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Energy-saving family house in Šumice
Jurák, Štěpán ; Rubinová, Olga (referee) ; Počinková, Marcela (advisor)
The aim of the bachelor's thesis is to design a energy-saving detached house located on the outskirts in the village of Šumice, located of Uherské Hradiště district. The house consists of two floors, with a second-floor step-in terrace, a flat sedum roof on the top, and a one-car garage. The main entrance is facing the northwest. The social area of the house is on the first floor, including a dressing room, a utility room, a bathroom, a toilet, a study room, and a living room that is connected to the kitchen and dining room. The quiet zone is on the second floor, consisting of two children's rooms, a master bedroom with a walk-in closet, a bathroom, a toilet, and a small storage room. The house is based on concrete foundation strips. The vertical load-bearing structures are designed from ceramic blocks with thermal insulation. Horizontal load-bearing structures are reinforced concrete slabs. The building is heated by the air-water heat pump. The main heating system is a floor heating system combined with radiators and towel radiators. The utility room is designed with mechanical ventilation with a heat recovery unit. Exhaust and intake are located on the north facade. Fresh air is supplied in living rooms and exhaust air suction in the garage, bathrooms, and walk-in closet. The building is connected to the water mains and the combined sewer. In the heat pump is installed a hot water cylinder. Stormwater accumulated in the tank then used for toilet flushing and watering the garden.
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Energy-saving detached house
Ondruš, Marek ; Struhala, Karel (referee) ; Kolář, Radim (advisor)
The aim of the bachelor's thesis is to design a single-family house that is low-energy. The building is located in Hlučín, Opava district. The two-story detached L-shaped house features a flat sedum roof on the top and a flat roof that serves as a step-in terrace on the first floor. The main entrance is situated on the north-east side. The ground floor comprises a utility room, a small bathroom, a study room, a storage room under the staircase, and a social zone that includes the living room and a kitchen connected with the dining room. The first floor is the private zone that contains two children's rooms, a master bedroom, a main bathroom, and a walk-in wardrobe. The building's foundations are concrete strips, while the main load-bearing structures are masonry walls designed from sand-lime blocks with ETICS insulation and a reinforced concrete floor slab. The building's heating and cooling is powered by an air-water heat pump, which also heats the hot water. Comfortable indoor microclimate provides a heat recovery ventilation unit with supply ducts in ceiling voids and fans in rooms. Rainwater is collected in a stormwater accumulation tank and reused for toilet flushing and watering the garden. The photovoltaic panels on the main green roof generate energy that can be stored in batteries or used for household appliances. The building is connected to the combined sewer, water service pipe, and electricity service. External blinds and a pergola shading system help to reduce overheating during summer.
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Assessment of Costs Associated with Heating a New Energy-Efficient House
Šebelová, Denisa ; Klika, Pavel (referee) ; Čech, Josef (advisor)
This diploma thesis addresses the economic assessment of the methods of heating and combinations of technologies for energy saving. The objective of this work is to assess the economical effectiveness of individual types of sources of heating. It is first necessary to established gross requirements of energy for heating, water heating, and other household operations. Based on this information, suitable sources are determined. Alternative energy sources are other aspects for consideration – controlled ventilation with heat recovery, and photovoltaic cells. The aim of the thesis is to identify which combination of those technologies is the most economically effective for the opted house. This work aims to help the investor in decision making about the technological solution of heating and power purchase. The outcome is a complex evaluation of different options for the assessed house.
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Family House
Soukupová, Alžběta ; Vacek, Michal (referee) ; Matějka, Libor (advisor)
This thesis deals with a design of a passive family house in Hvozdec village near Veverská Bítýška. Main parts of the project are to be found in folder C, containing the drawings including six technical details, technical report with attached list of compounds, thermal assessment and list of components. The work also contains a study in folder B, which represents both initial versions of the project and stairway and foundation slab calculations. This thesis can be used as project documentation for actual building operation.
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Energy-saving house
Lepš, Jiří ; Klimek, Karel (referee) ; Čuprová, Danuše (advisor)
The subject of the diploma theses is a energy-saving house. The building is designed in the Náchod cadastral, U Vodojemu street. The building is designed for the permanent housing. There is an 11 residential units. The building is designed of brick construction system ceramic blocks Porotherm. Ceiling structure is made of Porotherm Ceiling. The building is coverd with flat roof.
