POLE-MOUNTABLE WIND TURBINE SUPPORT SYSTEM

• US 20090200808A1
• Filed: 03/23/2009
• Published: 08/13/2009
• Est. Priority Date: 02/25/2006
• Status: Abandoned Application

• Current Assignee: Daniel W. Parmley Sr
• Original Assignee: Daniel W. Parmley Sr
• Inventors: Parmley, Daniel W. SR.
• Application Number:
  US12/409,476
• Publication Number:
  US 20090200808A1
• Time in Patent Office: Days
• US Class Current: 290/55
• CPC Class Codes: F03D 13/20 Arrangements for mounting or supporting wind motors; Masts or towers for wind motors
• CPC Class Codes: F03D 9/007 the wind motor being combined with means for converting solar radiation into useful energy
• CPC Class Codes: F03D 9/257 the wind motor being part of a wind farm
• CPC Class Codes: F03D 9/43 using infrastructure primarily used for other purposes, e.g. masts for overhead railway power lines
• CPC Class Codes: F05B 2220/708 Photoelectric means, i.e. photovoltaic or solar cells
• CPC Class Codes: Y02B 10/30 Wind power
• CPC Class Codes: Y02B 10/70 Hybrid systems, e.g. uninterruptible or back-up power supplies integrating renewable energies
• CPC Class Codes: Y02E 10/72 Wind turbines with rotation axis in wind direction
• CPC Class Codes: Y02E 10/728 Onshore wind turbines

Abstract

A support for supporting a plurality of wind turbine generators on a pole may be raised or lowered. The support accommodates a solar voltaic array attached to the pole and allows the wind turbines to be raised and lowered past the attached solar voltaic array. Waste heat from the solar voltaic array is ducted to assist in driving the wind turbines. A cogeneration unit, including an engine-generator set, may be attached to the pole at the base and engine exhaust, heat exchanged to the air from the engine coolant, and convection-heated air from the engine-generator set may also be ducted to assist in driving the wind turbines. A reverse feed switch may be used to transfer excess electrical power to the commercial grid when the primary load does not require it. Loads may include a solar parking lot at night, a commercial building, or hospital.

Claims

1. A pole-mountable wind turbine support system comprising:

a) a plurality of wind turbines;

b) a support, operable to support said plurality of wind turbines on a vertical pole,

c) wherein at least a portion of said support is further operable to raise and lower said plurality of wind turbines on said vertical pole.

2. The pole-mountable wind turbine support system of claim 1, further comprising a plurality of electrical generators, corresponding to said plurality of wind turbines, coupled to said plurality of wind turbines and operable to produce electricity responsive to rotation of at least one wind turbine of said plurality of wind turbines.

3. The pole-mountable wind turbine support system of claim 1, wherein said support comprises a support ring, wherein said support ring comprises first and second half-rings operable to be releasably connected to form said support ring.

4. The pole-mountable wind turbine support system of claim 3, wherein said first half-ring has a fixed vertical position on said pole and has rotational freedom of motion about a vertical axis of said pole.

5. The pole-mountable wind turbine support system of claim 3, wherein said second half-ring is operable to:

a) move vertically on said pole; and

b) move said plurality of pole-mountable wind turbines rotationally about said pole, responsive to changes in wind direction.

6. The pole-mountable wind turbine support system of claim 1, further comprising:

a) at least one solar voltaic array fixed to a first side of said pole;

b) ductwork for directing air bearing waste heat from said at least one solar voltaic array, wherein said air bearing said waste heat is ducted to assist in driving said plurality of wind turbines;

c) wherein said second half-ring is operable to move said plurality of wind turbines above or below said at least one solar voltaic array on a second side of said pole.

7. The pole-mountable wind turbine support system of claim 1, further comprising vertical actuators operable to move at least a portion of said support vertically on said pole.

8. The pole-mountable wind turbine support system of claim 1, further comprising:

a) an engine-generator set for producing electricity and heat, wherein said heat comprises heat from an engine cooling system, heat from engine exhaust gases, and heat from convection cooling of said engine-generator set;

b) a heat exchanger for transferring at least a portion of said heat to an air stream; and

c) ductwork for directing said heated airstream to drive said plurality of wind turbines.

9. The pole-mountable wind turbine support system of claim 8, further comprising:

a) at least one solar voltaic array fixed to a first side of said pole;

b) ductwork for directing air bearing waste heat from said at least one solar voltaic array, wherein said air bearing said waste heat is ducted to assist in driving said plurality of wind turbines;

c) wherein said second half-ring is operable to move said plurality of wind turbines above or below said at least one voltaic array on a second side of said pole.

