Contribution to the Research and Development of Innovative Building Components with Embedded Energy-Active Elements

The research described in this study focuses on the innovation and optimization of building envelope panels with integrated energy-active elements thermal barrier function. It is closely related to developing implementing prototype prefabricated house IDA I combined building-energy systems using renewable energy sources. We were inspired by patented ®ISOMAX panel system, which we have been researching innovating for a long time. has function eliminating heat loss/gain through envelope. By controlling heat/cold transfer barrier, it possible eliminate thickness insulation thus achieve an equivalent resistance structure that equal standard required value. technical solution ISOMAX also brings, besides use function, accumulation load-bearing part Our aimed design develop construction would be optimal terms operation accumulation. As production lost formwork expanded polystyrene (according system) proved too complicated time consuming, often showed shortcomings from structural point view, next goal was new, statically reliable time-saving, cost-effective, unified directly factory. In order innovative elements, analyzed composition original designed panel. created mathematical–physical models both their potential. induction analog form formation, Based synthesis knowledge obtained scientific analysis transformation data, most components all manufactured prefabrication plant. Subsequently, realized. novelty our lies panel’s design, 2.6 times lower compared