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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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Trombe wall and its exploitation in environmental engineering
Med, Lukáš ; Chovancová, Michaela (referee) ; Jaroš, Michal (advisor)
This Bachelor's thesis contains description and measurements of specific Trombe's wall on a family house. Theoretical part consists of different modifications of Trombe's wall and a closer look at different types of temperature measurements. In practical part of this work can be found a description of measured Trombe's wall, a procession of measured data and a calculation of whole energetic and financial contribution of measured period. The results of this work are arranged in graphs and tables.
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Utilization of solar energy for heating and ventilation – solar façades
Mazáč, Ondřej ; Fišer, Jan (referee) ; Jaroš, Michal (advisor)
The objective of bachelor´s thesis „The Usage of Solar Energy for Heating and Ventilation – The Solar Facades“ is the description of nowadays used types of solar facades, the examination of their technical parameters and the estimation of theoretical project on chosen building. The first part is focused on general description of solar radiation, the possibility of its usage in the solar system and and the explanation of its principle. The division of solar facades in terms of their basic criteria is described in the next part. The last part deals with particular estimation of buildings which uses the passive solar system in form of the solar Facade.
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Trombe wall and its exploitation in environmental engineering
Med, Lukáš ; Chovancová, Michaela (referee) ; Jaroš, Michal (advisor)
This Bachelor's thesis contains description and measurements of specific Trombe's wall on a family house. Theoretical part consists of different modifications of Trombe's wall and a closer look at different types of temperature measurements. In practical part of this work can be found a description of measured Trombe's wall, a procession of measured data and a calculation of whole energetic and financial contribution of measured period. The results of this work are arranged in graphs and tables.
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|
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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.
|
|
|
Utilization of solar energy for heating and ventilation – solar façades
Mazáč, Ondřej ; Fišer, Jan (referee) ; Jaroš, Michal (advisor)
The objective of bachelor´s thesis „The Usage of Solar Energy for Heating and Ventilation – The Solar Facades“ is the description of nowadays used types of solar facades, the examination of their technical parameters and the estimation of theoretical project on chosen building. The first part is focused on general description of solar radiation, the possibility of its usage in the solar system and and the explanation of its principle. The division of solar facades in terms of their basic criteria is described in the next part. The last part deals with particular estimation of buildings which uses the passive solar system in form of the solar Facade.
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