Contribution to Active Thermal Protection Research—Part 2 Verification by Experimental Measurement

This article is closely related to the oldest titled Contribution Active Thermal Protection Research—Part 1 Analysis of Energy Functions by Parametric Study. It a continuation research that focuses on verifying energy potential and functions so-called active thermal protection (ATP). As mentioned in first part, amount consumed for heating buildings one main parameters determine their future design, especially technical equipment. The issue reducing consumption this implemented various ways, such as passive protection, i.e., increasing insulation individual materials building envelope or optimizing operation equipment buildings. On other hand, there are also methods aim reduce heat leakage through nontransparent parts envelope. methodology based validation results parametric study dynamic resistance (DTR) fluxes interior exterior from ATP investigated experimental house EB2020 made aerated concrete blocks, presented “Contribution protection—Part 1, study”, long-term measurements. novelty lies involvement variant-peak heat/cooling sources combination with RES creating new, original way operating systems possibility changing combining modes ATP. We have verified barrier, heating/cooling RES, without saving when using approximately 37%. Based synthesis induction analogous forms previous into recommendations development envelopes energy-active elements, we present further possible outcomes field ATP, well already realized upcoming prototypes panels.