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Study of small hydropower station
Juroška, Miroslav ; Špano, Miroslav (referee) ; Dráb, Aleš (advisor)
The Bachelor’s thesis deals with a design of small hydropower station in river kilometre 8,540 of the Opava River. The purpose of the building is to generate electrical energy by using hydroenergetic potential. The preliminary design includes report, hydropower and hydrotechnical calculations, fotodocumentation and drawings.
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Design of micro hydro power plant
Pušec, Daniel ; Radil, Lukáš (referee) ; Matoušek, Antonín (advisor)
Hydropower, in large or small scale, is by far the most important source of renewable energy worldwide. It provides about 19% of world’s elektricity. Small hydropower plants are one of the most cost-effective and enviroment benign technology. Currently installed capacity in Europe is about 180GW (exluding pumped storage plants), but it is covered by nearly 90% by large scale hydrpower plants. In Czech republic, about 3% of all produced elektricity is covered by hydrpower plants, exactly about 2,400 GWh anually. Nowadays, it is already exploited nearly 2/3 of all technically available hydro potential for small, mini and microhydro power plants in Czech republic. Unexploited is about 30%, it correspondents to 600 GWh annually. This thesis follows-up with design of micro hydropower plant, which includes choosing of suitable place for the plant and design its hydroenergetic solution.
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|
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Study of small hydropower station
Juroška, Miroslav ; Špano, Miroslav (referee) ; Dráb, Aleš (advisor)
The Bachelor’s thesis deals with a design of small hydropower station in river kilometre 8,540 of the Opava River. The purpose of the building is to generate electrical energy by using hydroenergetic potential. The preliminary design includes report, hydropower and hydrotechnical calculations, fotodocumentation and drawings.
|
|
|
Design of micro hydro power plant
Pušec, Daniel ; Radil, Lukáš (referee) ; Matoušek, Antonín (advisor)
Hydropower, in large or small scale, is by far the most important source of renewable energy worldwide. It provides about 19% of world’s elektricity. Small hydropower plants are one of the most cost-effective and enviroment benign technology. Currently installed capacity in Europe is about 180GW (exluding pumped storage plants), but it is covered by nearly 90% by large scale hydrpower plants. In Czech republic, about 3% of all produced elektricity is covered by hydrpower plants, exactly about 2,400 GWh anually. Nowadays, it is already exploited nearly 2/3 of all technically available hydro potential for small, mini and microhydro power plants in Czech republic. Unexploited is about 30%, it correspondents to 600 GWh annually. This thesis follows-up with design of micro hydropower plant, which includes choosing of suitable place for the plant and design its hydroenergetic solution.
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