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Optimization of energy consumption in an office building
Horká, Lucie ; Adam, Pavel (referee) ; Šikula, Ondřej (advisor)
The main aim of this thesis is optimization of energy demands in a new administrative high-rise building Vienna Point II located in Brno. Experimental part of the thesis deals with determination of real energy consumption during winter season and preparation of a set of climate data for theoretical simulations. Theoretical part is based on data obtained by experimental methods and is aimed on optimization of energy demands. The effect of suggested solution is analysed by software solutions which simulate building operation. Resulting energy demands obtained by simulations are compared with real energy consumption.
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Thermal comfort analysis and energy assessment of a historic building
Kalný, Richard ; Horká, Lucie (referee) ; Weyr, Jan (advisor)
Objective of this thesis is presenting a comprehensive analysis of a climate inside a building, ways of obtaining and analysing weather data, measuring certain quantities inside the building and evaluating the energy efficiency of buildings. The experimental part deals with a historical building in Prague. Weather data and interior data logger readings are analysed to create a model in the BSim program, which is calibrated to a high degree of accuracy. Summer outcomes are discussed; the building meets regulatory requirements. In addition, an Energy Performance Certificate is issued. Structural and technical modifications are proposed in order to reduce solar heat gains, thus achieving an annual energy saving of 1671 kWh.
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Thermal comfort analysis and energy assessment of a historic building
Kalný, Richard ; Horká, Lucie (referee) ; Weyr, Jan (advisor)
Objective of this thesis is presenting a comprehensive analysis of a climate inside a building, ways of obtaining and analysing weather data, measuring certain quantities inside the building and evaluating the energy efficiency of buildings. The experimental part deals with a historical building in Prague. Weather data and interior data logger readings are analysed to create a model in the BSim program, which is calibrated to a high degree of accuracy. Summer outcomes are discussed; the building meets regulatory requirements. In addition, an Energy Performance Certificate is issued. Structural and technical modifications are proposed in order to reduce solar heat gains, thus achieving an annual energy saving of 1671 kWh.
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|
|
Optimization of energy consumption in an office building
Horká, Lucie ; Adam, Pavel (referee) ; Šikula, Ondřej (advisor)
The main aim of this thesis is optimization of energy demands in a new administrative high-rise building Vienna Point II located in Brno. Experimental part of the thesis deals with determination of real energy consumption during winter season and preparation of a set of climate data for theoretical simulations. Theoretical part is based on data obtained by experimental methods and is aimed on optimization of energy demands. The effect of suggested solution is analysed by software solutions which simulate building operation. Resulting energy demands obtained by simulations are compared with real energy consumption.
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