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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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House
Tran Qui, Sang ; Kacálek, Petr (referee) ; Mohelníková, Jitka (advisor)
The bachelor thesis deals with the topic of a detached house design including project documentation of the construction process. The detached house design consists of two parts - the design of the detached house itself and the design of business premises. The building discussed is situated on flat land, there is no cellar and there are two above-ground floors. Also, the detached house is built on concrete footings. Whereas vertical perimeter structures are designed to be built from the Porotherm system, the horizontal ones, on the other hand, are to be built from reinforced concrete monolithic plate. The roofing of the discussed detached house contains a flat roof with coating waterproofing and with a flat green roof. The drawing parts and designs were created with the Autocad and Archicad programmes.
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Single-family house in Troubelice
Nevěřilová, Hana ; Sukop, Lukáš (referee) ; Ostrý, Milan (advisor)
The aim of this Bachelor's thesis is to design a nearly zero-energy detachted house in Troubelice. First part is the concept of architectural and structural design. This includes drawings, fire safety design, energy performance certificate and building physics. The second part deals with the design of building services, encompassing the conceptual design of all systems. The plan of house building combines three rectangles shapes – detachted house, terrace and garage. The detachted house contains in the first floor entrance area, living room with dinning space and connected kitchen, master bedroom, toilet and bathroom. In the second floor, there are rooms for children, work room, bathroom and utility room. The unique feature of this house is the gallery, allowing connection people in the living space and the second floor. For contruction material I chose hollow core ceramic blocks for detachted house and gluelam for teracce and garage. Insulation is made from stone wool for its good technical properties. Furthermore I chose a simple plaster and saddle roof for the detached house and mono-pitched roofs for terrace and garage. Second part is the concept design of water supply and sewage system, electrical wiring, rainwater treatment, photovoltaic panels, air conditioning and mechanical ventilation. Furthermore, I explore the heating system more throughly. The house building is heated by under floor heating, which largely derives energy for heating hot water from the heat pump. The heat pump is divided into two parts - the outdoor and indoor units. It is connected with hot water tank and main manifold. It has 3 circuits. Two are for the floor heating and the last one for air heater.
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Detached house in Otmarov
Ondráčková, Anna ; Vlach, František (referee) ; Brzoň, Roman (advisor)
The aim of the bachelor’s thesis is to develop a design of a low-energy detached house. The project documentation consists of architectural and structural design for building permission, design of building services including the building’s energy performance certificate. The house is located on a flat plot in village Otmarov near Brno. The house is connected to the water supply system, sewage system and electricity grid. The foundations are made of plain concrete strips. The load-bearing perimeter structure of two-story part of the building are made of ceramic blocks with ETICS, while the perimeter walls of the single-story part are made of ceramic blocks filled with mineral wool and insulated with mineral wool in combination with ventilated facade with wooden cladding. Horizontal load-bearing structures are designed as semi-assembled ceiling structure. The two-story part has a gable roof, the roof structure is designed from wooden truss system. The single-story part has a flat roof. A detached storage creates a car shelter next to the house made of steel structure. As part of the section focused on the design of building services, a detailed design of heating system and conceptual design of air conditioning, internal plumbing, sewage, and rainwater management were prepared. The heating of the building will be provided through floor heating system. The main heating source is designed as a monoblock air-to-water heat pump. The ventilation system is designed to provide a constant background ventilation rate of 400 m3/h, which will be ensured by a heat recovery unit.
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Detached house, Červený Kostelec
Havel, Martin ; Struhala, Karel (referee) ; Kolář, Radim (advisor)
The aim of the bachelor thesis is the design of a nearly zero-energy detached house, which helps its inhabitants by its disposition and thought to maintain a healthy circadian rhythm. The building is located in Červený Kostelec. On the plot, the house is oriented with the idea of large solar gains, so with floor to ceiling windows facing south. The floor plan is T-shaped. the property has two floors and no basement. The load-bearing walls are made of aerated concrete. The floor slab consists of the Ytong Classic system slab. The open gable roof of the building is provided by truss wooden beams. On the first floor there is the main entrance, a large utility room, a separate toilet and a pantry. Then there is the entrance to the living room, which is directly connected to the kitchen. Children's rooms and bedrooms have east-facing windows. Rainwater from the roof is channeled into the storage tank. Excess rainwater is absorbed into the ground in the infiltration system. The property is connected to public sewer, electricity and public water supply. The house is heated and cooled by ceiling panels. The water is heated by an air-water heat pump. A fireplace insert with a hot-water exchanger is designed as a bivalent energy source. Photovoltaic panels on the roof are connected to batteries located in the utility room. Mechanical ventilation is proposed in the building. Total air exchange is 350 cubic meters per hour.
