Tesisat Dergisi 244. Sayı (Nisan 2016)

MAKALE 106 Tesisat Dergisi Sayı 244 - Nisan 2016 nŦn anlamŦ nedir ki? DahasŦ, bu uzun süreli inceleme çalŦƔmasŦ göstermiƔƟr ki, havalandŦrma sistemlerinin gerçek performanslarŦ EPBD deŒerlendirme yöntem- lerinden elde edilen sonuçlarla aynŦ paralelde deŒildir. Bu nedenledir ki, mevcut yasal çerçeve ve deŒerlen- dirme araçlarŦ, kanunlara uygun havalandŦrma sistem- lerinde yanlŦƔ deŒerlendirme ve sŦnŦŇandŦrmaya yol açmakta, haksŦz olarak belli sistemleri öne çŦkarmak- tadŦr. Bu durumun düzelƟlmesi için yasal çerçevede daha fazla çalŦƔma yapŦlmasŦ ve deŒerlendirme araçlarŦ geliƔƟrilmesi gerekmektedir. Sadece IAQ’nun ve enerji performansŦnŦn doŒru olarak deŒerlendirilmesi ile sis- temler daha doŒru olarak sŦnŦŇandŦrŦlabileceklerdir. TeƔekkürler Bu makale MONICAIR projesi çerçevesinde hazŦrlan- mŦƔƨr. MONICAIR projesinde görev alan konsorsiyum üyeleri ve onlarŦn temsilcileri ƔunlardŦr: Jelmer de Jong, Peter Schabos, Rutger Vasters, Hansvan Kloos- ter, Roelof Ziengs, Leonvan Bohemen, Jan Rijnbeek, Harm Valk, Wim Kornaat, Bas Knoll, Bart Cremers, Rick Bruins, William Lien, Rob van Holsteijn Referanslar [1] Janssens, A., Carrié F.R., Durier, F. ed. (2013). Se- curing the quality of venƟlaƟon systems in residen- Ɵal buildings: exisƟng approaches in various coun- tries, Edited proceedings of the AIVC-Tightvent in- ternaƟonal workshop, Brussels. [2] Savin J.L., Bernard A., (2009). Improvement of the venƟlaƟon and building air Ɵghtness performance in occupied dwellings in France, 4 th InternaƟonal Symposium on Building and Ductwork Air Tight- ness – BUILDAIR, Berlin. [3] De Gids, W.F., Op ’t Veld, P.J.M., (2004). Onderzoek naar venƟlaƟe in relaƟe tot gezondheidsaspecten en energieverbruik voor een representaƟeve steek- proef van het Nederlandse woningbestand. [4] NEN 8088, (2011). VenƟlaƟon and inĮltraƟon for buildings – CalculaƟon method for the supply air temperature corrected venƟlaƟon and inĮltraƟon are volume rates for calculaƟng energy perfor- mance – Part 1: CalculaƟon method. [5] De Gids, W.F., Wouters, P., (2010). CO 2 as indicator for the indoor air quality, General principles, AIVC Paper N° 33. [6] prEN 16798-1 (2015). Energy performance of MONICAIR AƔaŒŦdaki taraŇar MONICAIR konsorsiyumunda yer almŦƔlardŦr: ÜreƟciler: • Brink Climate Systems BV • ClimaRad BV • Honeywell, HCCP • Itho Daalder op Nederland BV • Zehnder Group Nederland BV AraƔƨrma ve da- nŦƔma kurumlarŦ: • Nieman Raadgevende IngenieursBV • VHK(Van Holsteijnen Kemna) BV Bilgi ve araƔƨr- ma ensƟtüleri: • TNO • TUDelŌ–OTB Websitesi :www.monicair.nl Proje yöneƟcisi :Rob van Holsteijn buildings – Part 1: Indoor environmental input parameters for design and assessment of energy performance of buildings addressing indoor air quality, thermal environment, lighƟng and acous- Ɵcs– Module M1-6. [7] Vereniging Leveranciers LuchƩechnische Ap- paraten, VLA, (2012). VLA methodiek gelijkwaar- digheid voor energiebesparende venƟlaƟeo- plossingen in woningen. [8] Van Holsteijn, R.C.A., Li, W.L. (2014), Monitoring the energy and IAQ performance of venƟlaƟon sys- tems in Dutch residenƟal dwellings, Proceedings of the 35 th AIVC conference, Poznan, Poland. [9] Van Holsteijn, R.C.A., Li, W.L., Valk, H.J.J., Kornaat, W. (2015), Improving the Energy- & IAQ Performance of VenƟlaƟon Systems in Dutch ResidenƟal Dwellings, Conference Proceedings Healthy Buildings Europe May 2015, The Netherlands, Paper ID504. Bu makale REHVA Journal – Ekim 2015 sayŦsŦndan alŦnmŦƔƨr.