초록 ▼

A hydroelectric power generating method and/or apparatus provides one or more inlet pipes perpendicular to a flow of water in a stream or river. The inlet pipes have a length and plural apertures along the length of the at least one inlet pipe. A feedline and a turbine generator combination are inte

A hydroelectric power generating method and/or apparatus provides one or more inlet pipes perpendicular to a flow of water in a stream or river. The inlet pipes have a length and plural apertures along the length of the at least one inlet pipe. A feedline and a turbine generator combination are interconnected with the inlet pipes. One or more outlet pipes are interconnected with the feedline and the turbine generator combination. The outlet pipes have an elevation lower than the inlet pipe. A flow of water passes through the inlet pipes, the feedline, the turbine generator combination, and the outlet pipes, and generates electricity from the flow of water passing through the turbine generator combination. The hydroelectric power generating method also provides a pressure dissipation device that causes a reduction in the pressure of the water so that the water can be released safely back into the stream or river.

대표청구항 ▼

I claim: 1. A hydroelectric power generating method comprising: providing at least one inlet pipe perpendicular to a flow of water in a stream or river, the at least one inlet pipe having a length and plural apertures along the length of the at least one inlet pipe; providing a turbine generator c

I claim: 1. A hydroelectric power generating method comprising: providing at least one inlet pipe perpendicular to a flow of water in a stream or river, the at least one inlet pipe having a length and plural apertures along the length of the at least one inlet pipe; providing a turbine generator combination that outputs electrical power; providing a feedline and interconnecting the feedline to the at least one inlet pipe and the turbine generator combination; providing a pressure dissipation device that causes a reduction in the pressure of the water; interconnecting the turbine generator combination with the pressure dissipation device; providing at least one outlet pipe and interconnecting the at least one outlet pipe with pressure dissipation device, the at least one outlet pipe having an elevation lower than the inlet pipe; passing a flow of water through the at least one inlet pipe, the feedline, the turbine generator combination, the pressure dissipation device and the at least one outlet pipe so that the water is released back into the stream or river without having a negative effect on oxygen levels in the water; and generating electricity from the flow of water passing through the turbine generator combination. 2. A hydroelectric power generating apparatus comprising: at least one inlet pipe, the at least one inlet pipe having a length and plural apertures along the length of the at least one inlet pipe; a feedline and a turbine generator combination interconnected with said at least one inlet pipe; a pressure dissipation device configured to cause a reduction in the pressure of water so that the water can be released back into a stream or river without having a negative effect on oxygen levels in the water; and at least one outlet pipe interconnected with the feedline and the turbine generator combination, the at least one outlet pipe having an elevation lower than the inlet pipe; wherein said hydroelectric power generating apparatus is configured to generate electricity from the flow of water passing through the turbine generator combination. 3. A hydroelectric power generating apparatus comprising: at least one inlet pipe, the at least one inlet pipe having a length and plural apertures along the length of the at least one inlet pipe; a feedline and a turbine generator combination interconnected with said at least one inlet pipe, the feedline having a funneling configuration of the piping, wherein the pressure of the water is increased to a pressure sufficient to turn a turbine of a turbine generator combination; and at least one outlet pipe interconnected with the feedline and the turbine generator combination, the at least one outlet pipe having an elevation lower than the inlet pipe; wherein said hydroelectric power generating apparatus is configured to generate electricity from the flow of water passing through the turbine generator combination. 4. The hydroelectric power generating apparatus according to claim 3, wherein the feedline further comprises: pipe couplings; and, an input pipe having a funnel shaped end that is interconnected to the pipe couplings. 5. The hydroelectric power generating apparatus according to claim 4, further comprising the input pipe extending for a predetermined distance and being interconnected to the turbine generator combination. 6. The hydroelectric power generating apparatus according to claim 2, wherein the inlet pipe is positioned substantially perpendicular to the direction of the flow of water. 7. The hydroelectric power generating apparatus according to claim 5, further comprising water from the input pipe passing through the turbine generator combination and through the outlet pipe. 8. The hydroelectric power generating apparatus according to claim 2, wherein the pressure dissipation device is a tank. 9. The hydroelectric power generating apparatus according to claim 8, wherein the tank comprises an attachment to a drainpipe connected to the at least one outlet pipe. 10. The hydroelectric power generating apparatus according to claim 2, wherein the at least one outlet pipe has plural apertures disposed along its length. 11. The hydroelectric power generating apparatus according to claim 2, wherein the piping is located on a bed of a river. 12. The hydroelectric power generating apparatus according to claim 2, wherein the piping is provided on the ground. 13. The hydroelectric power generating apparatus according to claim 2, wherein the piping is buried in ground near the side of a river. 14. The hydroelectric power generating apparatus according to claim 11, wherein the piping is located on a gravel foundation such that the piping is not substantially damaged in extreme flood events. 15. The hydroelectric power generating apparatus according to claim 2, wherein volume and head pressure are used to turn and drive the turbine generator combination. 16. The hydroelectric power generating apparatus according to claim 15, wherein pipe volume of the system is successively reduced downstream to obtain a predetermined turbine driving pressure. 17. The hydroelectric power generating method according to claim 1, further comprising: placing the inlet and turbine generator combination in and along the stream so that a head of approximately 400 feet is created; and, providing system piping having a diameter of approximately forty-eight inches and a run downstream of approximately two thousand feet, wherein a pressure of about one hundred seventy-five pounds per square inch is generated to drive the turbine generator combination.