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Heating Asylum House
Gongolová, Klára ; Topič, Jan (referee) ; Počinková, Marcela (advisor)
In my thesis, i prepare proposals for heating and hot water in a shelter in the Havirov city. It is a renovated brick building that has two floors. The property also adjacent kitchen with workshop. In the calculation deals with the proposal of heating surfaces, plumbing, heating water and heat. I object to proposed plate radiators and pipe. Distribution of hot-water, two-pipe, symmetrical. I opted for the joint preparation of heating water for the production of domestic hot water heating and water heating. The heat source is a cascade of two heat pumps. In the theoretical part I focus on heat pumps.
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Heating of Family House-Heat Pumps
Choutka, Petr ; Čupr,, Karek (referee) ; Treuová, Lea (advisor)
The bachelor’s thesis contains a proposal of the heating of a detached house and a proposal of a suitable heating source. In the first part of the thesis there is an explanation of basic kinds of heating systems and types of heat pumps. The second part includes the description of the building, the determination of its basic parameters, the calculation of the heat loss and the heat demand for the whole household. Then a proposal of a heating system and a proposal of a suitable heating pump follow. In the end there is the comparison of the expected heating costs.
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Heating the child school
Pyszczyková, Anna ; Wierzbická, Helena (referee) ; Vališ, Ivan (advisor)
Introduction of the theoretical part of the thesis deals with the heat from the past to the present. There is a description of each resource usage, advantages and disadvantages.Calculation section provides an illustrative example the heating system, brand new building of the child school.
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Semi-attached house, Havlickuv Brod
Váňa, Václav ; Kalábová, Tereza (referee) ; Bečkovský, David (advisor)
Bachelor thesis project solves a family semi-attached house in flat terrain. Terraced house is located on the ground number 1646/302 in the city Havlíčkův Brod, district Horní Žižkov. Built-up area of the house is 104,73m2. The building has two above-ground floors, no basement. The house is designed for four to five people, the rooms are oriented mainly towards the south, part of the house is a garage. Outer and interior bearing walls are designed from the shuttering of the company Velox, interior partitions are made of plasterboard. Ceilings are created from ceiling beams and formwork liners Velox. Terraced house has a saddle roof, roof slope is 15°. Exterior doors and windows are plastic from the company Vekra. Also includes is a seminar paper on the topic of heat pumps in family houses.
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Low-potential Heat Produced by Temelin NPP and Possibilities of its Utilization
VEJVODA, Jan
This thesis aims to provide an overview of possibilities of using low-potential waste heat produced at the CEZ Temelin Nuclear Power Plant. It also shows current technological possibilities of using low-potential heat sources in the primary form or as a waste by-product in leisure time aquapark, eventually the waste heat used as a source of central heat system supply victim village.
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Design for heating system and domestic water heating in a family house
PETROVIČ, Jakub
Based on the requirements of the project, the work deals with the design of the heating system in the model low-energy family house by the help of heat pump (air / water) and solar collectors, which will be a supporting element for the heat pump. As a bivalent heat source will be used electric patrons. The design incorporates a measurement and control of heating and hot water. Everything with the help of the freely programmable control UVR 1611and suitably selected control elements. The final section is devoted to the estimation of purchase costs, operating costs and return on whole investment
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Energies Conservation in Housing
HOLÝ, Marek
In my thesis I solve the problem of energy savings for flats and flat -buildings. Several options for saving energy are shown and described in the theoretical part of this bachelor thesis and opinions of several authors about various saving measures are compared. Grant programs Nový panel and Zelená úsporám are described as well. Measures that could bring the greatest savings are selected in the second ? practical ? part and afterwards applied in the model project on prefabricated house T 06 B 02. Such measures are thermal insulation, installing solar collectors for heating water and heat pumps used to heat the building. For each measure there is approximate price and possible saving determined in this part. This data are a base for calculation of the payback period for each measure and finally for the entire reconstruction. The issue of financing the investment is solved in three ways. The first option is self-financing, The second option is to finance the reconstruction with grants from the Nový panel programm and the last option is to fund the project with the help of Zelená úsporám.
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