Prime-mover dynamo plants – Electric control – Fluid-current motors
Reexamination Certificate
2005-03-01
2005-03-01
Ponomarenko, Nicholas (Department: 2834)
Prime-mover dynamo plants
Electric control
Fluid-current motors
C290S054000, C060S398000
Reexamination Certificate
active
06861766
ABSTRACT:
A hydro-electric generating system for generating electrical energy and storing kinetic energy, in which, the process begins with the top reservoir filled with water directly from a river or local utility via a conduit.Then a multi megawatt wind turbine, such as the NEG micon 2-megawatt turbine, placed at heights, on the side of the structure that have never been reached with a man made mast or tower. The mega structure along with the extreme heights of this system will achieve increased wind shear on a high average. The wind turbine is secured to a cart for movement of the cart and the wind turbine. The wind turbine can move to locations along a track relative to wind direction. The wind turbine is the means to power the second pump. The second pump constantly replenishes the upper reservoir with water. The wind turbine produces more electricity than what the second pump requires. This surplus of electricity is sent, via electrical conductors to the regional power grid, which distributes power to cities and towns.The hydroelectric generator/pump, reversible, now has the kinetic energy above that is necessary to turn it's rotor blades and generate megawatts of electricity. This electricity is also sent to the electrical grid system via the electrical conductors. The hydro-electric generator/pump, which is reversible, is also used to replenish the upper reservoir. When back fed with electricity from the regional grid system or the wind turbine. The hydro-electric generator/pump, reverses and functions as a mega pump. This is efficient during off peak periods, when electricity is in less demand and, sold at a lower rate The water that is stored during off peak is released from the upper reservoir during peak periods. The water will flow down the conduit to the hydro-electric generator producing electricity in the greatly needed peak periods, this cycle is repeated as often as necessary.
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Chelsea Green Publishing Company White River Junction, Vermont.
Ponomarenko Nicholas
Thomason Charles L.
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