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Heating of administrative building
Bobek, Jan ; Počinková, Marcela (referee) ; Topič, Jan (advisor)
The dissertation deals with heating of the administrative building. The building is heated with the floor heating and the panel heating units. The heating source is an air to water heat pump with a bivalent heating from the central heat supplying (CZT). I deal in the project with design, dimension and connection of all these parts.
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Use of renewable energy sources for heating
Heneková, Barbara ; Počinková, Marcela (referee) ; Horák, Petr (advisor)
This work is solving the proposal of underfloor heating office building. The theoretical part focused on the characteristics of heat pumps.The computational part is making a proposal for underfloor heating. The warm source is a heat pump of air and water, located in the exterior. The work includes a proposal for the all needed equipement and also the design of the source of warm water.
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Heating of a nursery school
Pospíšilová, Lucie ; Čupr, Karel (referee) ; Treuová, Lea (advisor)
Bacelor thesis attends to heating concept for kindergarten. The teoretical part deals with building ventilation issue for school unit and comfortable environment. It describes heater distribution in terms of heat trasnfer and end component units. In conclusion, variants of heat source for heating are characterized. Computational part contains heating design for each room in combination with heater and hot water underfloor heating. It also solves hot water exchanger calculation for forced vantilation of specific rooms. There is heat source design, hot water production and other required devices for system, which is part of calculations as well.
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Heating and ventilation of the exhibition hall
Klus, Lukáš ; Blasinski, Petr (referee) ; Počinková, Marcela (advisor)
The bachelor thesis solves the heating, preparation of the hot water and the ventilation of the building which will serve for exhibiting and sale of bathrooms and their equipment. The theoretical part deals with theme of underfloor heating. The computational part contains the design of heating. Transfer of the heat to the rooms is ensured by plate radiators, convectors and by underfloor heating in the largest room of the building. There is mixed heating designed for preparation of the hot water. The building will be ventilated forcibly. Gas condensing boiler is designed as a heat source. The work also deals with all the necessary equipment for the system.
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Heating of the guesthouse
Diatel, Jakub ; Topič, Jan (referee) ; Počinková, Marcela (advisor)
The theoretical part of this thesis is based on ideal design of solar systems and determine physical properties of antifreezing mix based on glycol in different concentration by Swiss mathematical model. In practical part is solved heating of the guesthouse by pellets. Heating of the hot domestic water was designed by solar collectors. Forced ventilation was designed with heat recovery.
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Warm air heating and cooling the house
Rodková, Daniela ; Kašpar, Antonín (referee) ; Šikula, Ondřej (advisor)
This bachelor thesis deals with the inner climate optimalization of one - family house to which is associated private swimming - pool hall. In the one - family house there is designed air conditioning for hygienical air exchange, coller system for thermal stress removal during summer period and for heat losses coverage during winter period. In the private swimming - pool hall there is designed air conditioning for dehumidification and warm air heating of the hall. In addiction, there is designed floor heating in selected rooms.The source of heat for floor heating and TV heating - up is solved by new technology, which is, compared to classical boilers, environmentally friendly due to lowering CO2 emissions.
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Heating system of a Low-energy house
Jankola, Mario ; Pech, Ondřej (referee) ; Katolický, Jaroslav (advisor)
This master’s thesis pertains to heating practices of low-energy houses using a heat pump (example 1) and low-temperature condensing boiler (example 2). The first part of the work contains calculations of suggested building’s heat efficiency and of under-floor heating. The second part of the work includes estimates of seasonal heating factors for construction with a heat pump. Based on the comparison: both of these heating systems are recommended; the capacity of the warm water container is established; and safety elements are chosen. Furthermore, a system of regulation for warm water heating is determined, and a curve of equithermal regulation for heating is calculated. Both of the recommended heating possibilities include calculations of costs of supplies and manufacturing, as well as blueprints for construction.
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Space heating of a single family home with a heat pump
Železný, Jan ; Jaroš, Michal (referee) ; Charvát, Pavel (advisor)
The master’s thesis contains design for heat insulation of a family house for purpose of reducing the heat loss, adding a new room and complete design of heating system. First part is introducing the house, followed by calculating the heat loss for the original building. Next step proposes the heat insulation of constructions, design for the new room and recalculating the modified heat loss including comparison with the original values. Another part is dealing with the design of the heating system, providing calculations of the power requirement and the pressure loss of underfloor heating and panel radiators. After that there was the selection of the heat pump, bivalent heat source, choice of storage tank and solution for domestic water heating. In the last part the security components were checked, drawing documentation were created and attached and the calculation of return on investment was made.
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Heating of a High School
Pyszczyková, Anna ; Čupr, Karel (referee) ; Treuová, Lea (advisor)
The introduction of theoretical part deals history of floor heating. Here is an overview of the technology, which was for centuries used for floor heating. Further included in the introductory part of the aggregate materials used, which are used for floor heating, and used. In the next part of the theoretical introduction we are given the best known ecological heat source. These are mainly heat pumps and solar collectors. The last part is made in the proposal which are important values calculated for the design and seamless use of central heating system.
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