Results 211 to 220 of about 59,859 (266)

Development and Integration of a Digital Twin Model for a Real Hydroelectric Power Plant. [PDF]

Sensors (Basel)
Ersan M, Irmak E.
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Dynamic games in the wholesale electricity market [PDF]

DAKHLAOUI Ahlem
core  

A large synthetic dataset for machine learning applications in power transmission grids. [PDF]

Sci Data
Gillioz M, Dubuis G, Jacquod P.
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Bibliography: Underground Hydroelectric Power Plants

Journal of the Power Division, 1957
Bibliography, 1912 through 1956, is based on Report of Power Division, Committee on Progress in Power Plant Design; review of existing general literature and list of world's underground hydroelectric plants with some general data.
J. Barry Cooke, Arthur G. Strassburger
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Underground Hydroelectric Power Plants

Transactions of the American Institute of Electrical Engineers, 1950
In recent years a number of underground hydroelectric power stations have been built, mostly in Europe, and many others are under construction. While the last war has undoubtedly had some influence in making substantial protection of generating facilities seem desirable, it is pointed out that underground stations have been built long before the war ...
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Hydroelectric Power Plant Trashrack Design

Journal of the Power Division, 1971
Trashracks subjected to high velocity flow should be designed to avoid operating under resonant conditions. This requires that design consideration be given to the natural frequency of the trashrack bars and the forcing frequency due to the velocity of the fluid through the trashrack. The natural frequency of a trashrack bar is primarily dependent upon
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Hydroelectric power plants

Electrical Engineering, 1946
ELECTRIC UTILITY SYSTEMS on the North American continent derive their power supply predominantly from generating stations of either the steam-electric or hydroelectric type. It happens that in some utilities the one type predominates, while in others it may be almost or even completely absent.
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Power Swings in Hydroelectric Power Plants

Journal of Fluids Engineering, 1940
Abstract Power swings chargeable to hydraulic turbines have been found in hydroelectric plants built as far back as 1912. However, it has only been during the last ten years that much thought has been given to such swings, their characteristics, source, and elimination. The purpose of this paper is to supply technical data on the subject
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Stability Limits of Hydroelectric Power Plants

Journal of Energy Engineering, 1987
It is well known that the inertia of the water in the penstock is the main unstabilizing factor for the stability of a hydropower plant. Most of the analytical studies on this subject use the lumped‐system approach to include the water‐hammer effects.
Oscar F. Jiménez, M. Hanif Chaudhry
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SITING AND DIMENSIONING OF HYDROELECTRIC POWER PLANTS

IFAC Proceedings Volumes, 1985
Abstract This paper presents a new approach to the problem of selecting a development scheme for a river valley from preliminary surveys on candidate sites. Rather than proceeding by elimination, this approach identifies the scheme which minimizes the Investment and operating costs.
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