How does continuous glazing influence thermal bridging and daylighting strategies in interior spaces?

• A. It can increase thermal bridging and solar gains
• B. It reduces daylighting
• C. It has no effect on energy
• D. It only affects acoustics

Answer: (A)

Continuous glazing creates a large, uninterrupted glass area that acts as a pathway for heat to flow between inside and outside, increasing thermal bridging. At the same time, it transmits daylight and solar radiation, boosting daylighting potential and solar gains. Design must balance these effects with high-performance glazing, shading, and appropriate interior layouts to control overheating while still delivering natural light. So the best answer captures both increased thermal bridging and the rise in solar gains from daylighting.