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Electrical installation for apartment building with partial automation
Poruba, Marcel ; Janík, Daniel (referee) ; Mastný, Petr (advisor)
The bachelor thesis deals with the implementation of power and data installations and systems for the automation of electrical installations. The thesis is divided into theoretical and practical part. The theoretical part describes the legislative and safety requirements for the realisation of project documentation and the methods of implementation of individual parts of electrical distribution systems, including a section on systems for the automation of electrical installations. The TECOMAT Foxtrot system, which is used in the second part of the thesis for controlling electrical installations, is described. The practical part contains the complete project documentation for the apartment build ing in the stage of documentation for the construction. The drawing part contains drawings of the floor plans of the building, in which the power wiring and data wiring including the control by the Foxtrot wiring system are drawn. The documentation includes wiring diagrams of switchboards, drawings of lightning protection system, technical report, budget and calculation of switchboards in Sichr software.
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Design of foxtrot system installation for building control
Veselý, Matěj ; Janík, Daniel (referee) ; Bátora, Branislav (advisor)
The diploma thesis is focused on the development of project documentation in the DPS stage of a residential unit undergoing reconstruction. The project envisages that the housing unit will be designed for intelligent wiring. The intelligent wiring will be fitted with Foxtrot elements from Teco. The intelligent wiring control program has been developed in the software superstructure iCOOL4 from ICT expert. A visualisation of the intelligent wiring system was subsequently created in the software.
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Project documentation of photovoltaic power plant category B1
Rehák, Jan ; Mastný, Petr (referee) ; Morávek, Jan (advisor)
This thesis focuses on project documentation for a photovoltaic power plant. Requirements for parallel connection of power plants with installed power from 100 kW to 1 MW to the distribution grid are studied. Next, research has been conducted on individual components and options for local and dispatch control of photovoltaic power plants. The practical part of the thesis focuses on the creation of project documentation for an embedded photovoltaic power plant located in the buildings of FEKT Brno University of Technology. The final part of the thesis includes an economic evaluation of the project.
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Small apartments at Mojmírovo Square in Brno
Vykydalová, Simona ; Šubrt, Jan (referee) ; Dulenčín, Juraj (advisor)
The subject of the bachelor thesis is the preparation of project documentation for building permits and documentation for construction implementation. The thesis is based on an architectural study that was prepared in the course AG033 - Architectural Design Studio 3 in the summer semester of the 2nd year on the topic of residential buildings. The topic of the study and subsequently of this bachelor thesis is the design of a new polyfunctional building in Brno on Košinova street. There are 35 small flats of various sizes designed within the polyfunctional building. Another significant function of the building is student dormitories. There is a designed 100 student rooms, for a total of 200 students. A café for the public and a fitness centre for the public are designed on the ground floor of the building. There is one rentable room with its own sanitary acilities on the ground floor. The building has an underground basement with underground garages for the residents of the house, cellars and technical facilities of the building. The plot is located in the municipality of Brno in the cadastral area of Královo Pole on Košinova Street. Specifically, it is a plot with parcel numbers 956/1, 956/2, 956/3, 956/4, 962/1, 964, 965, 966, 967. The land is not significantly sloping, it is a flat area. The designed building is a corner building which relates to the surrounding existing development. On one side it is the Josef Chaloupka House of Services for blind people and on the other side it is the building of the elementary school Košinova. As part of the studio assignment AG033 in year 2, the requirement was to connect the new building to the existing parking house ABC Parking, the connection was made through the green roof on the 6th floor. The mass of the building is divided into three distinct blocks that recede in relation to each other. The highest corner block serves as a residential building. The following two smaller receding blocks function as student dormitories. The ground floor of the building is largely used for public use as a café or gym and in contrast to the mass on the 2nd floor, it is entirely receded into the inner area of the building. In terms of the overall appearance, an attempt was made to keep the appearance of the building as clean as possible. A simple window and door arrangement on the facade was chosen in combination with white facade color. The ground floor of the building is higher, set back from the upper floors and largely glazed. The facade color in this section is a darker gray used to distinguish and lighten the rest of the building. A walkable green roof is designed on all three masses. The lowest is used for students, the middle is used to connect to the parking structure, and the highest roof garden is accessible to the residents of the apartment building.
