14:00 Smart Glazing for Advanced Daylight Control
Chair: Michele Manca, Italian Institute of Technology, Italy and
Lorenza Bianco, Energy-efficient Building Division, CEA/LITEN, France
Solar-powered smart glass window: increase user comfort and decrease energy consumption in buildings
- Off-the-grid dimmable window
- Increased comfort and simpler use and control
- Reduction in HVAC energy consumption
Eric Westerhoff, Sunpartner Technologies, France
Control strategies for smart glazing
- Smart glazing
- Adaptive façades
- Switchable technologies
Eoin McLean, Dublin Institute of Technology, Dublin, Ireland
Smart façade design: energy saving using nano-thermochromic glazing
- Nano-thermochromic technologies for high-rise building façades
- Energy model and heat transfer analysis of façade with a nano-thermochromic coating
- Reducing energy use while maintaining occupants' thermal and visual comfort
Marina Aburas, University of Adelaide, Australia
Dual band dynamic glazing: towards next generation of zero-energy building envelopes
- Near-infrared selective electrochromic systems
- Dual band control of solar radiation
- Expected impacts on energy consumption for heating, cooling, lighting
Michele Manca, Italian Institute of Technology, Italy
Smart glass vs. fritted glass: analysis of glare control performance
- Smart glass and fritted glass as glare control solutions
- Glare control performance evaluation using daylighting simulations
- Impact on daylight provision and user comfort
Eloïse Sok, SageGlass, France
Brief Presentations
Smart Glazing for Advanced Daylight Control
Lorenza Bianco, Energy-efficient Building Division, CEA/LITEN, France
15:30 Coffee Break