Národní úložiště šedé literatury Nalezeno 6 záznamů.  Hledání trvalo 0.01 vteřin. 
Membranova separace bioplynu
Dedinský, Tomáš ; Milčák, Pavel (oponent) ; Lisý, Martin (vedoucí práce)
Diplomová práca sa zaoberá čistením bioplynu metódou membránovej separácie, a implementáciou tejto technológie na stávajúce prevádzky bioplynových staníc. Hodnotenie vplyvov a dopadov tejto implementácie je riešené z technického a ekonomického hľadiska.
Energy assessment of building for education
Košútová, Katarína ; Hořínková, Lucie (oponent) ; Hirš, Jiří (vedoucí práce)
Diplomová práca zaoberá sa analýzou vnútorného prostredia budovy , posúdením jej tepelne-technických vlastností a spotrebou energie.Pomocou simulácie budovy boli navrhnuté riešenia, ktoré povedú nielen ku sníženiu spotreby energie ale prispejú aj k zvýšeniu komfortu študentov a učiteľov.
The Earthship concept and its energy design
Peciarová, Michaela Mária ; Charvát, Pavel (oponent) ; Mauder, Tomáš (vedoucí práce)
The present thesis describes the Earthship concept as a self-sufficient, sustainable solar passive house and provides a detailed description of energy systems in the Earthship. The thesis also seeks to determine the energy potential of the Earthship concept by estimating the dwelling’s energy balance. A complete overview of the Earthship ideology and a detailed description of its energy systems, which introduce the topic to the reader, were researched in publications and compiled in this thesis. The energy performance of such housing was evaluated according to the Czech and European standards by calculating heat gains and losses in a chosen Earthship study model. Consequently, the passive house criteria were analyzed. The advantages and disadvantages of the concept were critically discussed based on the research and the energy balance estimation. Performance evaluation of the chosen Earthship model shows that the dwelling does not fulfill the passive house criteria; however, it is still a low-energy house. The conducted research shows that the design is highly dependant on the climate and the season; therefore, it might not function everywhere in the world.
The Earthship concept and its energy design
Peciarová, Michaela Mária ; Charvát, Pavel (oponent) ; Mauder, Tomáš (vedoucí práce)
The present thesis describes the Earthship concept as a self-sufficient, sustainable solar passive house and provides a detailed description of energy systems in the Earthship. The thesis also seeks to determine the energy potential of the Earthship concept by estimating the dwelling’s energy balance. A complete overview of the Earthship ideology and a detailed description of its energy systems, which introduce the topic to the reader, were researched in publications and compiled in this thesis. The energy performance of such housing was evaluated according to the Czech and European standards by calculating heat gains and losses in a chosen Earthship study model. Consequently, the passive house criteria were analyzed. The advantages and disadvantages of the concept were critically discussed based on the research and the energy balance estimation. Performance evaluation of the chosen Earthship model shows that the dwelling does not fulfill the passive house criteria; however, it is still a low-energy house. The conducted research shows that the design is highly dependant on the climate and the season; therefore, it might not function everywhere in the world.
Membranova separace bioplynu
Dedinský, Tomáš ; Milčák, Pavel (oponent) ; Lisý, Martin (vedoucí práce)
Diplomová práca sa zaoberá čistením bioplynu metódou membránovej separácie, a implementáciou tejto technológie na stávajúce prevádzky bioplynových staníc. Hodnotenie vplyvov a dopadov tejto implementácie je riešené z technického a ekonomického hľadiska.
Energy assessment of building for education
Košútová, Katarína ; Hořínková, Lucie (oponent) ; Hirš, Jiří (vedoucí práce)
Diplomová práca zaoberá sa analýzou vnútorného prostredia budovy , posúdením jej tepelne-technických vlastností a spotrebou energie.Pomocou simulácie budovy boli navrhnuté riešenia, ktoré povedú nielen ku sníženiu spotreby energie ale prispejú aj k zvýšeniu komfortu študentov a učiteľov.

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