Office building HVAC
Vzduchotechnika administrativní budovy
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Abstract
Tato diplomová práce se skládá ze dvou hlavních částí. Obě části se zabývají stejným objektem a to administrativní budovou Parkview s devíti nadzemními patry. Budova poskytuje zejména prostory pro administrativu, restauraci a obchody. Jako první je zpracována teoretická část práce zaměřená na studii možných stínících prostředků vhodných pro tuto budovu a jejich vlivu na solární tepelné zisky. Studie je vhodná zejména kvůli častému problému s přehříváním takovýchto budov. Studie je vypracována s využitím softwaru pro energetické simulace DesignBuilder. V druhé, projektové části byl zpracován projekt vzduchotechniky pro stejný object, který má zajistit příjemné vnitřní pracovní prostředí po dobu celého roku.
This thesis has two main sections. Both parts deal with the same administrative office building, Parkview, with nine above ground floors. The building serves several purposes such as an office space, a restaurant and retail space. Firstly, because of the character of the building and the used materials, part of this thesis is a theoretical study focused on possible sun shading alternatives and their impact on solar heat gain. This study arises from the obvious problem with overheating inner spaces. This analysis is based on an energy simulation using DesignBuilder. Secondly there is a practical part to this thesis concerning the design of an air-conditioning system for the inner premises of the same building. The air-conditioning system should ensure a comfortable work environment throughout the year.
This thesis has two main sections. Both parts deal with the same administrative office building, Parkview, with nine above ground floors. The building serves several purposes such as an office space, a restaurant and retail space. Firstly, because of the character of the building and the used materials, part of this thesis is a theoretical study focused on possible sun shading alternatives and their impact on solar heat gain. This study arises from the obvious problem with overheating inner spaces. This analysis is based on an energy simulation using DesignBuilder. Secondly there is a practical part to this thesis concerning the design of an air-conditioning system for the inner premises of the same building. The air-conditioning system should ensure a comfortable work environment throughout the year.