초록 ▼

A system for the collection and storage of energy, wherein compressed air from any source is utilized to make a fully automatic, sequential series of chamber-to-chamber blow-type vertical water lifts to an elevated water storage reservoir. Potential energy stored in the reservoir is extracted by mea

A system for the collection and storage of energy, wherein compressed air from any source is utilized to make a fully automatic, sequential series of chamber-to-chamber blow-type vertical water lifts to an elevated water storage reservoir. Potential energy stored in the reservoir is extracted by means of an hydraulic air compressor located below the reservoir and functioning by virtue of the resultant pressure head.

대표청구항 ▼

1. An energy collection and storage system, comprising: a compressed air source; an energy storage means for storing energy as an hydraulic pressure head; a pneumatic water pump; a compressed air manifold means for coupling compressed air from said compressed air source to said pneumatic water

1. An energy collection and storage system, comprising: a compressed air source; an energy storage means for storing energy as an hydraulic pressure head; a pneumatic water pump; a compressed air manifold means for coupling compressed air from said compressed air source to said pneumatic water pump; water manifold means for delivering water from said pneumatic water pump to said energy storage means; and an hydraulic air compressor means controlled by liquid from said energy storage means for providing a supply of compressed air to said compressed air manifold. 2. An energy collection and storage system as defined in claim 1, further comprising water supply means for delivering water from said energy storage means at a pressure head to said hydraulic air compressor for driving said hydraulic air compressor. 3. An energy collection and storage system as defined in claim 2 wherein said compressed air manifold includes a compressed air storage tank and means for providing compressed air to pneumatic devices. 4. An energy collection and storage system as defined in claim 3, further comprising a domestic water storage means coupled to said water manifold for receiving water therefrom. 5. An energy collection and storage system as defined in claim 2 wherein said pneumatic water pump includes: a first stage pneumatic displacement water pump means; and a second stage pneumatic displacement water pump means elevated above said first stage pneumatic displacement water pump for receiving water from said first stage pneumatic water pump means at a first pressure and delivering it to said water manifold means at an increase pressure and relative to said first pressure. 6. An energy collection and storage system as defined in claim 2 wherein said compressed air source comprises: a wind driven turbine; and an air compressor driven by said wind driven turbine and coupled to said compressed air manifold. 7. An energy collection and storage system as defined in claim 6, further comprising an air storage tank for receiving compressed air from said air compressor and delivering said received compressed air to said compressed air manifold. 8. An energy collection and storage system as defined in claim 5 wherein said second stage pneumatic displacement water pump means comprises: a pump chamber; a float within said pump chamber; and first and second pilot valves mutually exclusively providing pneumatic coupling to said compressed air manifold in response to the position of said float in said pump chamber. 9. An energy collection and storage system as defined in claim 8, further comprising: a first pneumatic valve controlled by said first pilot valve for coupling said compresed air manifold to said first stage pneumatic displacement water pump when said first pneumatic valve is opened to said compressed air manifold and venting said first stage pneumatic displacement pump when said first pneumatic valve is closed to said compressed air manifold; and a second pneumatic valve responsive to said second pilot valve for coupling said compressed air manifold to said second stage pneumatic displacement pump chamber when said second pneumatic valve is opened to said compressed air manifold and venting said second stage pneumatic displacement water pump chamber when said second pneumatic valve is closed to said compressed air manifold. 10. An energy collection and storage system as defined in claim 9, further comprising means for opening said second pilot valve to said compressed air manifold in response to said float reaching a predetermined high level in said second stage pneumatic displacement pump chamber and for opening said first pilot valve to said compressed air manifold in response to said float reaching a predetermined low level in said second stage pneumatic displacement water pump chamber.