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Library
Brňák, Martin ; Kozubíková, Ivana (referee) ; Matějka, Libor (advisor)
The main subject of this masters‘s thesis is the project of the library in Kroměříž. The object contains basement, ground floor, two above-ground floors and is covered with the flat roof. The library is dispositionally divided into several parts. The basement is meant to be the technical background of the object. The Cafe and the library with the book rental are designed to take place on the ground floor. On the second and third floors are situated the studing rooms and the offices for staff. The construction is designed by monolithic reinforced concrete constuction in a 5x5 m module based on piles. Perimeter surface is partly made of glazed and ventilated facade. The most dominant feature of this building is the hanging glazed facade on the southern and northern side. Infill mansory is projected by the Therm system. This work contains project documentation of the construction including studies and visualisations
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Kindergarten in Kunovice
Juřenčáková, Soňa ; Kalánek, Jiří (referee) ; Ostrý, Milan (advisor)
The diploma thesis deals with the design of the Kindergarten in Kunovice near Uherské Hradiště in the Zlín Region. The proposed building has two floors. There is a kindergarten on the first floor and a leisure centre on the second floor. The kindergarten has two classes, each class for 15 children. The structural system is designed as a masonry of sand-lime blocks with a flat roof with vegetation.
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The Kindergarten in Brno-Tuřany
Kallab, Štěpán ; Pilný, Ondřej (referee) ; Kalousek, Lubor (advisor)
The aim of the diploma thesis is the design of a new kindergarten building in Brno - Tuřany. The building has two classrooms and one workshop for the creation of ceramic products. It is a one-storey building. The building has two types of roofs: a flat green roof and a mono pitched roof covered by metal. The external walls is designed by ceramic blocks with external thermal insulation composite system (ETICS). Around the building is fencing, parking area and paved areas which lead to the kindergarten. Behind the building is a playground. Heating is provided by ground-water heat pumps and photovoltaic panels. The classrooms are heated by floor heating. The building has air conditioning. The building uses rainwater to flush the toilets and lawn irrigation. The third part of diploma thesis includes solutions of interior acoustic environment. Classrooms is subordinate to norm and standards as an interior sound reverberation or sound reflectance. Acoustic solution is based on optimal design of absorptive materials and interior facing.
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School
Míka, Tomáš ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
Subject of this thesis is to design and create project documentation for executing construction of a new primary school in town Včelná. The area for the new construction is located on plot number 788/5 in cadastral territory of this town. The plot is slightly sloping and on part of this plot is currently standing a nursery school. The south part of the plot is designed to be connected to the technical infrastructure. Driveway will lead to the newly build parking lot. The school will have 1 underground and 3 above ground levels. The underground level will consist of technical facilities. On the 1. floor will be located dressing rooms for students, dining room and gym with its own sanitary premises. On 2. and 3. floor will be classrooms with rooms for teachers and sanitary premises. This school is designed to have Wheelchair access. All floors are connected with two stares and one elevator. Part of the school ground is private parking lot with a capacity of 15 ordinary parking spaces and 2 spaces for people with disability.
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New construction of the main building of the primary school in Hrušovany u Brna
Zichová, Barbora ; Párová, Jitka (referee) ; Rusinová, Marie (advisor)
This diploma thesis deals with a design of a main building of the primary school in Hrušovany u Brna. This design is intended for the second level of basic education. The content of this thesis is to design the object with regard to its surrounding buildings and its use and preparation of parts of the detail design documentation. The elementary school building is located in Hrušovany u Brna on a flat open area, which is designated by the local zoning plan for the construction of civil buildings. It is a partially basement building in the highest part with three above-ground floors. The building consists of a basement floor with technical facilities, warehouses and auxiliary operations and on the above-ground floors of classrooms, specialist classrooms, cabinets and sanitary facilities. The elementary school is designed as a reinforced cast-in-place concrete frame based on a reinforced concrete slab supported by drilled piles. The external loadbearing walls in basement are reinforced concrete monolithic with a thickness of 250 mm. The infill wall of the above-ground floors is designed from ceramic blocks with a thickness of 250 mm. The underground floor is insulated with an extruded polystyrene 160 mm thick. The upper floors are insulated with a certified contact thermal insulation system 260 mm thick made of a mineral wool. In the building are designed two double-arm reinforced concrete staircases and an elevator. Roof of the building is designed flat. Above the 3rd floor, the roof will be used for the placement of photovoltaic panels. Above the 2nd floor and the 1st floor there is a green roof.
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