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The 25th AIVC Conference, Ventilation and retrofitting, was held in Prague, Czech Republic, 15- 17 September 2004.

Contains 51 papers

Volume content
25th AIVC Conference "Ventilation and retrofitting"(Book of Proceedings)

The Book of Proceedings from the 25th AIVC Conference "Ventilation and retrofitting", Prague, Czech Republic, 15-17 September 2004.

AIVC
Monitoring on HR-vent hybrid ventilation project - first results

More than 700 million of measured data, 730 days, 55 dwellings: the HR-VENT hybrid ventilationdemonstration project applied in NANGIS (France) on a set of…

Siret F., Savin J.L., Jardinier M., Berthin S.
Cooling in house in Southern Europe without chillers

COOLHOUSE demonstrates the use of passive cooling techniques in southern regions of Europe which are aimed at giving comfortable summer conditions in…

Burton S., Fjearem A.
Indoor air quality in classrooms of renovated school building in Lithuania

The purpose of this study was to assess indoor air quality as well as actual ventilation in renovated school classrooms. A typical naturally ventilated…

Jurelionis A.
Numerical and experimental device for local control of ventilation

Local control of ventilation in large buildings is considered to be a main issue in energy savings regarding the huge energy losses that are usually induced…

Cordier N., Michel P.
Natural ventilation of residential buildings in protuguese winter climatic conditions

In this paper, the current situation of Portuguese residential buildings in terms of ventilation systems ispresented. The indoor air renewal is, normally,…

Ferreira M., Corvacho H., Alexandre J.L.
EU Reshyvent - Interim results

Within the EU RESHYVENT project four demand controlled ventilation systems have been developed, each one for a specific application field. The scientific…

Op't Veld P.
Experimental and numerical studies on indoor air quality in a real environment

This paper deals with the relevance of Computational Fluids Dynamics (CFD) results confronted tomeasurements carried out under uncontrolled thermal…

Akoua J.J.A.A., Allard F., Beghein C., Collignan B., Millet J.R.
Hybrid ventilation and user behaviour in summer

Hybrid ventilation is one promising approach to reduce energy consumption in office buildings. On the one hand, a minimum air change rate is supplied to the…

Pfafefferott J., Herkel S., Knapp U.
Demand controlled hybrid ventilation for cold climates

The aim of the project is to study, develop, build (prototype system) and evaluate an energy efficient demand controlled hybrid ventilation system for…

Blomsterberg A., SandbergvE., Lonnberg M.
Relative humidity analysis, retrofitting the Sint-Pieterschurch in Ghent

The Sint-Pieterschurch in the city of Ghent is one of the largest churches of the city. It was built in the 17th century. The city council wants to use the…

De Paepe M., Uyttenhove W., Janssens A.
Demand controlled ventilation applicable for any air tightness level and occupancy ?

The Dutch housing stock consists for about 70% of single family houses with an average N50 of about 7-9 ACH and for 30% of apartments with an average N50 of…

Jacobs P., de Gids W.F., Kornaat W.
Hybrid demand controlled ventilation system

The purpose of this system is to provide one improved ventilation system allowing significant good indoor air quality, heating (and cooling) energy savings…

Jardinier M., Berthin S.
Indoor conditions in ultralightweight structures : a case study

Steel truss structures, covered with a PVC thin sheet of matt light colour, were used in recent time for the construction of three new classrooms in the…

Marletta L., Evola G., Sicurella F.
In-situ performances measurement of an innovative hybrid ventilation system in collective housing retrofitting

To get closer from comfort and energy levels of new buildings conciliating economical viability for the big retrofitting market : the challenge opens the…

Savin J.L., Jardinier M., Siret F.
Introduction to integration of renewable energy in demand controlled hybrid ventilation systems for residential buildings

In the scope of the EU supported project RESHYVENT, the possible integration of Renewable Energy Solutions (RES) into hybrid ventilation systems has been…

Antvorskov S.
Survey on minimum ventilation rate of residential building in fifteen countries

The Minimum Ventilation Rate standard for dwellings is essential not only to provide occupant health and comfort, but also to remove and dilute the dominant…

Yoshino H., Murakami S., Akabayashi S.I, Kurabuchi T., Kato S., Tanabe S.I., Ikeda K., Osawa H., Sawachi T., Hukushima A., Adachi M.
Effect of improved air distribution on perceived indoor climate and productivity - A case study in a landscape office

The aim of this paper is to investigate the effect of improved air distribution on symptoms and self-evaluated productivity in a landscape office in which…

Niemelä R., Kemppilä S., Korhonen P., Nykyri E., Reijula K., Seppänen O.
A Czech demonstration house with hybrid ventilation

An idea to build a demonstration house fitted with a hybrid ventilation system arose when Brno University of Technology joined the RESHYVENT project. There…

Jicha M., Charvat P., De Gids W., Meester A.
Design parameters for the performance assessment of hybrid residential ventilation systems

This paper summarizes the work within the EU RESHYVENT project in regard to design parameters for the performance assessment of hybrid ventilation systems.…

Dorer V., Weber A.
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