Many factors influence user control of adaptive façades. Depending on the façade technology's nature, users' objectives can be competing with comfort requirements or energy-saving objectives. In practice, this causes conflicts and ends up in low user satisfaction and interaction. Despite the importance of user interactive feedback, most control strategies rely on regulated feedback based on temperature or illuminance sensors and model-based control strategies. There are almost no practical approaches to balance energy efficiency targets and at the same time empower users allowing them to personalize the control of adaptive façades
This study investigates the appropriate model complexity for occupancy models when assessing the per...
The form of intelligent facade in most frequent use at present, automated glazed facades, are the fo...
The evaluation of adaptive facades presents a challenge because there is no established evaluation s...
Many factors influence user control of adaptive facades. Depending on the façade technology's nature...
peer reviewedAdaptive façades are building envelopes that interact with users and vary their perform...
peer reviewedBuilding envelopes should be responsive to boundary conditions changing in short-time, ...
peer reviewedAdaptive building envelope technologies can increase the energy efficiency of buildings...
With adaptive building façade technologies, a building envelope can provide a comfortable indoor env...
Occupant satisfaction and acceptance with automated control strategies for dynamic façades is curren...
peer reviewedAdaptive façades are gaining greater importance in highly efficient buildings under a w...
peer reviewedThe assessment of adaptive facades presents a barrier as there is no established assess...
The assessment of adaptive facades presents a challenge because there is no established evaluation s...
Adaptive facades have the potential to shape resource-efficient and occupant-centred spaces only whe...
Building envelopes – the interface between the occupier of a building and the individual climatic co...
peer reviewedThere is a growing interest in adaptive facade technologies to counter overheating prob...
This study investigates the appropriate model complexity for occupancy models when assessing the per...
The form of intelligent facade in most frequent use at present, automated glazed facades, are the fo...
The evaluation of adaptive facades presents a challenge because there is no established evaluation s...
Many factors influence user control of adaptive facades. Depending on the façade technology's nature...
peer reviewedAdaptive façades are building envelopes that interact with users and vary their perform...
peer reviewedBuilding envelopes should be responsive to boundary conditions changing in short-time, ...
peer reviewedAdaptive building envelope technologies can increase the energy efficiency of buildings...
With adaptive building façade technologies, a building envelope can provide a comfortable indoor env...
Occupant satisfaction and acceptance with automated control strategies for dynamic façades is curren...
peer reviewedAdaptive façades are gaining greater importance in highly efficient buildings under a w...
peer reviewedThe assessment of adaptive facades presents a barrier as there is no established assess...
The assessment of adaptive facades presents a challenge because there is no established evaluation s...
Adaptive facades have the potential to shape resource-efficient and occupant-centred spaces only whe...
Building envelopes – the interface between the occupier of a building and the individual climatic co...
peer reviewedThere is a growing interest in adaptive facade technologies to counter overheating prob...
This study investigates the appropriate model complexity for occupancy models when assessing the per...
The form of intelligent facade in most frequent use at present, automated glazed facades, are the fo...
The evaluation of adaptive facades presents a challenge because there is no established evaluation s...