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The Design of a Rules for the Hydropower Control of a Dam Reservoir
Bednář, Martin ; Kříž, Tomáš (referee) ; Menšík, Pavel (advisor)
The aim of the diploma thesis is to create an algorithm by which it will be possible to devise management rules. These management rules will be able to advise a more efficient use of the hydroenergetic potential of reservoirs with run-of-river small hydro. The actual algorithm will be created with a view to maximizing the profit from the operation of the hydropower plant and using the time course of electricity prices on the market. The rules designed by algorithm will be tested in a simplified way in selected period using simulation model.
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Optimization of hydropower utilization of Jesenice reservoir
Fajt, Mojmír ; Svejkovský, Jan (referee) ; Dráb, Aleš (advisor)
The objective of this thesis is a design of optimization of hydropower utilization for Jesenice reservoir. Two possible solutions of a new small hydroelectric power plant were presented in this thesis including hydraulic and hydrotechnical calculations and project documentation at level of feasibility study. The final part summarizes the results and gives the recommendations for the further project of the reconstruction of the small hydro power plant Jesenice.
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The Design of a Rules for the Hydropower Control of a Dam Reservoir
Bednář, Martin ; Kříž, Tomáš (referee) ; Menšík, Pavel (advisor)
The aim of the diploma thesis is to create an algorithm by which it will be possible to devise management rules. These management rules will be able to advise a more efficient use of the hydroenergetic potential of reservoirs with run-of-river small hydro. The actual algorithm will be created with a view to maximizing the profit from the operation of the hydropower plant and using the time course of electricity prices on the market. The rules designed by algorithm will be tested in a simplified way in selected period using simulation model.
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The use of different types of turbines in small hydro power plants
Picek, Tomáš ; Polák, Martin (advisor) ; Adamovský, Radomír (referee)
This thesis deals with the development of hydropower through water motors. It contains the basic parameters of watercourses and classification of small hydropower plants. It describes the basic distribution, construction, operation principle and scope of application of the most widely used water turbine in small hydro power plants.
The second part deals with small hydroelectric power Skála Hlaváček mill basin on the Pearl creek. It describes the history and location of the building power plant, hydropower potential of the Pearl creek in the area and overall economic assessment of investment in selected small hydropower plants.
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The use of different types of turbines in small hydro power plants
Pertl, Lukáš ; Polák, Martin (advisor) ; Emil, Emil (referee)
The bachelor thesis starts with the theory of small hydro power plants. It is complemented by a historical overview of waterworks development with reference to the uses of various turbine types. The second part focuses on the destription of the selected location waterwork Perknov of the hydropower project. Specifications of the existing turbine are validated and compared to the specifications of another turbine type. Finally an economic evaluation and project profitability is calculated.
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The use of different types of turbines in small hydro power plants
Schoř, Filip ; Polák, Martin (advisor) ; Dlabal, Lukáš (referee)
The aim of this thesis is a description and evaluation of different types of turbines used in small hydropower plants from multiple perspectives. One of the aspects is the historical development from the Middle Ages to the present day, which describes the various types of turbines and future development in the use of water turbines. The thesis further discuses the various types of small hydroelectric power plants, their construction and manufacturing methods. At the conclusion of my thesis I deal with the development of small hydropower plants in the Czech Republic and worldwide. The practical part focuses on MVE Želina. There is the history of this hydropower plant, its location and description. Another part follows-up to the financial balance of the plant, where I dealt with the calculation of revenues and profitability for each period. In the end I focused on calculating the potential savings in CO2 emissions.
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