Afternoon, Session Block D6
14:00 Dynamic Glazing for Sustainable Building Skins
Chair: Christopher Meek, University of Washington, Seattle, United States
Fluid flow glazing façades – Potential for the building envelope
- Daylight
- Energy efficiency
- Water flow glazing
Improving building performance through the use of dynamic façade technology
- Principles of electrochromic glass
- Impact on energy performance of commercial buildings
- Compliance with London energy code
Dynamic glass with liquid crystal windows
- Adaptive and dynamic glass solutions
- Solar control, glare protection and privacy
- Building skins to become dynamic and sustainable
Performance of a whole-building electrochromic window retrofit in a commercial office building
- Automated dynamic shading and solar control system application
- Weather and occupancy normalized savings estimate
- Cost discussion and opportunities for further improved energy performance
Glass façade elements with inner circulating fluids
- Adaptive glazing and the use of renewable energy
- Energy efficient fully glazed buildings
- Glass facades as low-temperature flat heating and cooling systems
Brief Presentations on Glass for Advanced Building Envelopes
Modeling 6-pane transparent façade system to optimize daylight and thermal performance
Current status of vacuum insulating glazing technology
Fully glazed façade conception for a villa with special and large-sized glass panels
Thermal shock in glasses: The role of building physics analyses
15:30 Coffee Break