conductive heat transfer. Different forms of the equations used in cooling load calculations are compared and contrasted. Particular attention is given to the methods included in the ASHRAE Loads Toolkit. The toolkit contains the source code for ASHRAE's new load calculation methods, the heat balance method (HBM) and the radiant time series method (RTSM). Each method uses a similar, but different, conduction calculation technique. TheHBMuses CTFs and the RTSM uses PRFs. Since there are limited numbers of CTFs and PRFs in the literature, the toolkit algorithms provide a means of calculating CTFs and PRFs for stand-alone computer programs or for generating CTF and PRF libraries. This paper describes the CTF and PRF algorithms in the toolkit and demonstrates implementation of the toolkit modules in a program that calculates CTFs and PRFs.
机译:本文概述了计算传导热传递的传导传递函数(CTF)和周期响应因子(PRF)方法。比较和对比了冷负荷计算中使用的不同形式的方程。特别注意ASHRAE Loads Toolkit中包含的方法。该工具包包含ASHRAE的新载荷计算方法,热平衡方法(HBM)和辐射时间序列方法(RTSM)的源代码。每种方法都使用相似但不同的传导计算技术。 HBM使用CTF,RTSM使用PRF。由于文献中CTF和PRF的数量有限,因此工具包算法提供了一种计算独立计算机程序或生成CTF和PRF库的CTF和PRF的方法。本文介绍了工具包中的CTF和PRF算法,并演示了在计算CTF和PRF的程序中工具包模块的实现。

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