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Utilization of solar energy for heating and ventilation – warm-air systems
Pospíšil, David ; Fišer, Jan (referee) ; Jaroš, Michal (advisor)
Bachelor’s thesis considers summary of application trends with using warm-air systems to space heating and ventilation. Thesis is divided into several sections. The introduction to the topic presents basic facts about solar energy; the origin of it and its availability. The next part defines systems working with solar energy for space heating and ventilation, describes partition of these systems and explains working principles. The final part gives examples in system’s application.
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Air-collector in heat balance of building
Dosedlová, Anna ; Počinková, Marcela (referee) ; Rubinová, Olga (advisor)
The subject of the thesis is the use of solar thermal technology for the production of low-potential heat. The theoretical part is focus in the solar technology, variants of passive use of solar energy. Describes in detail the solar facades, it's classification in terms of basic criteria. Applications on the project forced ventilation in administrative buildings, installation of solar facade. The work also includes an experiment that deals with the thermal behavior of the air collector.
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Energy-efficient falconry building in Brno
Dorazilová, Tereza ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
The goal of this thesis is the design of a Gymnasium (“Sokolovna”) situated in Brno. The thesis is composed of three parts – architectural and structural design, building services and measurements. The first part deals with building design, layout of rooms and materials design be. Building has two above ground floors, and it should be mainly used as a sports and cultural centre. On the first floor, there is a large gym, a vestibule, changing rooms for cultural events and a small canteen. On the second floor, which is intended mainly for sports activities, we can find bathrooms, changing rooms, a small gym and a room with bouldering wall. Main load-bearing material will be ceramic bricks. Other materials which we can find in the design are mineral wool, polystyrene, glass, concrete, wood etc. The second part of this thesis is focused on building services: heating, ventilation, lights, photovoltaic panels and rainwater management. The last part is devoted to measuring the photovoltaic panel with air fan. The measurement deals with the relation between the intensity of solar radiation and the outside temperature also with the difference between the outside temperature and surface temperature of the PV panel. An anemostat and datalogger were used to measure temperature and solar radiation. The results shows that the surface of the PV panel is absorbing, PV panel also can be used as an air collector and last result is that in winter, when the outside temperature is low it can be high intensity of solar radiation too, so PV panel it can be used in whole year.
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Air-collector in heat balance of building
Dosedlová, Anna ; Počinková, Marcela (referee) ; Rubinová, Olga (advisor)
The subject of the thesis is the use of solar thermal technology for the production of low-potential heat. The theoretical part is focus in the solar technology, variants of passive use of solar energy. Describes in detail the solar facades, it's classification in terms of basic criteria. Applications on the project forced ventilation in administrative buildings, installation of solar facade. The work also includes an experiment that deals with the thermal behavior of the air collector.
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Utilization of solar energy for heating and ventilation – warm-air systems
Pospíšil, David ; Fišer, Jan (referee) ; Jaroš, Michal (advisor)
Bachelor’s thesis considers summary of application trends with using warm-air systems to space heating and ventilation. Thesis is divided into several sections. The introduction to the topic presents basic facts about solar energy; the origin of it and its availability. The next part defines systems working with solar energy for space heating and ventilation, describes partition of these systems and explains working principles. The final part gives examples in system’s application.
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