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Detached house with minimize environmental impact
Picka, Vojtěch ; Struhala, Karel (referee) ; Kolář, Radim (advisor)
The aim of the bachelor´s thesis is to design a net-zero detached house. It is located on a gap site in new development area in Hospříz in Southern Bohemia region. This rectangle shaped house is designed as a twostorey family home with a south-facing sloping roof. The skin of the house is designed as an insulated plastered facade with a metal roofing. The first floor contains wind lobby with west-facing entrance, study room, utility room, separated toilet, bathroom, cupboard under the stairs and living room connected to kitchen with dining area. The second floor contains two children´s rooms, master bedroom, guest room, common walk-in closet and second bathroom. The building is based on reinforced concrete foundation strips, vertical construction is masonry designed of sand-lime blocks and horizontal structure is designed of prefabricated rib-and-filler floor. The heating system of the building is designed with air to water heat pump connected to the hot water cylinder for the hot domestic water with the storage tank for the floor heating. The house is mechanically ventilated by air conditioning unit with heat recovery. Part of the sloping roof are photovoltaic panels connected to the storage batteries and auxiliary heat source which is part of the hot water cylinder. The house reusing rainwater as utility water for flushing toilets, laundry, watering the garden and the rest of the water is accumulated to the underground storage tank. The family house is designed with the aim of creating a comprehensive building concept with zero energy consumption.
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Detached house in Svinošice
Nováková, Pavlína ; Kacálek, Petr (referee) ; Petříček, Tomáš (advisor)
This bachelor thesis focuses on the development of project documentation for a detached house with a parlor in Svinošice, Czech Republic. The single-family house sits on a flat plot within the village’s built-up area. The design incorporates a partial basement and two floors above ground. The structure is based on basic passports and the horizontal load-bearing structures are made of reinforced concrete. The roof system consists of a combination of a flat roof and a gable roof. The footprint of the building is 315 m2.
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House
Šindelář, Ondřej ; Šoulová, Eva (referee) ; Mohelníková, Jitka (advisor)
The aim of the bachelor´s thesis is to design a low-energy detached house. It is located in South Moravian region, in the town Břeclav in a new development area on the outskirt of the town. The building is two-storey with a garage for two cars which has a walkable sedum roof with a sunporch. The building has a flat roof. The main entrance is situated to the south-east. On the first floor is a living space of the house where is a big room which consists of the living room, dining room and kitchen. There is also an office, bathroom, WC, garage and utility room. On the second floor is a private zone where is a master bedroom with WC, two bedrooms, storage and bathroom. Structural system is masonry made of ceramic blocks. On the first storey is ventilated facade with wooden cladding. Floor slabs are prefabricated rib-and-filler floor. Heating will be provided by floor heating. Main heat source is air to water heat pump with integrated hot water cylinder in inner unit, which ensures potable hot water. Pipes for hot potable water and potable water will be located in suspended ceiling. House will be ventilated by mechanical ventilation system with heat recovery which will provide 250 m3/h of fresh air and draft the same amount of air out from the house. Air ducts will be located in suspended ceiling. Rain water from roofs will be collected in storage tank and excessive water will then flow to the infiltration tank. Stored water can be used for watering the garden.
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Detached house in Velké Meziříčí
Panáčková, Nikol ; Krupicová, Jana (referee) ; Bantová, Sylva (advisor)
Detached house in Velké Meziříčí The aim of the bachelor thesis is the design of a single family house. It is located on the outskirts of the town Velké Meziříčí in a relatively new development. The house is square in shape, two-storey and has a pitched roof. A carport is proposed next to the house. On the first floor is a social zone, where is a kitchen connected with dining room and living room. On the first floor there is also utility room, dressing room and bathroom. On the second floor is a private zone, there is children's rooms, bedroom with dressing room and bathroom. The house is based on a strip foundation, the vertical structures are mansory designed of ceramic blocks with ETICS. The horizontal structure is designed of reinforced concrete and the roof structure is designed of purlin truss. The building services are designed to optimize the building's functionality. The air/water heat pump is provided energy for heating and domestic hot water. Heat is distributed by underfloor heating. Air exchange is provided by an air handling unit with heat recovery technology. The total air exchange is designed for 240 m3/hour. Rainwater from the roofs will be accumulated in a stormwater tank and then used to flush toilets and also for watering garden. Photovoltaic roof tiles are designed on the southeast side of the roof. Part of the project documentation is a certificate of energy performance, the house is classified as A – extremely economical.
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