Thermal Bridge-Free Construction In reaching high standards of insulation, thermal bridging takes a more prominent role in building design. Elrond Burrell, architect and author of the popular blog ' Passivhaus in Plain English & More ' examines the importance of reducing thermal bridging and ways of achieving it.
This third part of a series on thermal bridging in basic building design outlines example strategies for mitigating damages to the rated thermal assembly at foundation or base levels, and roofs.
A thermal bridge is an area of extreme heat transfer caused either by a conductive material crossing through an insulation layer or a geometric transition in the thermal boundary. Commonly found at studs, plumbing penetrations, steel beams, and balconies, thermal bridges can significantly reduce the overall R-Value of an assembly. Passive House buildings are thoughtfully designed to eliminate ...
This particular example perfectly highlights why Thermal Bridging Free Insulated Apartment Building Construction is so captivating.
However, thermal bridges such as balcony slabs in apartment buildings still lead to significant heat loss in winter, because the internal insulation system is not continuous in the balcony slab structure, and floor heating systems are commonly used in residential buildings.
No thermal bridges. A thermal bridge is like a road for heating energy through which warmth can travel right through the walls. As a matter of fact, most of our houses have thermal highways in our walls where heat or cool air can easily travel to the outside.
