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Connection of Solar Power Plant and Water management
Zajíček, Michal ; Vrána, Michal (referee) ; Baxant, Petr (advisor)
In the bachelor's thesis Connection of Solar Power Plant and Water management the author designs the technical solution of pump control using solar energy. The main reason is to make an automatic system for pumping the rainwater through filters due to increasing its quality. Powering the device with a solar power plant will reduce the energy requirements and will also make it possible to store surplus energy from the solar power plant into the potential energy of the water. The result of the work is the compact device with an automatic control system designed to control small 12 V pumps, theoretical design of the photovoltaic power plant to power the device and theoretical analysis of solar energy and water management issues.
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Využití solární energie v podmínkách ČR
Raichl, Lukáš
Bachelor thesis on the topic of solar energy Utilization in Conditions of the Czech Republic discusses about the photovoltaic and solar thermal systems. Describes their history, current situation and their use. In the text, there are mentioned materials and technologies, that are used to produce them and their conditions of use. The text concludes in an evaluation and deployment of solar technologies in the conditions of the Czech Republic, the analysis of the technology from the energy and economic point of view.
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Úloha obnovitelných zdrojů energie v rozvoji venkova - případová studie Poličska
Bidmon, Pavel
The thesis deals with the issue of renewable resources in general terms. It describes advantages and disadvantages of individual renewable sources and their potential in rural areas. The thesis focuses on the area of the MAS Poličsko. Natural conditions of the area are described first (in term geomorphological, climatic conditions, agriculture and forestry, etc.). Based on the acquired knowledge, it was assessed that the use of solar and biomass energy seems to be the most suitable for the area. Furthermore, existing renewable resources (incl. photos) and brownfields, which represent one of the possibilities for effective solar power placement, were examined and described. The main part of the thesis consists of designing photovoltaic and solar system and a biomass boiler for two family houses located in Polička. Calculations were performed using the interactive application PVGIS, “Kotlíkové kalkulačky” and Microsoft Excel. The results show that the use of a variant of photovoltaic system (variant A1) is the most advantageous.
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Possibilities of implementation of solar systems in Albania
Bařinková, Jana
This bachelor thesis deals with the topic of photovoltaic solar systems and the possibilities of their implementation in Albania. The aim of the thesis is to identify the role of supportive schemes on the development of PV systems and assess institutional conditions of the photovoltaic system market and possibilities for business activities of Czech companies in the Albanian PV sector. Within the theoretical part, basic terms related to solar energy were defined, and the importance of supportive frameworks in promotion of implementation of solar systems was identified. Furthermore, the definition of the role of solar energy in developing countries and its impact on the economic condition of these countries was characterized. The practical part provides an overview of the Albanian energy market and solar energy potential of the selected country. The description of the pilot installation was conducted with representatives of all participants of the installation - government, investors, and implementers. All aspects concerning the conception of photovoltaic projects in Albania were defined with the help of the information obtained during interviews.
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Control of decentralized energy sources and storage systems
Maksimovich, Valeriia ; Wannous, Kinan Hasan Wafaa (referee) ; Šedrlová, Magdalena (advisor)
Žijeme ve století, ve kterém jen těžko dovedeme představit život bez elektrické energie. Vznikajicí malé elektrárny, které vyrábějí elektřinu z obnovitelných zdrojů energie vyvolali potřebu v přisnějším řizení, inteligentním měření a změny Evropského trhu s elektřinou. Hlavní otázka spočívá v tom, jak zajistit spolehlivé, bezpečné a udržitelné dodávky energie a současně minimalizovat náklady a znečištění životního prostředí. Jedním ze způsobů je integrace decentralizovaných zdrojů energie do sítě. Tato práce se zabývá konceptem decentralizované výroby energie, paralelním provozem s distribuční sítí, akumulací a pokročilými způsoby řízení zdrojů. Práce také poskytuje přehled účastníků trhu s energií, jako jsou napřiklad obchodníci s elektrickou energií, agregátoři a lokakní distribuční soustavy.
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Solar energy support in the Czech Republic in 2006-2016
Štěch, Martin ; Lukášová, Tereza (advisor) ; Maule, Petr (referee)
The aim of this bachelor thesis is to analyze the efficiency of solar energy support in the Czech Republic in 2006-2016. The paper shows the progressive development of photovoltaics, including economic and political impacts. Furthermore, the thesis deals with the position of the Czech Republic in the Europe 2020 program in terms of increasing the representation of renewable resources. The aim of the thesis is to find out whether there are negative externalities in supporting solar energy. In the theoretical part, the work is first devoted to the Czech Republic's energy sector, including renewable resources, energy policy and then to the development of the photovoltaic system. The practical part evaluates the efficiency of solar energy support in the Czech Republic in the chosen period. Support for solar energy seems to be economically inefficient both for the construction of large or small systems. The next part shows that the Czech Republic fulfills the criteria set by Europe 2020. The benefit of the thesis is the evaluation that solar energy support is not effective and causes negative externalities.
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Heating with renewable energy sources
Oravec, Jakub ; Vyhlídalová, Karolína (referee) ; Horák, Petr (advisor)
The goal of this thesis is to design heating sytem and hot water preparation system in apartment building with use of renewable energy sources. Theoretical part is focused on solar thermal collectors and their technical attributes. Practical part contains design of heating system and design of domestic hot water preparation system. Transport of heating water is provided by two pipe heating system with forced water circulation. Pellet boiler is usead as a heat source and is also usead as a primary heat source for hot water preparation. At the same time secondary domestic hot water prepartion system was designed through the use of solar collectors.
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