Building performance indicators and IEQ assessment procedure for the next generation of EPC-s
In the current implementation of EPC-s, the assessment focus is purely on the energy consumption data. For the next generation of EPC-s, new performance indicators are proposed to address relevant building performance aspects, such as sustainability, productivity and market value. These indicators w...
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EDP Sciences
2021-01-01
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doaj-420f1e832dfe4c969894548e0672b4792021-04-06T13:49:56ZengEDP SciencesE3S Web of Conferences2267-12422021-01-012461300310.1051/e3sconf/202124613003e3sconf_hvac2021_13003Building performance indicators and IEQ assessment procedure for the next generation of EPC-sVõsa Karl-Villem0Ferrantelli Andrea1Tzanev Dragomir2Simeonov Kamen3Carnero Pablo4Espigares Carlos5Escudero Miriam Navarro6Quiles Pedro Vicente7Andrieu Thibault8Battezzati Florian9Cordeiro Katia10Allard Francis11Magyar Zoltan12Turturiello Giusy13Piterà Luca Alberto14d’Oca Simona15Willems Eric16Veld Op ’t Peter17Lițiu Andrei Vladimir18Lungu Cătălin19Catalina Tiberiu20Kurnitski JarekDepartment of Civil Engineering and Architecture, Tallinn University of TechnologyDepartment of Civil Engineering and Architecture, Tallinn University of TechnologyCenter For Energy Efficiency EnEffectCenter For Energy Efficiency EnEffectValencia Institute of BuildingValencia Institute of BuildingValencia Institute of BuildingSpanish Technical Association of Air Conditioning and Refrigeration ATECYRSAS TIPEE – Plateforme technologique bâtiment durableSAS TIPEE – Plateforme technologique bâtiment durableSAS TIPEE – Plateforme technologique bâtiment durableSAS TIPEE – Plateforme technologique bâtiment durableComfort Consulting LtdAiCARR - Associazione Italiana Condizionamento dell’Aria Riscaldamento RefrigerazioneAiCARR - Associazione Italiana Condizionamento dell’Aria Riscaldamento RefrigerazioneHIA - Huygen Engineers & ConsultantsHIA - Huygen Engineers & ConsultantsHIA - Huygen Engineers & ConsultantsDivision of Building Services and Energy Systems, KTH Royal Institute of TechnologyAIIR - Asociatia Inginerilor de Instalatii - Filiala ValahiaDepartment of Civil Engineering, Aalto UniversityIn the current implementation of EPC-s, the assessment focus is purely on the energy consumption data. For the next generation of EPC-s, new performance indicators are proposed to address relevant building performance aspects, such as sustainability, productivity and market value. These indicators would enable evidence-based decision-making processes and facilitate the delivery of renovation triggers. Within the EPC framework, the problem is not the availability of such performance indicators, but the assessment effort required. Only easily available data can justifiably be introduced to bulk EPC-s, either as direct complementary input or as a performance indicator. Availability of such data was analysed from case studies that included EPC-s from 11 EU member states, mainly non-residential buildings. Analysed data included relevant HVAC information such as ventilation air flows, heating and cooling set-points and installed power, but also output data, such as EPC classes, net and primary energy need and GHG emissions. Based on our findings, we outlined two different development paths - one for existing buildings and one for new buildings and major renovations. Two categories of complementary indicators to energy are proposed – IEQ and power indicators.https://www.e3s-conferences.org/articles/e3sconf/pdf/2021/22/e3sconf_hvac2021_13003.pdf |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Võsa Karl-Villem Ferrantelli Andrea Tzanev Dragomir Simeonov Kamen Carnero Pablo Espigares Carlos Escudero Miriam Navarro Quiles Pedro Vicente Andrieu Thibault Battezzati Florian Cordeiro Katia Allard Francis Magyar Zoltan Turturiello Giusy Piterà Luca Alberto d’Oca Simona Willems Eric Veld Op ’t Peter Lițiu Andrei Vladimir Lungu Cătălin Catalina Tiberiu Kurnitski Jarek |
spellingShingle |
Võsa Karl-Villem Ferrantelli Andrea Tzanev Dragomir Simeonov Kamen Carnero Pablo Espigares Carlos Escudero Miriam Navarro Quiles Pedro Vicente Andrieu Thibault Battezzati Florian Cordeiro Katia Allard Francis Magyar Zoltan Turturiello Giusy Piterà Luca Alberto d’Oca Simona Willems Eric Veld Op ’t Peter Lițiu Andrei Vladimir Lungu Cătălin Catalina Tiberiu Kurnitski Jarek Building performance indicators and IEQ assessment procedure for the next generation of EPC-s E3S Web of Conferences |
author_facet |
Võsa Karl-Villem Ferrantelli Andrea Tzanev Dragomir Simeonov Kamen Carnero Pablo Espigares Carlos Escudero Miriam Navarro Quiles Pedro Vicente Andrieu Thibault Battezzati Florian Cordeiro Katia Allard Francis Magyar Zoltan Turturiello Giusy Piterà Luca Alberto d’Oca Simona Willems Eric Veld Op ’t Peter Lițiu Andrei Vladimir Lungu Cătălin Catalina Tiberiu Kurnitski Jarek |
author_sort |
Võsa Karl-Villem |
title |
Building performance indicators and IEQ assessment procedure for the next generation of EPC-s |
title_short |
Building performance indicators and IEQ assessment procedure for the next generation of EPC-s |
title_full |
Building performance indicators and IEQ assessment procedure for the next generation of EPC-s |
title_fullStr |
Building performance indicators and IEQ assessment procedure for the next generation of EPC-s |
title_full_unstemmed |
Building performance indicators and IEQ assessment procedure for the next generation of EPC-s |
title_sort |
building performance indicators and ieq assessment procedure for the next generation of epc-s |
publisher |
EDP Sciences |
series |
E3S Web of Conferences |
issn |
2267-1242 |
publishDate |
2021-01-01 |
description |
In the current implementation of EPC-s, the assessment focus is purely on the energy consumption data. For the next generation of EPC-s, new performance indicators are proposed to address relevant building performance aspects, such as sustainability, productivity and market value. These indicators would enable evidence-based decision-making processes and facilitate the delivery of renovation triggers. Within the EPC framework, the problem is not the availability of such performance indicators, but the assessment effort required. Only easily available data can justifiably be introduced to bulk EPC-s, either as direct complementary input or as a performance indicator. Availability of such data was analysed from case studies that included EPC-s from 11 EU member states, mainly non-residential buildings. Analysed data included relevant HVAC information such as ventilation air flows, heating and cooling set-points and installed power, but also output data, such as EPC classes, net and primary energy need and GHG emissions. Based on our findings, we outlined two different development paths - one for existing buildings and one for new buildings and major renovations. Two categories of complementary indicators to energy are proposed – IEQ and power indicators. |
url |
https://www.e3s-conferences.org/articles/e3sconf/pdf/2021/22/e3sconf_hvac2021_13003.pdf |
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