Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building

Lucile Sarran, Kyriaki Foteinaki, Panagiota Gianniou, Carsten Rode

Research output: Contribution to conferencePaperResearchpeer-review

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Abstract

This work focuses on demand-side management potential for the heating grid in residential buildings. The possibility to increase the flexibility provided to the heat network through specific building design is investigated. The role of different parts of the building structure on thermal flexibility is assessed through a parameter variation on a building model. Different building designs are subjected to heat cut-offs, and flexibility is evaluated with respect to comfort preservation and heating power peak creation.
Under the conditions of this study, the thermal transmittance of the envelope appears to have the largest impact on thermal flexibility. The importance of window design, namely the size, U-value and orientation, is underlined due to its critical influence on solar gains and heat losses. It is eventually observed that thermal mass has a secondary influence on the evaluated indicators; its variation only affects thermal flexibility if the thermal resistance of the envelope is sufficient.
Original languageEnglish
Publication date2017
Number of pages10
Publication statusPublished - 2017
EventBuilding Simulation 2017: The 15th International Conference of IBPSA - San Francisco, United States
Duration: 7 Aug 20179 Aug 2017
Conference number: 15

Conference

ConferenceBuilding Simulation 2017
Number15
CountryUnited States
CitySan Francisco
Period07/08/201709/08/2017

Cite this

Sarran, L., Foteinaki, K., Gianniou, P., & Rode, C. (2017). Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building. Paper presented at Building Simulation 2017, San Francisco, United States.
Sarran, Lucile ; Foteinaki, Kyriaki ; Gianniou, Panagiota ; Rode, Carsten. / Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building. Paper presented at Building Simulation 2017, San Francisco, United States.10 p.
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Sarran, L, Foteinaki, K, Gianniou, P & Rode, C 2017, 'Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building', Paper presented at Building Simulation 2017, San Francisco, United States, 07/08/2017 - 09/08/2017.

Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building. / Sarran, Lucile; Foteinaki, Kyriaki; Gianniou, Panagiota; Rode, Carsten.

2017. Paper presented at Building Simulation 2017, San Francisco, United States.

Research output: Contribution to conferencePaperResearchpeer-review

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T1 - Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building

AU - Sarran, Lucile

AU - Foteinaki, Kyriaki

AU - Gianniou, Panagiota

AU - Rode, Carsten

PY - 2017

Y1 - 2017

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AB - This work focuses on demand-side management potential for the heating grid in residential buildings. The possibility to increase the flexibility provided to the heat network through specific building design is investigated. The role of different parts of the building structure on thermal flexibility is assessed through a parameter variation on a building model. Different building designs are subjected to heat cut-offs, and flexibility is evaluated with respect to comfort preservation and heating power peak creation.Under the conditions of this study, the thermal transmittance of the envelope appears to have the largest impact on thermal flexibility. The importance of window design, namely the size, U-value and orientation, is underlined due to its critical influence on solar gains and heat losses. It is eventually observed that thermal mass has a secondary influence on the evaluated indicators; its variation only affects thermal flexibility if the thermal resistance of the envelope is sufficient.

M3 - Paper

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Sarran L, Foteinaki K, Gianniou P, Rode C. Impact of Building Design Parameters on Thermal Energy Flexibility in a Low-Energy Building. 2017. Paper presented at Building Simulation 2017, San Francisco, United States.