Thermal Calculations
/ Empirical Thermodynamics

Thermal conservation over mechanical tonnage

Residential energy efficiency begins with envelope integrity and convective heat diversion. Understanding thermal capacitance and conduction limits baseline power demand before mechanical cooling systems engage.

Thermodynamic Baselines

Quantified efficiency levers

6 hrs

thermal mass phase shift

3%

draw drop per thermostat degree

30°F

attic delta reduction with venting

Passive Heat Extraction

Convective attic boundary dynamics

Solar radiant energy concentrates heavily on roof decking, driving interstitial temperatures past 140 degrees Fahrenheit. Continuous ridge and soffit venting creates a natural stack effect that purges sensible heat prior to interior ceiling conduction.

Pairing radiant barrier foils with balanced intake apertures blocks up to 97 percent of downward thermal radiation. This passive boundary preserves living-zone air density and stabilizes whole-home kilowatt-hour consumption.

Download Calculation Sheets

Examine domestic thermal loads

Access unbiased architectural worksheets, sensible-versus-latent calculation models, and passive cooling diagnostics prepared for students and energy-conscious residents.