10. The pole-mountable wind turbine support system of claim 9, wherein electric power from said engine-generator set, electric power from said solar voltaic array, and electric power from said plurality of wind turbines is combined on a common DC bus in a UPS, wherein said DC bus has at least one DC output coupling.

11. The pole-mountable wind turbine support system of claim 10, wherein said combined electrical power is provided to a reverse feed switch and to a primary load, wherein said reverse feed switch is operable to transfer at least a portion of said combined electrical power to a commercial electrical power grid when said primary load does not consume all of said combined electrical power.

12. The pole-mountable wind turbine support system of claim 11, wherein said reverse feed switch comprises a portion of at least one parking lot solar power system, said at least one parking lot solar power system further comprising:

a) a parking lot;

b) a roof for providing shaded parking for at least one vehicle, said roof supported above at least a portion of said parking lot;

c) at least one solar voltaic array mounted on said roof;

d) a housing operable to support and assist in protecting;

i. a UPS core having an AC input, an AC-DC converter, a multi-port DC bus, and a DC-AC inverter;

ii. said reverse feed switch electrically coupled to said DC-AC inverter and to said commercial electrical power grid;

iii. a backup AC generator electrically coupled to said primary load and to said reverse feed switch; and

iv. at least one rapidly responsive energy storage device coupled to said multi-port DC bus;

e) a power conduit from said at least one solar voltaic array to an external DC input coupling on said multi-port DC bus; and

f) a power conduit from an external DC output coupling on said multi-port DC bus, operable to assist in coupling said multi-port DC bus to said at least one automotive charging station.

13. A pole-mountable wind turbine support system comprising:

a) a plurality of wind turbines mechanically coupled to a corresponding plurality of electrical power generators;

b) a support, operable to support said plurality of wind turbines on a vertical pole, said support comprising a ring surrounding said pole, said ring further comprising first and second half-rings that are releasably connectable together; and

c) wherein;

i. said first half-ring maintains a fixed vertical position on said pole and is rotatable about a vertical axis of said vertical pole; and

ii. second half-ring is operable to raise and lower said plurality of wind turbines on said vertical pole and, when connected to said first ring, is rotatable about said vertical axis of said vertical pole.

14. The pole-mountable wind turbine support system of claim 13, further comprising:

a) a plurality of additional electrical energy producers coupled to said pole;

b) at least one heat exchanger for exchanging waste heat from said additional electrical energy producers to an air stream;

c) at least one ductwork, operable to conduct said heated air stream to assist in driving said plurality of wind turbines.

15. The pole-mountable wind turbine support system of claim 14, further comprising:

a) a UPS having a multi-port DC bus operable to combine electrical power from said plurality of electrical energy producers and to provide a DC output coupling;

b) a plurality of electrical loads coupled to said combined electrical power;

c) at least one reverse feed switch operable to provide combined electrical power to a commercial electrical power grid when other electrical loads do not require it.

16. The pole-mountable wind turbine support system of claim 15, wherein a load of said plurality of loads comprises at least one parking lot solar power system acting as an electrical load when solar power is not available.

17. The pole-mountable wind turbine support system of claim 15, wherein said plurality of electrical energy producers comprises a solar voltaic array and an engine-generator set.

18. The pole-mountable wind turbine support system of claim 13, further comprising an aerodynamic structure to assist in maintaining said plurality of wind turbines in air flows of approximately equal velocity.

19. The pole-mountable wind turbine support system of claim 13 wherein said plurality of wind turbines comprises first and second vertical-axis wind turbines having opposite rotational directions.

20. A pole-mountable wind turbine support system comprising:

a) first and second vertical-axis wind turbines mechanically coupled to corresponding first and second electrical power generators;

b) a support, operable to support said first and second wind turbines astride a vertical pole, said support comprising a ring surrounding said pole, said ring further comprising first and second half-rings that are releasably connectable together,

c) wherein;

i. said first half-ring maintains a fixed vertical position on said pole and is rotatable about a vertical axis of said vertical pole; and

ii. second half-ring is operable to raise and lower said plurality of wind turbines on said vertical pole and, when connected to said first ring, is rotatable about said vertical axis of said vertical pole;

d) ductwork operable to conduct a stream of heated air to assist in driving said first and second wind turbines;

e) at least one heat exchanger operable to heat said stream of heated air from waste heat generated by at least one electrical power source; and

f) a UPS having a multiport bus operable to combine electrical power from said at least one electrical power source with electrical power generated by said electrical power generators mechanically coupled to said first and second wind turbines.