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Energy assessment
Farkhutdinova, Iuliia ; Uher, Pavel (referee) ; Horák, Petr (advisor)
My thesis focuses on the preparation of an energy assessment. The studied object is a residential building located in Prague. In the theoretical part I focus on a detailed analysis of the concept of central heat supply and its importance in today's energy environment. I look in more detail at the key benefits of this system and its role in the current energy context. The computational part contains an energy assessment that evaluates the building in two variants with different heat sources: central heat supply versus air-to-water heat pump, together with the proposed measures. Both variants are evaluated in terms of energy efficiency, economics and ecology. In the experimental part, I deal with thermographic measurements of the investigated residential building and the subsequent evaluation of the measured data.
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Building Energy Performance Certificate
Farkhutdinova, Iuliia ; Horká, Lucie (referee) ; Horák, Petr (advisor)
In the bachelor thesis, the author focuses on the evaluation of an apartment building's energy efficiency in Ostrava before and after its reconstruction. In the theoretical part (A), the basic concepts of energy performance of buildings and the relationships between them are presented. In the calculation part (B), the comparison of the energy needs and an energy evaluation of the building before and after its reconstruction is provided. The assessment is performed by an energy performance certificate (PENB). Its part is the proposal of cost-saving measures for the current state of the building after reconstruction. The results consist of the three energy performance certificates presented in the part C.
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Building Energy Performance Certificate
Farkhutdinova, Iuliia ; Horká, Lucie (referee) ; Horák, Petr (advisor)
In the bachelor thesis, the author focuses on the evaluation of an apartment building's energy efficiency in Ostrava before and after its reconstruction. In the theoretical part (A), the basic concepts of energy performance of buildings and the relationships between them are presented. In the calculation part (B), the comparison of the energy needs and an energy evaluation of the building before and after its reconstruction is provided. The assessment is performed by an energy performance certificate (PENB). Its part is the proposal of cost-saving measures for the current state of the building after reconstruction. The results consist of the three energy performance certificates presented in the part C.
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