초록 ▼

A hydroelectric power plant for use in flowing bodies of water is described which includes a new spillway canal constructed to enhance the flow of water by increasing the water pressure. Because the canal has the angled feature on both ends, the water flow can be enhanced when backflow conditions ex

A hydroelectric power plant for use in flowing bodies of water is described which includes a new spillway canal constructed to enhance the flow of water by increasing the water pressure. Because the canal has the angled feature on both ends, the water flow can be enhanced when backflow conditions exist as well as when primary flow conditions are present. In addition the canal utilizes a unique combination of both traditional and Pelton type water wheels to convert the water pressure to electric power. The canal, the extensions and both types of water wheels are also adjustable in nature to maximize the amount of power obtainable from any given body of water. The adjustments include the ability to be moved relative to the spillway to create differing angles of input and/or output in the actual spillway structure.

대표청구항 ▼

What is claimed is: 1. A hydroelectric power plant system for use in a flowing body of water comprising: a. a power plant for generation of electric power, the power plant located along flowing water comprising an electric power generating means and a water channeling canal; b. two extensions, arra

What is claimed is: 1. A hydroelectric power plant system for use in a flowing body of water comprising: a. a power plant for generation of electric power, the power plant located along flowing water comprising an electric power generating means and a water channeling canal; b. two extensions, arranged at predetermined angles radiating outward with respect to the longitudinal axis of the power plant located at the proximal and distal ends of the water channeling canal, these extensions defining a funnel to enhance the pressure and flow of the water in the water channeling canal; and c. an extension moving means attached to the extensions to varying the shape of the funnel. 2. The hydroelectric power plant system of claim 1 wherein the angles of the extensions are moved to an angle of 45�� respectively with respect to the longitudinal axis of the power plant. 3. The hydroelectric power plant system of claim 1 wherein the intake and outlet extensions are each moved to different angles with respect to the longitudinal axis of the power plant. 4. The hydroelectric power plant system of claim 1 wherein the extensions are adapted to be movable to angles different than 45�� relative to the longitudinal axis of the power plant. 5. The hydroelectric power plant system of claim 1 wherein an intermediate portion of an extension is moved to form the funnel shape defined by the extensions. 6. The hydroelectric power plant system of claim 5 wherein the funnel shape is formed on the upstream side of the power plant system. 7. The hydroelectric power plant system of claim 5 wherein the funnel shape is formed on the downstream side of the power plant system. 8. The hydroelectric power plant system of claim 1 wherein the extensions are moved to form an additional pool structure within the water channeling canal. 9. The hydroelectric power plant system of claim 8 wherein the pool structure is formed on the upstream side of the power plant system. 10. The hydroelectric power plant system of claim 8 wherein the pool structure is formed on the downstream side of the power plant system. 11. The hydroelectric power plant system of claim 1 wherein a portion of the electric power generating means comprises a plurality of water wheels located in the water channeling canal. 12. The hydroelectric power plant system of claim 11 wherein the water wheels are both traditional and Pelton type wheels. 13. The hydroelectric power plant system of claim 11 wherein the water wheels are modified to permit maximization of water pressure utilization. 14. The hydroelectric power plant system of claim 11 wherein the Pelton type water wheels are modified to permit maximization of water pressure utilization. 15. The hydroelectric power plant system of claim 11 wherein the traditional and Pelton type water wheel are arranged in alternating relationship. 16. The hydroelectric power plant system of claim 1 wherein the means to move the extensions is located on the outside portion of the extensions. 17. The hydroelectric power plant system of claim 1 wherein the means to move the extensions is located on the inside portion of the extensions. 18. The hydroelectric power plant system of claim 1 wherein the means for moving the extensions is an hydraulic device. 19. The hydroelectric power plant system of claim 1 wherein the means for moving the extensions comprises a plurality of hydraulic devices. 20. A hydroelectric power plant system for use in a flowing body of water comprising: a power plant for generation of electric power, the power plant located along flowing water comprising an electric power generating means and a water channeling canal formed by movable extensions, wherein a portion of the electric power generating means comprises a plurality of water wheels located in the water channeling canal, these water wheels being both traditional and Pelton type wheels.