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Heating of the pension
Grigarová, Karolína ; Topič, Jan (referee) ; Počinková, Marcela (advisor)
This bachelorś thesis handles heating system for a pension. The theoretical part is based on the theme of gasification boilers. Calculation part includes the calculation of heat losses, the design of heat transfer surfaces, dimenzioning of pipes and design of the heat source for heating and warm water. As a heat source is applied gasification boiler on wood. Warm water is heated by heating water from acumulation tank. The project includes a technical report and drawings.
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The swimming centre in Humpolec
Kubíčková, Žaneta ; Jelínková, Barbora (referee) ; Brzoň, Roman (advisor)
The diploma thesis is concerned with the swimming pool compound which is situated in the area of the Czech-Moravian Highlands, in the town Humpolec and it contains the complete documentary materials (documentation) for the execution of the project, fire safety solution to the building with respect to building physics, structural assess of wooden constructions and air- conditioning of the swimming hall. In the swimming compound there is a swimming hall with five swimming pools with the total water area of 605,4 m2 (swimming pool, the swimming pool for non-swimmers, relaxing swimming pool, whirpool, wading pool) and other additional services – four saunas with bar, massages,solarium and two buffets. The capacity of the swimming hall is 286 persons, the capacity of the whole compound is 418 persons. As for the shape of the building, it is designed as five rectangulars of different heights embedded into each other. Under the part of the swimming centre there is a basement and its external ground plan size is 61,33m*52,83. The basement serves as utility rooms of the whole building. The load-bearing construction of the swimming hall is designed using beam girders and pillars, made of glued laminated timber. In the rest of the building there is a brick construction system. Around the swimming hall there is a glass fronted facade.
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Computer Model of Cogeneration Unit Heat Cycle
Martynek, Václav ; Novotný, Jan (referee) ; Baxant, Petr (advisor)
Cogeneration (also combined heat and power, CHP) uses a heat produced together with electricity for coverage of heat demand. Cogeneration units of low power are recently used for purpose of heating individual buildings and coverage of heat demand of small-scale industrial enterprises. The theoretical part of this Bachelor thesis is focused on explanation of principle of cogeneration production and there are basic advantages and important indicators of cogeneration production. There is brief summary of cogeneration devices according to type of drive unit. The fourth chapter is devoted to short description of heat exchanger. The fifth chapter includes description of elemental thermal processes and possibility of heat transfer. There is a description of model of heat cycle and graphs of calculated quantities in the sixth chapter. Heat cycle includes cogeneration unit, tank for preheating hot service water, storage tank and heat exchanger, which supplies the heat to the central heating system. The object of Bachelor thesis is creating simple model of cogeneration unit heat cycle in simulation program.
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Design of a space heating system with an air-water heat pump and bivalent heat source
Skočík, Lukáš ; Elcner, Jakub (referee) ; Katolický, Jaroslav (advisor)
The thesis is engaged in complete reconstruction of a heat system of a family house with higher heat loss, i.e. heat source, piping and radiators. As a heat source is chosen air-water heat pump. Heat system is designed with panel radiators with regard to minimum building interventions. A required power for hot water heating is calculated and selected a heat pump from suitable power range in combination with storage tank with hot water tank. The bivalent point is determined, as backup source are heating elements installed in storage tank. Drawings and circuit diagrams with safety elements are attached. In the end is calculation of estimated return.
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Use of rainwater in the company premises
Novotný, Jan ; Vaščáková, Alena (referee) ; Vrána, Jakub (advisor)
This diploma thesis deals with rainwater harvesting system in the company premises and the design of plumbing system in the newly built training center and storage hall. The new standard EN 16941-1 is described in the teoretical part. This standard deals with the use of rainwater. The experimental part solves the measurement of the non-potable water in this area. In the practical part, the acquired information is applied to the newly built object in the company premises. A project is created in the form of a technical report and drawing documentation for the use of rainwater and plumbing system.
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Heat pump in multivalent heating system
Šedý, Martin ; Burian, Pavel (referee) ; Fiedler, Jan (advisor)
Thesis deals with the usage of energy from recoverable resources. Theoretical part of thesis includes the description of the utilisation of heating pumps, solar radiation and biomass. The real status of the implementation is described in the second part of the thesis. Last part of the thesis contains the energy and economy valuation of real implementation.
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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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Stormwater management in commercial centers
Bekmukhambetova, Nuriia ; Velikovská, Kristýna (referee) ; Hlavínek, Petr (advisor)
This diploma thesis is devoted to a rainwater management in commercial and administrative buildings. The goal of this work is to describe rainwater management system with a focus on its later usage. The work is divided into theoretical and practical parts. The first part examines the binding conditions, as well as the individual technologies and devices that must be included in the implementation of a rainwater management system. The practical part of the work is an analysis of the possibility of using rainwater for the needs of the fire brigade in Havlíčkův Brod. The result of this work is a calculation of the approximate payback period of the proposed system.
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