The graduation thesis presents a quantitative analysis of data on constructed passive houses from Germany, Spain, and France. The main goal of the thesis is to collect and verify the characteristics of passive houses in the mentioned countries and use their characteristics in the calculation of the required energy for heating and cooling. The introduction describes the methods of data collection and statistical analysis of the individual parameters examined. The focus of the analysis was on the thermal transmittance of building elements and airtightness. Statistical analysis also revealed differences among passive houses of the selected countries, particularly in terms of the required energy for heating and cooling. These differences are due to the climatic conditions in each country, as climate has a significant impact on the design of passive houses. In the second part, we used the statistical results from the first part. These served as input data for calculating the energy balance and represented the characteristics of passive houses from Germany, Spain, and France. The energy balance calculation was conducted using the PHPP software for the Slovenian climate. The analysis was performed on a case study of a detached single family house built in Slovenia. By varying the input data, we determined which characteristics of passive houses from the selected countries are most suited to the Slovenian climate.
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