What is a common strategy to minimize thermal bridging in building design to reduce peak...

Continuous insulation is a standard strategy for minimizing thermal bridging because it creates an uninterrupted layer of thermal resistance across structural framing, exterior sheathing, slab edges, and other envelope transitions. Thermal bridges occur where highly conductive components bypass cavity insulation and permit concentrated heat flow through the enclosure. Reducing these pathways lowers heating and cooling loads, moderates interior surface temperatures, reduces condensation risk, and improves occupant comfort. Heavier construction materials may add thermal mass, but mass alone does not stop conductive heat transfer through structural connections. A thicker wall can also retain significant thermal bridges if insulation is interrupted by framing or attachments. Continuous insulation directly addresses the heat-transfer pathway and therefore provides the most reliable reduction in peak thermal loads and operational energy demand.

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