Optimizing automated shading systems in office buildings by exploring occupant behaviour / vorgelegt von Derbas Ghadeer. Wuppertal, 2022
Inhalt
- Introduction
- Literature review
- Occupant behaviour and building automation
- Shading systems
- Occupant interaction with automated shading system
- Findings based on data collection methods
- Occupant-centric shading design
- Concluding remarks
- Current practice of automated shading systems and their behaviour
- Introduction
- Common practices of shading design and operation
- Shading system behaviour
- Evaluation of shading control strategies using simplified tools
- Conclusions and lessons learned
- Limitation of the study
- Optimizing automated shading's design and operation: an experimental study
- Introduction
- Experimental design and methods
- Test facility
- Measured parameters and physical data acquisition
- Experimental procedure
- Controlled indoor environment parameters
- Local weather during the experiment
- Data analysis and metrics for performance assessment
- Results and discussions
- Shading patterns
- Thermal comfort results
- Visual comfort results
- Questionnaire results: adaptive behavioural patterns
- Conclusions and recommendations
- Limitation of the study
- Learning from shading design and utilization: Luxembourg case study
- Introduction
- Case study description
- Methods
- Results and discussions
- Designer interview
- Data monitoring
- Questionnaire
- Simulation-based analysis: daylighting and energy performance
- Conclusions and lessons learned
- Limitations of the study
- Conclusions and future work
- Appendix
- References