Daylighting 'energy and comfort' performance in office buildings : sensitivity analysis, metamodel and pareto front.
|Authors:||Maltais, Louis-Gabriel; Gosselin, Louis|
|Abstract:||Daylighting performance is an integral feature of sustainable building design. In this paper, two performance criteria were defined, namely an annual glaring index (AGI) and an annual energy requirement for lighting (AEL). Based on 1900 daylight simulations of an office building located in Montreal (Canada), a sensitivity analysis was performed to identify the most influential building design variables among a list of 15. Two sensitivity analysis techniques were employed. Window-to-wall ratios and the overhang dimension were among the most influential parameters for both AEL and AGI, whereas building orientation and aspect ratio, as well as visible transmittance, were found to have a relatively weak influence. A Pareto front demonstrating the optimal tradeoffs between AEL and AGI was approximated from the simulation sample. Finally, a metamodel is developed to calculate rapidly the daylight performance indices for a given set of the 15 design variables|
|Document Type:||Article de recherche|
|Issue Date:||29 September 2017|
|Open Access Date:||22 February 2021|
|Creative Commons Licence:||https://creativecommons.org/licenses/by-nc-nd/4.0|
|This document was published in:||Journal of Building Engineering, Vol. 14, 61-72 (2017)|
|Collection:||Articles publiés dans des revues avec comité de lecture|
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