|Title||An Indices Approach for Evaluating the Performance of Fenestration Systems in Nonresidential Buildings|
|Publication Type||Journal Article|
|Year of Publication||1988|
|Authors||Robert Sullivan, Dariush K Arasteh, Konstantinos M Papamichael, Jong-Jin Kim, Russell Johnson, Stephen E Selkowitz, Ross McCluney|
We present results from the first phase of a project to develop a fenestration performance design tool to be used by builders, designers, architects, utility auditors, etc. In phase 1 we defined the design tool concept and the experimental and analytical methodologies required to achieve the project goal. We defined five fenestration performance indices, which when combined with user-specified weighting factors yield a single figure of merit. Three of the indices are related to the effects of fenestration on building energy performance: fuel and electric use and peak electric demand. The other two are related to thermal and visual comfort. We derived index values and correlations to window design parameters by creating a data base consisting of a large number of building energy simulations for a prototypical office building module using the DOE-2 computer simulation program. Four glazing types and two shading devices were combined in several ways so that a representative sampling of realistic fenestration systems was analyzed.
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