Open-air parking shelter with photovoltaic elements and improved airflow characteristics

1. An open-air parking shelter comprising:

a canopy structure comprising a plurality of elongated shading members arranged in spaced apart relation, said spaced apart relation being such that airflow and precipitation is permitted between said elongated shading members;

photovoltaic elements provided on said elongated shading members for receiving solar radiation and converting said solar radiation to electricity;

a power output coupled to each of the photovoltaic elements for outputting the electricity converted by said photovoltaic elements;

a support structure comprising a pillar extending below a central region of the canopy structure configured to support said canopy structure in spaced relation above a ground surface;

wherein each of said plurality of elongated shading members has a rounded configuration;

wherein said elongated shading members extend parallel to one another, and said support structure further comprises at least one transverse support beam extending perpendicularly to said elongated shading members,

wherein the elongated shading members are mounted to said at least one transverse support beam, and the transverse support beam is supported by said pillar; and

wherein each said transverse support beam has an undulated configuration such that the elongated shading members are arranged in an undulated configuration along each said transverse support beam.

2. An open-air parking shelter according to claim 1 , wherein said photovoltaic elements are provided on each of said elongated shading members.

3. An open-air parking shelter according to claim 1 , wherein said elongated shading members are formed of a transparent material, and said photovoltaic elements are received inside said elongated shading members.

4. An open-air parking shelter according to claim 2 , wherein said elongated shading members are formed of a transparent material, and said photovoltaic elements are received inside said elongated shading members.

5. An open-air parking shelter according to claim 3 , wherein said photovoltaic elements are thin films applied to upper interior surfaces of said elongated shading members.

6. An open-air parking shelter according to claim 4 , wherein said photovoltaic elements are thin films applied to upper interior surfaces of said elongated shading members.

7. An open-air parking shelter according to claim 1 , wherein said photovoltaic elements are provided on at least upper exterior surfaces of said elongated shading members.

8. An open-air parking shelter according to claim 7 , wherein said photovoltaic elements are thin films applied on at least the upper exterior surfaces of said elongated shading members.

9. An open-air parking shelter according to claim 2 , wherein said photovoltaic elements are provided on at least upper exterior surfaces of said elongated shading members.

10. An open-air parking shelter according to claim 9 , wherein said photovoltaic elements are thin films applied on at least the upper exterior surfaces of said elongated shading members.

11. An open-air parking shelter according to claim 1 , wherein said pillar extends vertically below the central region of said canopy structure.

12. An open-air parking shelter according to claim 1 , wherein said at least one transverse support beam includes a pair of said transverse support beams spaced apart from one another, and wherein the elongated shading members are mounted to each of said pair of transverse support beams and each of the transverse support beams is supported by said pillar.

13. An open-air parking shelter according to claim 12 , wherein said support structure further comprises a plurality of radial support arms, each radial support arm being connected at an inner end to a portion of the pillar, and at an outer end to a portion of an associated one of the transverse support beams.

14. An open-air parking shelter according to claim 13 , wherein said radial support arms extend downwardly at an angle, the portion of the pillar at which the inner ends of the radial support arms connect being spaced below an upper end of the pillar.

15. An open-air parking shelter according to claim 14 , wherein said radial support arms are lower radial support arms, and wherein said support structure further comprises upper radial support arms, each upper radial support arm being connected at an inner end to a top portion of the pillar, and at an outer end to a portion of an associated one of the transverse support beams.

16. An open-air parking shelter according to claim 15 , wherein the outer ends of pairs of said upper and lower radial support arms are joined together for connection to the same portion of the associated one of the transverse support beams.

17. An open-air parking shelter according to claim 1 , wherein the undulated configuration of each said transverse support beam has a downwardly facing concave portion and an upwardly facing concave portion.

18. An open-air parking shelter according to claim 17 , wherein the downwardly facing concave portion is on a first side of the pillar, and the upwardly facing concave portion is on a second side of the pillar.

19. An open-air parking shelter according to claim 17 , wherein the transverse support beam further comprises a curved configuration.

20. An open-air parking shelter according to claim 1 , wherein the canopy structure is configured to position at least a portion of one of the plurality of elongated shading members offset from another of the plurality of elongated shading members relative to the ground surface.

21. An open-air parking, shelter according to claim 1 , wherein the rounded configuration of one of the plurality of elongated shading members is adjacent to the rounded configuration of another of the plurality of elongated shading members in the spaced apart relation.

22. An open-air parking shelter according to claim 1 , wherein the support structure comprises a curved configuration.

23. An open-air parking shelter according to claim 1 wherein the plurality of elongated shading members are spaced evenly in the canopy structure.

24. An open-air parking shelter according to claim 1 wherein the photovoltaic elements have a rounded configuration.