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Mountain pension
Soukupová, Alžběta ; Bartolšic, Vít (referee) ; Matějka, Libor (advisor)
This thesis deals with a design of an energy-efficient hotel in the Jeseníky mountains. Main parts of the project are to be found in folder C, containing the drawings including five technical details, technical report with attached list of compounds, thermal assessment and fire safety project. The work also contains a study in folder B, which represents the initial version of the project, including the evolution of the project, staircase calculation and simple visualization. This thesis can be used as project documentation for actual building operation.
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Energy Audit of Chosen Building
Sivera, David ; Mastný, Petr (referee) ; Toman, Petr (advisor)
The aim of this thesis is the theoretical clarification of the issue of energy audit, thermal losses and energy audit. Bachelors thesis on the subjekt of energy audit is composed of several parts. In the first part the reader is familiar with the issue of energy audit. The thesis is describe what energy audit used, what does an energy audit consists. There is writte on, who is an energy auditor and what terms and conditions must be met to be able to devise an energy audit. Finally, there are described energy efficient buildings and energy label the building. The second part thesis deals with thermal envelope of the building. Thehe is described the composition of the walls envelope of the building and then overall heat loss the building calculate. The third part the thesis is describe the type sof installed electrical devices in the building. There is describe a type of elektricity meter and the main circuit broker. The last part the thesis is final evaluation. There are summary all possible adjustments in the building. Finally there are describe efficient solutions, where the investor use to the future.
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Připravenost obcí mikroregionu Moštěnka k posílení energetické soběstačnosti
Hrudíková, Jana
This bachelor thesis deals with the analysis of the preparedness of the municipalities of the Moštěnka micro-region to strengthen energy self-sufficiency. The main objective of this thesis is to find out to what extent the municipalities are currently equipped and what are the prerequisites for the transition to energy self-sufficiency. The theoretical part defines energy self-sufficiency and the conditions that it is necessary to meet for its realization. These are energy-efficient houses and use of renewables. Subsequently, research on the functioning of the energy sector in the Czech Republic is conducted. The analytical part consists of three main chapters, namely the natural conditions that are central to the use of renewable energy sources, the current state of buildings and energy infrastructure. Subsequently, a set of recommendations is included that municipalities can follow in the future to increase energy self-sufficiency.
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Assessment of Costs Associated with Heating a New Energy-Efficient House
Šebelová, Denisa ; Klika, Pavel (referee) ; Čech, Josef (advisor)
This diploma thesis addresses the economic assessment of the methods of heating and combinations of technologies for energy saving. The objective of this work is to assess the economical effectiveness of individual types of sources of heating. It is first necessary to established gross requirements of energy for heating, water heating, and other household operations. Based on this information, suitable sources are determined. Alternative energy sources are other aspects for consideration – controlled ventilation with heat recovery, and photovoltaic cells. The aim of the thesis is to identify which combination of those technologies is the most economically effective for the opted house. This work aims to help the investor in decision making about the technological solution of heating and power purchase. The outcome is a complex evaluation of different options for the assessed house.
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Energy Audit of Chosen Building
Sivera, David ; Mastný, Petr (referee) ; Toman, Petr (advisor)
The aim of this thesis is the theoretical clarification of the issue of energy audit, thermal losses and energy audit. Bachelors thesis on the subjekt of energy audit is composed of several parts. In the first part the reader is familiar with the issue of energy audit. The thesis is describe what energy audit used, what does an energy audit consists. There is writte on, who is an energy auditor and what terms and conditions must be met to be able to devise an energy audit. Finally, there are described energy efficient buildings and energy label the building. The second part thesis deals with thermal envelope of the building. Thehe is described the composition of the walls envelope of the building and then overall heat loss the building calculate. The third part the thesis is describe the type sof installed electrical devices in the building. There is describe a type of elektricity meter and the main circuit broker. The last part the thesis is final evaluation. There are summary all possible adjustments in the building. Finally there are describe efficient solutions, where the investor use to the future.
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