HIGH EFFICIENCY WIND TURBINE
A wind driven generator may have a first rotating element associated with a first set of vanes distributed so as to be driven by wind in a first rotational direction about an axis of rotation. A second element is associated with a second set of vanes distributed so as to be driven by the wind in a second rotational direction opposite to the first rotational direction concentric with the axis of rotation of the first rotating element. The first rotating element has magnetic elements disposed thereon that project a magnetic field towards and onto the second rotating element. The second rotating element has electromagnetic coils disposed thereon, the electromagnetic coils being exposed to the magnetic field projected from the first rotating element.
1 . A wind driven generator comprising:
a first rotating element associated with a first set of vanes distributed so as to be driven by wind in a first rotational direction, the first rotating element having an axis of rotation,
a second element associated with a second set of vanes distributed so as to be driven the wind in a second rotational direction that is opposite to the first rotational direction, the second rotating element rotating concentrically with the axis of rotation of the first rotating element,
the first rotating element having magnetic elements disposed thereon that project a magnetic field towards and onto the second rotating element,
the second rotating element having electromagnetic coils disposed thereon, the electromagnetic coils being exposed to the magnetic field projected from the first rotating element, and
at least one electrical lead connected to the second rotating element to carry current away from the second rotating element.
2 . The generator of claim 1 wherein the first rotating element has the magnetic elements thereon and the second rotating element has the electromagnetic coils thereon.
3 . The generator of claim 1 wherein the second rotating element has the magnetic elements thereon and the first rotating element has the electromagnetic coils thereon.
4 . The generator of claim 1 wherein the axis of rotation in moveable in at least two degrees of rotation, vertically and horizontally.
5 . The generator of claim 4 wherein horizontal rotation of the axis of rotation allows automatic or machine driven alignment of the axis of rotation into wing.
6 . The generator of claim 5 wherein a conical nose is positioned on a most outward rotating element, with a front, smaller dimension section of the conical element being most outward from vanes.
7 . The generator of claim 6 wherein the conical nose is fixed with respect to a rotating support that supports the vanes.
8 . The generator of claim 6 wherein the conical is moveable with respect to a rotating support that supports the vanes enabling adjustments in aerodynamic function of the nose.
9 . The generator of claim 2 wherein horizontal rotation of the axis of rotation allows automatic or machine driven alignment of the axis of rotation into wing.
10 . The generator of claim 9 wherein a conical nose is positioned on a most outward rotating element, with a front, smaller dimension section of the conical element being most outward from vanes.
11 . The generator of claim 10 wherein the conical nose is fixed with respect to a rotating support that supports the vanes.
12 . The generator of claim 9 wherein the conical is moveable with respect to a rotating support that supports the vanes enabling adjustments in aerodynamic function of the nose.
13 . The generator of claim 3 wherein horizontal rotation of the axis of rotation allows automatic or machine driven alignment of the axis of rotation into wing.
14 . The generator of claim 13 wherein a conical nose is positioned on a most outward rotating element, with a front, smaller dimension section of the conical element being most outward from vanes.
15 . The generator of claim 14 wherein the conical nose is fixed with respect to a rotating support that supports the vanes.
16 . The generator of claim 14 wherein the conical is moveable with respect to a rotating support that supports the vanes enabling adjustments in aerodynamic function of the nose.