Figure 1 is an illustrative view of the present invention 10 in use. The present invention 10 is a system for generating electricity comprising a plurality of towers 14 in communication with a common base with an air intake venturi conduit 16 extending centrally and horizontally therefrom. The air intake venturi 16 with an air intake port 30 leading to a central venturi throat 28 of smaller diameter containing an air driven turbine connected to a power storage unit 20 used to power rotor 50 of generator 26. The power storage unit 20 is comprised of an air compressor 22 or liquid pump 24 in communication with a power storage tank 34. Additionally providing for an optional venturi-like collar positioned at the top of one or more stacks 14. Ideally the present invention 10 is situated at a high altitude such as a mountain top 36 to take advantage of the high winds which are prevalent in such conditions.

Figure 2 is a perspective view of the present invention 10. The present invention 10 is a system and method for generating power from a controlled air flow wherein air flow above a plurality of towers 14 draws ground air into the base 12 through an air intake port 30 and venturi throat 28, turning a turbine air wheel that has a drive shaft 38 leading to a power storage unit 20 for powering an air compressor 22 or liquid pump 23, power storage tank 34 and generator 26. Pressure valves 40 and an automatic controller 42 provide means to regulate air flow between the store tanks 34 and to the rotor 50 of generator 26.

Figure 3 is a sectional view of the present invention 10. Shown is a sectional view of the present invention 10, a system for generating electricity comprising a plurality of towers 14 in communication with a common base 12 having a venturi conduit 16 extending centrally therefrom. A pedal member 44 is disposed in the venturi throat 28 between the air intake port 30 and the turbine wheel 18 and angularly descends from the top of the conduit 16 towards the turbine wheel 18 to deflect air flow to strike the lower fins 46 thereof to effectively rotate the wheel 18. The turbine undershot air wheel 18 is connected to a power storage system used to power a compressor or pump. Also shown is the venturi-like collar 48 positioned at the top of the tower 14.

Figure 4 is a sectional view of the air intake venturi conduit 16. Shown is a sectional view of the conduit 16 housing having a venturi throat 28 of smaller diameter with an undershot turbine wheel 18 that is driven by the air flow passing through the air intake port 30 and deflected downward by the pedal 44 to drive the fins 46 and rotate the turbine wheel 18.

Figure 5 is a top sectional view of the present invention 10. Shown is a top sectional view of the present invention 10 for generating power from a controlled air flow through air current passing over a plurality of towers 14 that draws ground air through a common base 12 via a single venturi conduit 16 housing an air driven turbine wheel 18 used for powering a generator. The venturi conduit 16 comprises a venturi throat 28 of smaller diameter with an undershot turbine wheel 18 that is driven by the air flow passing through the air intake port 30 and deflected downward by the pedal 44 to drive the fins 46 and rotate the turbine wheel 18. The rotation of the turbine wheel 18 drives a power shaft 38 leading to a power storage unit 20 to energize an air compressor 22 or a liquid pump 24 and store the potential energy derived therefrom in a power storage tank 34. The potential energy is used to power the generator.

Figure 6 is a flow chart of the present invention 10. The present invention 10 is a system for generating electricity from a controlled air flow through air current passing over a plurality of towers 14 that draws ground air through a common base 12 via a single venturi conduit 16 housing an air driven turbine wheel 18 used for powering a generator 26. The venturi conduit 16 comprises a venturi throat 28 of smaller diameter with an undershot turbine wheel 18 that is driven by the air flow passing through the air intake port 30 and deflected downward by the pedal 44 to drive the fins 46 and rotate the turbine wheel 18. The rotation of the turbine wheel 18 drives a power shaft 38 leading to a power storage unit 20 to energize at least one air compressor 22 or a liquid pump 24 and store the potential energy derived therefrom in at least one power storage tank 34. Compressed air is released from the storage tank 34 and transferred to the generators whirling wheel 32 providing necessary mechanical energy to turn the rotor 50 of the generator 26 and in turn, means to convert the mechanical energy into electrical energy.

Figure 7 is a perspective view of the air wheel of the present invention. Shown is a detailed view of the turbine wheel 18 of the present invention. Air flow above a plurality of towers draws ground air through a conduit housing with a smaller diameter section containing an air driven turbine wheel 18 with fins 46 for generating energy through a drive shaft 38 to power a generator through a power storage facility.

Figure 8 is a detailed view of the whirling wheel 32 of the present invention. The present invention is a system for generating electricity comprising a plurality of towers in communication with a base level conduit housing having a centrally disposed section of smaller diameter housing an air driven turbine and an interiorly positioned deflector for deflecting air flow to a desired portion of the air wheel having a drive shaft for powering a generator 26 through a power storage facility.