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HIGH JET POWER PLANT
Abstract
The considered design of a wind power plant big capacity, located in the area of jet streams in the atmosphere. The station consists of orthogonal turbines, combined in a three-dimensional construction connected with the ground gas-filled cable with conductive shell. The position of the station can be controlled by controlling the vector forces acting on the turbine. This control is exercised by filing jets in a boundary layer of the working blades of the turbine. The variants of schemes for the creation of such jets. Given the economic evaluation, confirming the high efficiency of the proposal.
References
1. Lyatkher V.M. High-rise wind power installation // News of the Russian Academy of Sciences. Power. 2006. No. 4. P. 47-57.
2. Lyatkher V.M. High-rise wind power installation. Patent RF 2240444, May 05.2003.
3. Lyatkher V.M. and Smirnov V.L. Highrise wind power station. C.C. USSR 1765495, October 03.1989.
4. Patent of the Russian Federation No. 2064085.
5. Patent of the USA No. 4659940.
6. Patents of the Russian Federation NN 1150395, 2240444.
7. Patent of the USA No.7741729.
8. Patent of the USA No.5451137.
9. Archer C.L., and Caldeira K. Global Assessment of High-Altitude Wind Power // Energies 2009, 2, 307319.
10. Lyatkher V.M. Renewable Power. Effective design. M.-Izevsk, Russia, 2011.
11. Lyatkher V.M. Wind Power. Turbine Design, Selection and Optimization. Wiley, 2013.
12. Vashkevich K.P., Samsonov V.V. The calculation of aerodynamic characteristics of windwheels vertical-axis type using the method of discrete vortices // Industrial aerodynamics, 1988, N 3(35).
13. Baklushin P.G., Vashkevich K.P.and Samsonov V.V. // J. of Wind Engineering and Industrial Aerodynamics. Vol.39, №1-3, May 1992.
14. Patent RF 2327059. Power installation for the vehicle drive / Lyatkher V.M. // Dec. 14.2006.
15. Amfilokhiyev V.B., Artyushkov H.P., Barbanel B.A., Korotkin A.I., Mazayev K.M., Maltsev L.I., Semenov B.N. Current state of the theory of management of an interface. St. Petersburg: Prod. SPMBM ”Malachite“, 2000.
16. Bogdanov P.A., Kozhukharov P.G., Maltsev L.I., Mikuta V.I., Khadzhimikhalev V.Kh. Underwater wing with jet management of its hydrodynamic characteristics. Sb. Liquid currents with free surfaces and polymeric additives. Novosibirsk, 1986. P. 36-73.
17. Angle II G.M., Pertl F.A., Mary Ann Clarke, Smith J.E. Lift Augmentation for Vertical Axis Wind Turbines // International Journal of Engineering. Vol. 4, Issue 5. P. 430-442.
18. McGrain D., Angle II G.M., Wilhelm J.P. Circulation Control Applied to Wind Turbines // ASME 2009 3rd International Conference on Energy Sustainability, Vol. 2, Paper no. ES2009-90076, P. 905-910.
Review
For citations:
Lyatkher V.M. HIGH JET POWER PLANT. Alternative Energy and Ecology (ISJAEE). 2014;(18):36-50. (In Russ.)
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