Turbovane wind turbine
View Patent ↗A wind turbine uses a series of airfoils/vanes that rotate in a vertical plane within a specifically designed housing. The housing has several adjustable surfaces that control airflow patterns within the housing to increase wind velocity through a vortex effect.
1. A wind turbine receiving an air inflow, the wind turbine comprising:
a housing including a leading plane surface extending at an incline from a base of the housing, a plurality of surfaces that are spaced from each other within the housing and configured to provide a loop in the air inflow, a vertically biased rudder and a plurality of airfoil vanes that are rotatable about a central axis in a vertical plane,
wherein the plurality of surfaces includes a first radial wedge, one of a second radial wedge and a first adjustable flap that is spaced from the first radial wedge, and one of a third radial wedge and a second adjustable flap that is spaced from the first radial wedge and the one of the second radial wedge and the first adjustable flap, at least the first radial wedge having a concave surface as viewed from the central axis that is configured to be contactable with air,
wherein the plurality of airfoil vanes includes a first airfoil vane that has a first side that extends at least in part convexly and a second side that is disposed opposite to the first side and is at least partially planar;
wherein the wind turbine encompasses four volume quadrants including quadrant I, quadrant II, quadrant III, and quadrant IV arranged such that quadrant I is located at an entrance into an interior of the turbine and the other of the four volume quadrants are arranged numerically in a clockwise orientation following the quadrant I, the first radial wedge is disposed in the quadrant IV, the one of the second radial wedge and the first adjustable flap is disposed in the quadrant III and the one of the third radial wedge and the second adjustable flap is disposed in the quadrant II to assist in development of a vortex in the quadrant III and the quadrant IV, and
wherein the first radial wedge is disposed between the leading plane surface and the one of the second radial wedge and the first adjustable flap.
2. The wind turbine according to claim 1 , wherein the housing includes a first exterior panel with the second adjustable flap disposed adjacent to the first exterior panel inside of the housing, wherein the second adjustable flap includes a flat portion, facing the airfoil vanes, that can be adjusted through various angles with respect to the first panel to control an airflow pattern through the housing.
3. The wind turbine according to claim 2 , wherein the housing further includes a second exterior panel disposed opposite to the first exterior panel, wherein the first adjustable flap is disposed adjacent to the second exterior panel inside of the housing, and wherein the first adjustable flap comprises a forward inclined plane that can be adjusted through various angles with respect to the second exterior panel.
4. The wind turbine according to claim 1 , further comprising an energy transforming device mechanically interacting with the plurality of airfoil vanes.
5. The wind turbine according to claim 4 , wherein the energy transforming device is a generator configured to produce electric current.
6. The wind turbine according to claim 1 , wherein the leading plane surface comprises a forward inclined plane that has a fixed angle.
7. The wind turbine according to claim 6 , wherein the leading plane surface is adapted to cause an acceleration of the ambient air flow through the housing.
8. The wind turbine according to claim 1 , wherein the housing includes an exterior panel and an air channel extending between the exterior panel of the housing and the first radial wedge.
9. The wind turbine according to claim 1 , wherein the housing includes an exterior panel and an air channel extending between the exterior panel of the housing and the one of the second radial wedge and first adjustable flap.