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Guesthouse Zátoka
Rajchl, Filip ; Šteffek, Libor (referee) ; Ostrý, Milan (advisor)
The aim of my thesis is to design new Guest house called Zátoka near the Pozlovice dam. Thesis is divided in three parts. First is part is focused on building design and construction. Second part is focused on HVAC design and renewable energy sources. Third part is focused on advanced application of BIM in building design. Guest house is two – storey building but there is one more underground storey for sport activities which is not part of the building service, but it is part of the design. Ground floor contains three guest rooms, office, utility room and air condition room and of course wind lobby and entrance hall with stairs. In the second floor we can find four guest rooms and corridor. Heating in the building is secured by pellet boiler with storage reservoir. Ventilation is provided by two air condition units. And cooling is secured by one cooling unit on the roof. Each room has radiators and cooling distribution units and ventilation. On the roof we can find 26 photovoltaic panels. Third part is focused on digital model of the building. Each part of the model contains information and whole model is one big database of information about the building which can be used through the whole life cycle of the building.
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Material history of planetary urbanization
Šana, Václav ; Bartůšek, Ondřej (referee) ; Kristek, Jan (advisor)
The diploma thesis deals with the final urbanization of the planet term from a materialistic point of view. The distribution of freshwater, energy consumption and especially agricultural food production are the basic factors which, together with logistics and demography, form fundamental drivers of material history. The "Malthusian" fear of a situation where the world's population is running out of resources accompanies contemporary rhetoric. The aim of the work is to try to find and explore solutions to the material necessities of humanity and to design organizational principles, systems, urban and architectural solutions.
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Renewable energy sources in the Cusco region, Peru
Idini, Bruno
This thesis breaks down some of the major forms of renewable energy that are found in the region of Cusco. Several energy sources are assessed while presenting their relevance and suitability for the territory’s unique landscape and environment. After having analysed different forms of renewable energies, hydropower is the one believed to be the better option for the region, in order to progress within a clean energy framework. Aiming to ease the process of identifying and evaluating prospect locations, for the installation of hydro powered systems, a Hydropower Preliminary Assessment Table is presented. The Table is designed to act as a guidance paper, which can support decision making. The different sections that are found on the Table are extensively discussed, in addition to its results and limitations.
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Sustainable Development Goal 7: Affordable and Clean Energy Panel Data Analysis
Křížková, Alžběta ; Cahlík, Tomáš (advisor) ; Moravcová, Michala (referee)
This thesis analyses the seventh Sustainable Development Goal: Affordable and Clean Energy. Four empirical models are built, each for one indicator. They are then evaluated using panel data analysis for all member states of the UN. The research question it seeks to answer is: "What characteristics have major impact on providing electric energy and other energy related benefits?" We found that in most of the cases, the proportion of urban population and the Human Development Index have a major impact on the indicators. Unlike any previous study dealing with similar topics, this paper analyses the whole goal with its four indicators, not just one particular energy aspect. That allows us to look for interconnection and common features between indicators and their influences.
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Osteled 7c-7d Horsens Refurbishment
Král, Ondřej ; Žalmanová, Petra (referee) ; Šindlar, Jiljí (advisor) ; Kolář, Radim (advisor)
Project created during study program on VIA university in Denmark gave form to the following bachelor’s thesis which further develops it into the level of building permit documentation and documentation for execution of the project. Object of the study is located in Horsens in a residential area among several identical residential buildings. The project focuses on refurbishing this building and upgrading it’s standards for living with emphasis placed on economical, energetic and social sustainability. The main idea is to preserve the authenticity of the object by respecting original form and materials while adding modern elements. At the same time to provide diverse and pleasurable living spaces in dwellings, connection with greenery and possibilities of social contact of residents. The load bearing structure of the building is preserved, staircase area demolished and replaced by new communication core including stairs and elevators. Roof truss system and roof construction is determined to be replaced. Project is designed as barrier-free.
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Generation of Energy Using Renewable Resources
Vrbka, Martin ; Langerová, Petra (referee) ; Froehling, Kenneth (advisor)
Tato bakálářská práce se zaměřuje na výrobu elektrické energie za pomoci obnovytelných zdrojů. Existuje nespočet faktorů vztahůjících se k obnovitelné energii. Nicméně na tyto aspekty je většinou pohlíženo spíše individuálně, než jako na celek. Tudíž se tato práce pokouší obsáhnout většinu významných aspektů jež jsou spojeny s výrobou energie za pomoci obnovitelných zdrojů a organizuje je v jeden logický celek. To je uskutečněno představením obecného popisu technologie jako takové stejně jako výsledných dopadů použitých systémů.
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Willingness to pay for green electricity
Novák, Jan ; Ščasný, Milan (advisor) ; Gutiérrez Chvalkovská, Jana (referee)
We estimate the willingness to pay for electricity generated from renewable energy in the Czech Republic. Discrete choice experiment is used to elicit preferences for various attributes of renewable electricity support scheme (PM emission, GHG emission, size of RE power plant, revenue distribution, and costs). Original survey is carried with 404 respondents living in two regions - Ustecky (polluted area) and Southern Bohemia (cleaner area). We find that respondents prefer decentralized renewable electricity sources over centralized, local air quality improvements over reduction in greenhouse gas emissions. Estimated marginal willingness to pay for 1% reduction in emission of particulate matter equals to 49 CZK, respectively 3.7 % of average monthly electricity bill. In total, WTP for green electricity is larger than current compulsory contributions to renewable energy support scheme. Powered by TCPDF (www.tcpdf.org)
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Alternative and renewable energy policy in Europe
Orujov, Faig ; Ščasný, Milan (advisor) ; Střítecký, Vít (referee)
Driven by the fact that the global oil market has become extremely volatile and the EU dependence on oil continues to grow, this paper argues that with more emphasis on renewable energy and by using domestically produced alternative energy sources instead of importing foreign oil the EU Member States would drastically improve their energy security and energy independence. The study investigates both past and present trends in the EU energy sources supply and consumption patterns. Additionally, the paper considers possibilities of the renewable and alternative energy both at the current stage and future development of this sector in the EU. The research findings confirm the initial hypothesis as to whether the share of alternative and renewable energy will be sufficiently large to contribute to solving a problem of the EU energy security and independency. The role of the renewables in national energy security strategies of three EU Member States is studied and government supporting policies that enhance renewable sources development are analyzed.
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Design of industrial boiler with cogeneration
Mička, Radek ; Tvarůžek, Martin (referee) ; Křenek, Ladislav (advisor)
The diploma thesis deals with the design of the industrial boiler for biomass, Which deals with the issue of the energy future of combustion of fuels using current power generation - microcogeneration, designed for larger houses or smaller com- panies. The shape of the device is the interconnection of individual functional and technological parts of the boiler, a view of a new product that re ects its function. It uses modern and timeless materials, color and control technology to achieve overall comfort and time savings and service.
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