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Possibilities to reduce energy consumption of objects with controlled indoor temperature
Karmín, Luboš ; Čermák,, Jan (referee) ; Šťastník, Stanislav (advisor)
The field of a research of this diploma thesis is building with controlled internal temperature. The research is focused on main heat fluxes at this type of buildings and how it contributes to the energy consumption of the building. The main objective of the analysis is heat loss caused by heat flux through the building envelope and air exchange at the building. As next it is described heat gain resulting from the operation inside of the building. To obtain the results of the research part is used software on the platform Delphi Pascal, temporarily called SIM_Chlad. The aim of this computer modeling is non-stationary heat fluxes from the mentioned heat sources in the building. The computed heat balance analyzes the energy consumption of the building for a period of one year. The diploma thesis evaluates impacts reflecting local weather conditions, the structural system of the building and the operation in the building. A cooling machinery analysis is not the subject of the research at this diploma thesis.
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The study of the energy performance of buildings with controlled internal temperature
Karmín, Luboš ; Čermák, Jan (referee) ; Šťastník, Stanislav (advisor)
In this thesis is summarized close topic about buildings with controlled internal temperature, especially cold stores. These objects have one of the biggest energy consumption among all structures. The goal of this thesis is to write down standard requirements for the construction of cold stores and summarize process that have a significant effect on overall consumption of energy in this type of structures. Calculations made in this thesis review changes in physical properties of surface emissivity PUR panels which are directly exposed to sunlight. Option of shielding of solar load is included as well. Researched data could be base for continue in studying of the topic and design of future saving optimization of cold stores etc..
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Possibilities to reduce energy consumption of objects with controlled indoor temperature
Karmín, Luboš ; Čermák,, Jan (referee) ; Šťastník, Stanislav (advisor)
The field of a research of this diploma thesis is building with controlled internal temperature. The research is focused on main heat fluxes at this type of buildings and how it contributes to the energy consumption of the building. The main objective of the analysis is heat loss caused by heat flux through the building envelope and air exchange at the building. As next it is described heat gain resulting from the operation inside of the building. To obtain the results of the research part is used software on the platform Delphi Pascal, temporarily called SIM_Chlad. The aim of this computer modeling is non-stationary heat fluxes from the mentioned heat sources in the building. The computed heat balance analyzes the energy consumption of the building for a period of one year. The diploma thesis evaluates impacts reflecting local weather conditions, the structural system of the building and the operation in the building. A cooling machinery analysis is not the subject of the research at this diploma thesis.
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Possibilities to reduce energy consumption of objects with controlled indoor temperature
Karmín, Luboš ; TROJAN,, Karel (referee) ; Šťastník, Stanislav (advisor)
The field of a research of this diploma thesis is building with controlled internal temperature. The research is focused on main heat fluxes at this type of buildings and how it contributes to the energy consumption of the building. The main objective of the analysis is heat loss caused by heat flux through the building envelope and air exchange at the building. As next it is described heat gain resulting from the operation inside of the building. To obtain the results of the research part is used software on the platform Delphi Pascal, temporarily called SIM_Chlad. The aim of this computer modeling is non-stationary heat fluxes from the mentioned heat sources in the building. The computed heat balance analyzes the energy consumption of the building for a period of one year. The diploma thesis evaluates impacts reflecting local weather conditions, the structural system of the building and the operation in the building. A cooling machinery analysis is not the subject of the research at this diploma thesis.
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The study of the energy performance of buildings with controlled internal temperature
Karmín, Luboš ; Čermák, Jan (referee) ; Šťastník, Stanislav (advisor)
In this thesis is summarized close topic about buildings with controlled internal temperature, especially cold stores. These objects have one of the biggest energy consumption among all structures. The goal of this thesis is to write down standard requirements for the construction of cold stores and summarize process that have a significant effect on overall consumption of energy in this type of structures. Calculations made in this thesis review changes in physical properties of surface emissivity PUR panels which are directly exposed to sunlight. Option of shielding of solar load is included as well. Researched data could be base for continue in studying of the topic and design of future saving optimization of cold stores etc..
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