In the course of this thesis, I first presented the theoretical background of the energy performance of
buildings and ways to enable it in accordance with the envisaged policies and legislation. For this I
have a theoretical basis to substantiate the analysis that I have carried out with help of software tools
TEDI and TOST, in which I discussed about dwelling houses in Logatec. I'm using the program TEDI
for analysis of the thermal transmittance of building envelope construction kits. The values did not
reach the current regulations, the facility has been built under previous standards in 2008, which were
much more lenient than requirements above PURES 2010. I was forced to apply appropriate
approaches, with whom I fell transition heat through the building envelope. The requirements will be
up to 31.12.2020 still further aggravated because all newly constructed buildings will have to meet the
characteristics of almost 0-energy houses. In addition, the program TOST allows the calculation of the
energy balance of the building and calculation of heat loss and heat gains that are associated with the
location of the facility, the composition thereof, and methods of providing hot water, heating and
cooling. I object because of higher authoritative results locate three different climate areas in Slovenia;
Logatec, Portorož and Rateče. Results are expected to vary depending on the location where the object
is placed. Through work I show the entire contents of calculation and based on the final results came
to the conclusion that I have clearly interpreted.
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