Abstract
One of the solutions to environmental pollution is the use of power-effective materials in the construction and modernization of buildings. Therefore, the aim of this study is to conduct a theoretical analysis in ANSYS of the thermal protection of a building using new power-effective wall blocks in cold climate conditions. The study examined four types of wall structures. The research results demonstrated that the new Porotherm 38 conventional brick structure is 1.28 times more effective in terms of thermal resistance. Similarly, the investigation of the building’s thermal protection confirmed the effectiveness of the offered Porotherm 38 conventional brick design, where assisting exponents, specific characteristics, comprehensive power effectiveness values, and building power loads showed an average effectiveness improvement of 5% compared to other studied structures. The study established that the use of such wall structures can significantly enhance the overall power effectiveness class of a building. It is worth noting that the results obtained from the comprehensive study will lead to significant energy savings in buildings, and the new power-effective block design can be a valuable addition to the existing catalog of exterior power-effective wall structures.