Thermal comfort perception and indoor climate: Results from the OPSCHALER project

The average energy consumption for heating of dwellings in the Netherlands has been decreasing over the last decades as a result of increasing thermal performance of new and renovated dwellings. However, this decrease is found to be lower than energy performance models predicted. One of the possible reasons is the behaviour of the residents,...

Indoor environment quality as a multi-level, multi-factor, multi-disciplinary and multi-stakeholder issue

A condensed version of the inaugural speech “Understanding the indoor environment” spoken on May 22, 2013 at the occasion of her acceptance of the position of full professor of Indoor Environment at the Faculty of Architecture of the Delft University of Technology.

A comparative evaluation of low-energy, passive and zero-energy houses in The Netherlands and Belgium

The presented research aims to evaluate highly energy-efficient dwellings, in particular Passive Houses (PH), in Flanders and in The Netherlands, based on end-user experiences. In the introduction the definition of PH in the Benelux countries Belgium and The Netherlands is compared with the Nordic countries and certification and comfort issues...

Expected effects of the Energy Performance of Buildings Directive (EPBD) for the indoor climate

Designing Indoor Climate

The quality of the indoor climate of buildings is the result of design decisions that architects make. In order to have the ability to correctly design indoor climate, designers need feedback on the performance of the design. Indoor climate analysis may provide this type of feedback. This research aimed to improve the design process on the...

Modeling of indoor thermal conditions for comfort control in buildings