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Low-energy building of kindergarten in Polerady
Pflieglerová, Karolína ; Horák, Petr (referee) ; Počinková, Marcela (advisor)
The aim of this thesis is to create project documentation for a low-energy kindergarten in Polerady. The building has one floor with a flat green roof. The layout of the kindergarten is divided into two units, which contain two classes with facilities. The thesis consists of three parts. Part A consists of documentation for the building permission. The kindergarten is designed for 30 children and is divided into two units. Part B consists of the design of building services. The building uses LED lighting, mechanical ventilation with heat recovery, two heat pumps are designed for heating, which are connected to floor heating and hot water tank, on the roof of the building there are 30 photovoltaic panels. The energy produced from the panels is consumed by all appliances in the building. Part C, after creating another building energy performance certificate, compares two types of heat source. The floor heating scheme is created by calculating the heat losses of the rooms, using the DekSoft program.
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heating of the pedagogical advisory centre
Šrámková, Denisa ; Vendlová, Lucie (referee) ; Počinková, Marcela (advisor)
The bachelor's thesis deals with the design of the heating system of the pedagogical counseling center. The theoretical part of the work deals with the energy performance of buildings and a certificate of energy performance of the building. The calculation part deals with a separate design of the heating system and its partial elements. The calculation part also deals with hot water heating and heat accumulation. An air / water heat pump is designed as the heat source. The building is heated by radiators and underfloor heating. The entire technical solution is described in the technical report, including requirements for other professions.
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Recording Studio with Accomodation
Fiala, Jakub ; Pilný, Ondřej (referee) ; Kalousek, Lubor (advisor)
The main aim of this master’s thesis is to design a recording studio in a place of an abandoned agricultural building in a small village called Radešín. The thesis is structured into three parts. Goal of the first part is creation of a design documentation of architectural and structural designs. The building will consist of two storeys, a cellar and a gable roof. The most used building material will be reinforced concrete. Recording studio will offer three recording rooms accompanied by a large control room. Accommodation will include five apartments for ten inhabitants and a common room with kitchen. The second part is focused on design of selected building services. The building will be equipped with an air-to-water heat pump and wood chip boiler for heating. A mechanical ventilation with heat recovery will provide fresh air. Heat pump will also work as a cooling source. Furthermore, designs of the rainwater treatment, water heating, lightning and photovoltaics on the roof are included. The third part revolves around the matter of room acoustics. It describes basic knowledge and terminology of this field, which are then used to solve reverberation. I dealt with three variants – initial state, state with additional dampening and state with additional dampening with movable acoustic panels. One calculation was made in Microsoft Excel, the other one with help of room simulation in Odeon. Finally, I compared these two methods.
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Analysis of bank ventilation
Grbál, Jakub ; Rubinová, Olga (referee) ; Uher, Pavel (advisor)
The aim of the diploma thesis is the simulation of different types of air conditioners using the CFD methods. The main goal of this thesis is to design the most suitable type of air conditioning in the consideration room, due to the air flow rate in the residental area. The conclusion of the work is to devote the design of air conditioning system with the application of selected type of air conditioning based on the results of CFD simulations.
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Air condition of the restaurant
Král, Tomáš ; Gebauer, Günter (referee) ; Šikula, Ondřej (advisor)
This thesis describes the creation of ventilation systems in the specified restaurant. The pur-pose of this investigation is to design the air conditioning system so as to create the optimal microclimate conditions in all operating parts of the building; such as a kitchen, restaurant, social hall or an apartment. I will use available computer software and adhere to the applica-ble regulations and standards. Using computer simulations, I will assess the current status of the air distribution in respective parts of the building and propose its optimization, which in turn will provide an optimal internal microclimate.
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Ventilation of a multifunctional building
Vozák, Daniel ; Blasinski, Petr (referee) ; Uher, Pavel (advisor)
First part of bachelot’s thesis is focused on general principes of ventilation and air treatment by air – conditioning system. Second part is focused on design of air – conditioning system in second floor of multifunctional building. The main rooms and hygienic facilities for the main rooms are addressed. Heat load coverage is addressed by the air – conditioning systém, or in combination with inderect cooling or inderect cooling only. In the third part the documentation for the implementation of these designed air – conditioning systém is elaborated.
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Energy-saving kindergarten building in Trutnov
Lacko, Martin ; Uher, Pavel (referee) ; Blasinski, Petr (advisor)
The aim of this master's thesis is to propose the construction of a new kindergarten with almost zero energy consumption. The building is purposefully divided into three parts, with one part serving as facilities for staff, the second part consisting of classrooms for children, and the third part comprising a speech therapy clinic. The thesis is divided into three parts. The first part focuses on the design of the structural solution, which involves a single-story, without basement structure. Load-bearing vertical structures are made of aerated concrete masonry, and horizontal load-bearing structures consist of hollow precast Spiroll panels. The building's roof is designed as a flat, single-layer, extensive green roof. The second part is dedicated to the design of the HVAC system. A heat pump air/water system is proposed as the source of heating and cooling, with a gas boiler as a bivalent source. The heating of the building will be provided through radiators, except for the classrooms, which will have floor heating. Air exchange is ensured through mechanical ventilation with heat recovery. Additionally, a hybrid photovoltaic power plant on the roof partially supplies the building with electricity. The third part involves an experiment on a ventilated facade, where temperature measurements in the air gap are conducted. The result is a comparison between an open ventilated facade and a closed ventilated facade.
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