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Detached house, Kuřim
Sedláček, Jan ; Kalužová, Alena (referee) ; Müller, Jan (advisor)
The subject of this work is the solution of a detached family house in the village Kuřim. It is a cellarless, two-storey building with a covered parking place for one car. The Shape of the building is rectangular with single cased flat roof. The house is situated in gently sloping land mainly in the area of houses. The main entrance to the building is situated on the west and the entrance to the site from the north. The lighting and ventilation of all rooms is provided by windows. Horizontal and vertical main structures of the building are designed of the building system Heluz.
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Family house with offices
Hejna, Vladimír ; Besedová, Klára (referee) ; Čuprová, Danuše (advisor)
This work deals with the single-family detached house including an office. The result is a three-storey partial basement building with built in garage intended for 2 cars. The roof of the house is flat and single casing. The ground plan of the house has rectangular shape, the building is located in the slightly sloping plot in a quiet area of family houses. The main entrance including the plot entrance is oriented to the north. All rooms are naturally litand ventilated. For the skeleton, the building system KM beta is used.
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Nursery school, Brno
Sedláček, Jan ; Peterka, Tomáš (referee) ; Müller, Jan (advisor)
The subject of this work is the solution of a new building of nursery school in the village of Ivanovice. It is a cellarless, two-storey building for 40 childern. The floor plan is „L“ shaped with orientation of the classes to the south and west which provide enough rate (amount) of insolation which support good mood and development of the childern. The object is situated in medium sloping land mainly in the area of familly and residential houses. The main entrance to the building is situated on the south from where si access road to the object too. Comfort parking is provided by ten parking places, one is determined for disabled people. The lighting and ventilation of all rooms is provided by windows. Roofing is solved using of wooden truss in combination with single casing roof.
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Ground-source heat pump
Kovářík, Tomáš ; Horák, Petr (referee) ; Počinková, Marcela (advisor)
Master’s thesis deals with the theme in three parts theoretical, practical and experimental. Project deals with heating nursery school and experiment deals with capacity reduction borehole heating exchanger for ground – source heat pump.
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Design of a family house ventilation system
Hrbata, Jiří ; Zerzaňová, Alena (referee) ; Fišer, Jan (advisor)
Diploma thesis deals with design of the ventilation system for low-energy house. Introduction of the thesis is focused on ventilation needs and also includes a summary of main principals of ventilation systems which are commonly used in family houses. One chapter is dedicated to utilization of ground heat exchangers and also includes a CFD simulation. The actual design of the ventilation system for low-energy house assess the suitability of using local/central ventilation units and also determines the best method of controlling the system.
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Warm air heating systems in family houses
Jankůj, Josef ; Hejčík, Jiří (referee) ; Košner, Jan (advisor)
The aim of my work on the theme “Warm air heating systems in family houses” is to summarize used systems, it´s individual components, pass judgment on preferences and shortcomings of this systems. First part is oriented on general familiarization with air rating, examination advantages and disadvantages against classic warm-water system. Second part put mind to elementary systems of airing buildings, their parting and identification with their particular principle.
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Heating and ventilation of a wooden log house located in the foothills
Niemczyk, Roman ; Fišer, Jan (referee) ; Charvát, Pavel (advisor)
This master´s thesis deals with calculations of heat losses, design of ventilation and heating of a two-storey family house. Part of the thesis is the characteristics and description of the building, calculation of heat losses according to the standard ČSN EN 12831-1. Furthermore, the heating system is designed, including the choice of heat sources, calculation of underfloor heating and pressure losses. Subsequently, forced ventilation is proposed with heat recovery. The last part assesses the possibility of using a photovoltaic system for the object. Relevant technical documentation is also prepared for the proposals.
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Ventilation Control Unit with Radio Time Synchronization
Barták, Jiří ; Šimek, Václav (referee) ; Tříska, Vít (advisor)
Project's primary objective was to create ventialtion control unit, which synchronizes its time through radio signal. Delivering power into fans is based on dew points calculated from data obtained on both sides of circumferential wall. The most important parts of this unit are microcontroller MC9S08DZ60, sensor SHT11 and DCF77 receiver. There is SD card socket on the inner printed circuit board for data recording purposes. I am working with the card on file system layer. The control unit uses USB socked as well to be able to communicate with PC. I have decomposed firmware of control unit into small modules at the start of development. Those modules are: MCU to MCU communication, USB communication, measuring temperature and relative humidity using SHT11 and extracting time information from DCF77 signal, all written in C. After these modules were tested, i have put them together. I have also written a PC application in Java. It is used to communicate with control unit and to process recorded data. Benefits of the control unit cannot be evaluated without long-term observation.
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Design of heating and ventilation system for two-storey family house after renovation
Potočník, Jan ; Elcner, Jakub (referee) ; Hejčík, Jiří (advisor)
The thesis is focused on the design of the reconstruction of a house built in the 70s of the last century. Part of this work is an introduction with the current state of the object and calculation of the appropriate heat losses. In the next step, renovations containing building insulation, replacement windows and doors, replacement of the heating system and the installation of air conditioning are made. Based on the design of the adjustments are again calculated heat losses and a comparation of energy savings is made. Another part of the proposal focuses in detail on heating system and its regulation. The final chapter deals with the design of the ventilation device using heat recovery. Attachments contain detailed calculations and necessary documentation.
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