Using Flow Guiding Devices in the Rainwater Construction of the Hydropower Installation
Abstract
The article describes promising design solutions rainwater hydropower facilities. In order to reduce hydraulic losses, it is proposed to use flow guiding devices in them. It also describes the effects of these devices in guiding water flow. The authors give recommendations on research models proposed designs rainwater structures.
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Balzannikov MI. Improving the design inlet - water discharge devices hydropower plants. Hydraulic Engineering, 1994; № 9: 30-35.
Balzannikov MI. Device inlet section type hydropower plants. Journal of the Department of Building Sciences, Russian Academy of Architecture and Building Sciences, 2012; Issue 16, Volume 2: 209-214.
Balzannikov MI, Seliverstov VA. Influence of construction of water intake device PSPs on the energy loss in his work in the pumping mode. Journal MGRS, 2010; № 1: 175-180.
Vasiliev YS, Balzannikov MI. Influence of reservoir drawdown on PSPs energogidravlicheskie characteristics of the receiving water - overflow and the choice of its optimal outlines. Proceedings of the universities. Building, 1993; № 10: 80-84.
Balzannikov MI, Evdokimov SV, Galitskova YM. Flow guiding influence on the characteristics of the installation of devices using energy flow. Proceedings NSABU: Novosibirsk NSABU, 2000; Issue 2: 68-77.
Balzannikov MI, Shabanov VA. Development of education and research in the field of hydraulic engineering. Samara: Samara govt. arhit. - builds. Univ.; 2004: 72.
Balzannikov MI, Evdokimov SV. Improved designs of hydro and wind power plants and the selection of the main parameters. Energy Islands resource tezhash muammolari: Tashkent, 2013; № 3-4: 88-94.
Mustafin Kh Sh, Balzannikov MI. Drainage hydroelectric. USSR Author's Certificate 866040, 1981: Bull. Number 35.
Vasiliev YS, Konovalov AB, Kukushkin VA, Khlebnikov SN, Balzannikov MI, Drainage waterworks:/ USSR Author's Certificate 1155665, 1985:. Bull. Number 18.
Vasilyev YS, Kukushkin VA, Belyaev SG, Balzannikov MI, Drainage culvert - storage power station: USSR Author's Certificate 1289954, 1987: Bull. Number 6.
Balzannikov MI, Drainage hydroelectric: USSR Author's Certificate 1117375, 1984: Bull. Number 37.
Ivashintsov DA, Balzannikov MI, Oliner IM, Drainage - overflow storage power station: RF Patent 2,014,383, 1994: Bull. Number 11.
Balzannikov MI, Seliverstov VA. Studies of water intake device pumped storage power plant. Hydraulic Engineering, 2012; № 4: 21-26.
Balzannikov MI, Seliverstov VA. Investigation of water-intake unit at pumped-storage power plant. Power Technology and Engineering (Springer New York Consultants Bureau), 2012; T. 46( № 3): 210-214.
Vasiliev YS, Ivashintsov DA, Balzannikov MI. Results energy gidravlic research upland water intake - overflow PSPs. Proceedings Proceedings VNIIG, 1986; T. 196: 5-8.
Balzannikov MI, Seliverstov VA. Research on the influence of flow separators for use in rainwater devices hydropower plants. Journal SamSTU; Series " Engineering", 2009; № 3 (25): 199-205.
Balzannikov MI, Rodionov MV, Seliverstov VA. Greening exploited groundwater waterworks. Journal SGASU. Planning and architecture, 2011; № 1: 109-113.
Ivanov MV. Application of orthogonal type hydraulic turbines in hydroelectric small plants. Journal SGASU. Planning and architecture, 2014; № 1: 68-73.
Balzannikov MI, Rodionov MV. Improvement of Reliability of Earth Dams: Geotechnics for Sustainable Development. Proceedings of the Second International Conference GEOTEC. Hanoi: unknown; 2013: 421-423.
Balzannikov MI, Rodionov MV. Extending the operating life of low embankment dams in Russia. International journal on Hydropower and Dams, 2013; No 6: 60-63.