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2020 | OriginalPaper | Buchkapitel

Current Tendencies of Water Resources Using for Providing the Energy Needs of Society

verfasst von : O. A. Riabenko, O. O. Klyuha, V. S. Tymoshchuk, O. O. Halych

Erschienen in: Proceedings of CEE 2019

Verlag: Springer International Publishing

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Abstract

The article describes the studying of objective tendencies of hydropower engineering development for improving the level of providing the increasing energy needs of society. The research method is based on detail analysis of existed information on water resources using for electricity production and discovery of promising avenue of hydropower engineering development. It is highlighted the role of hydraulic energy as one of main types of renewable energy. The article elaborates on the four main tendencies for hydropower development, i.e. intense increasing of hydropower capacity, expansion of the HPP and PSPP functions, construction of the high head HPP and PSPP, enhancing role of small-scale hydropower plants. These tendencies are relevant for global and Ukrainian hydropower engineering. The authors’ view on perspective trends of hydropower development are shown. Among these trends the four main tendencies are emphasized. The received results are useful during considering the specific tasks for establishing hydropower facilities and attracting appropriate investors for their implementation.

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Literatur
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Zurück zum Zitat Krištof V, Kušnír S, Katin M, Csányi Ľ, Marci M (2010) Hydro power plants in Slovak Republic. In: Intensive programme “renewable energy sources”, May 2010. Železná Ruda-Špičák, Czech Republic: University of West Bohemia, pp 30–34 Krištof V, Kušnír S, Katin M, Csányi Ľ, Marci M (2010) Hydro power plants in Slovak Republic. In: Intensive programme “renewable energy sources”, May 2010. Železná Ruda-Špičák, Czech Republic: University of West Bohemia, pp 30–34
Zurück zum Zitat Landau YuO, Stashuk IV (2018) Value of hydropower engineering for development of united energy system of Ukraine according to new energy strategy-2035 and environmental issues. Hydropower Eng Ukr 1–2:3–6 (in Ukrainian) Landau YuO, Stashuk IV (2018) Value of hydropower engineering for development of united energy system of Ukraine according to new energy strategy-2035 and environmental issues. Hydropower Eng Ukr 1–2:3–6 (in Ukrainian)
Zurück zum Zitat Rassovskyi VL (2018) Hidroenerho 15 years. Hydropower Eng Ukr 3–4:4–7 (in Ukrainian) Rassovskyi VL (2018) Hidroenerho 15 years. Hydropower Eng Ukr 3–4:4–7 (in Ukrainian)
Zurück zum Zitat Register of objects of power engineering using alternative energy sources (except for blast furnace and coke gases, and with the use of hydropower - only micro and small hydroelectric power stations) (2019) (in Ukrainian) Register of objects of power engineering using alternative energy sources (except for blast furnace and coke gases, and with the use of hydropower - only micro and small hydroelectric power stations) (2019) (in Ukrainian)
Zurück zum Zitat Riabenko OA, Klyuha OO, Halych OO, Poplavskyi DM (2019) The role of small-scale hydropower engineering in energy balance of Ukraine. In: Proceeding of 10 international conference “unconventional and renewable energy sources as alternative to primary energy sources in region”. Lviv Polytechnic National University, Lviv, Ukraine, pp 203–206 (in Ukrainian) Riabenko OA, Klyuha OO, Halych OO, Poplavskyi DM (2019) The role of small-scale hydropower engineering in energy balance of Ukraine. In: Proceeding of 10 international conference “unconventional and renewable energy sources as alternative to primary energy sources in region”. Lviv Polytechnic National University, Lviv, Ukraine, pp 203–206 (in Ukrainian)
Zurück zum Zitat Riabenko OA, Osadchyi SD, Klyuha OO, Tymoshchuk VS (2017) Particularities of PSPP operating under circumstances of translational waves formation. Hydropower Eng Ukr 1–2:45–47 (in Ukrainian) Riabenko OA, Osadchyi SD, Klyuha OO, Tymoshchuk VS (2017) Particularities of PSPP operating under circumstances of translational waves formation. Hydropower Eng Ukr 1–2:45–47 (in Ukrainian)
Zurück zum Zitat Sorokina NL, Kucheriavaia IN (2016) Global water resources (state, usage, forecast). Hydropower Eng Ukr 1–2:71–78 (in Russian) Sorokina NL, Kucheriavaia IN (2016) Global water resources (state, usage, forecast). Hydropower Eng Ukr 1–2:71–78 (in Russian)
Zurück zum Zitat Vasko PF, Verbovyi AP, Ibrahimova MP, Pazych ST (2017) Pumped storage power plants as a technological basis for integration of power wind and photovoltaic power plants as part of the electric power system of Ukraine. Hydropower Eng Ukr 1–2:20–25 (in Ukrainian) Vasko PF, Verbovyi AP, Ibrahimova MP, Pazych ST (2017) Pumped storage power plants as a technological basis for integration of power wind and photovoltaic power plants as part of the electric power system of Ukraine. Hydropower Eng Ukr 1–2:20–25 (in Ukrainian)
Metadaten
Titel
Current Tendencies of Water Resources Using for Providing the Energy Needs of Society
verfasst von
O. A. Riabenko
O. O. Klyuha
V. S. Tymoshchuk
O. O. Halych
Copyright-Jahr
2020
DOI
https://doi.org/10.1007/978-3-030-27011-7_49