The effective design of sustainable buildings results from an accurate optimization process of all the interrelated variables. The authors developed a replicable methodology for the optimization of the building envelope design. Following a previous work, where in the pre-processing and the optimization phases the minimization of the total energy demand is performed by coupling TRNSYS® with GenOpt®, this paper is focused on the post-processing phase of the methodology, in which the results are validated and the comfort filters are applied. As an explanatory example, the application of the methodology to a school classroom located in two different climates is presented
Comfort filters in a total energy demand optimization method for the passive design of a building / Ferrara, Maria; Sirombo, Elisa; Fabrizio, Enrico; Filippi, Marco. - In: ENERGY PROCEDIA. - ISSN 1876-6102. - 83:(2015), pp. 418-427. [10.1016/j.egypro.2015.12.161]
Comfort filters in a total energy demand optimization method for the passive design of a building
FERRARA, MARIA;SIROMBO, ELISA;FABRIZIO, ENRICO;FILIPPI, MARCO
2015
Abstract
The effective design of sustainable buildings results from an accurate optimization process of all the interrelated variables. The authors developed a replicable methodology for the optimization of the building envelope design. Following a previous work, where in the pre-processing and the optimization phases the minimization of the total energy demand is performed by coupling TRNSYS® with GenOpt®, this paper is focused on the post-processing phase of the methodology, in which the results are validated and the comfort filters are applied. As an explanatory example, the application of the methodology to a school classroom located in two different climates is presentedFile | Dimensione | Formato | |
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https://hdl.handle.net/11583/2639163
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