Attic Thermal Balance Strategies
Attic Thermal Balance Strategies
The sun bakes on the roof and attic framing of most homes, delivering heat directly to the attic space. The hot air moves up through attic vents, which in turn push conditioned air down into living spaces. Insulation reduces this energy transfer, reducing the load on cooling equipment and lowering energy bills. More info https://primesealinsulation.com/
Uninsulated attics have a large temperature differential with the conditioned space below, which forces HVAC systems to work harder to maintain comfortable indoor conditions. The primary mechanisms of this heat transfer are conduction, convection and radiation. Insulation addresses all three by blocking these pathways and establishing a consistent thermal boundary between conditioned and unconditioned spaces.
Optimal attic ventilation requires a mix of intake and exhaust vents that are sized to match the attic insulation. This allows passive ventilation to move warm attic air to the soffit vents where it is replaced with cooler, dry outdoor air. The attic fans then exhaust the warm air at the ridge vents, keeping the attic temperature lower.
Many attics have numerous gaps and cracks through which hot attic air infiltrates the living spaces below. These leaks are created by recessed lighting, attic hatches and plumbing penetrations. These gaps must be sealed to prevent this energy waste. By implementing attic insulation and sealing these gaps, homeowners can expect to see substantial reductions in their energy consumption. In addition to saving energy, this will also lead to a reduction in greenhouse gas emissions.
Prime Seal Insulation
32040 n fm 219, Stephenville, TX 76401
(254) 485-8225
