Solar power generation apparatus capable of tracking sunlight
View Patent ↗The present invention relates to a solar power generation apparatus, which comprises: torque tubes which are arranged to form a plurality of columns; a plurality of solar panels which are installed along each torque tube; posts which rotatably support each torque tube; lever arms which are coupled with each torque tube; a linkage which is disposed on the lower side of the torque tubes and is connected to each lever arm; an actuator which reciprocates the linkage in the longitudinal direction of the linkage, thereby rotating the torque tubes around an axis based on the longitudinal direction of the torque tubes; and a bed frame which is installed between some of the plurality of posts, wherein the actuator is supported thereon.
1. A solar energy generation apparatus comprising torque tubes arranged in rows; solar panels installed along each torque tube; posts rotatably supporting at least one of the torque tubes, at least one of the posts anchored to ground to form an anchor, the anchor having a surface; a journal anchored to a top of the anchor, the journal having a surface facing the anchor surface; a first anchoring hole in the journal surface and having a first length greater than a first width, the first anchoring hole extending along the surface in a first direction; a second anchoring hole in the anchor surface and having a second length greater than a second width, the second anchoring hole extending along the anchor surface in a second direction not parallel to the first direction; a lever arm connected to at least one of the torque tubes; a linkage disposed under at least one of the torque tubes and connected to at least one of the lever arms; an actuator for actuating the linkage and causing rotation of the torque tube; and a bed supporting the actuator and disposed between some of the posts.
2. The solar energy generation apparatus of claim 1 wherein the bed includes a pair of beams anchored to a corresponding post and wherein the actuator is anchored to the pair of beams.
3. The solar energy generation apparatus of claim 2 wherein the linkage is disposed between the pair of beams and the actuator includes a rod connected to the linkage.
4. The solar energy generation apparatus of claim 2 wherein the bed is disposed between the posts to anchor the torque tube.
5. The solar energy generation apparatus of claim 4 wherein the rows of torque tubes comprise front rows, back rows, and middle rows, the actuator being disposed between the middle rows.
6. The solar energy generation apparatus of claim 1 wherein the journal comprises a first journal half anchored to the top of the anchor and a second journal half coupled to the first journal half, the solar energy generation apparatus further comprising a bearing anchored between the first and second journal halves and rotatably supporting at least one of the torque tubes.
7. The solar energy generation apparatus of claim 1 wherein the anchor has a ground surface facing the ground and a third anchoring hole having a third length and a third width, the third anchoring hole extending along the ground surface in a third direction parallel to the second direction such that the third length is greater than the third width.
8. The solar energy generation apparatus of claim 1 wherein the first direction is perpendicular to the second direction.
9. The solar energy generation apparatus of claim 1 wherein the first anchoring hole comprises a plurality of first anchoring holes each extending along the journal surface in the first direction such that each first length is greater than the respective first width.
10. The solar energy generation apparatus of claim 9 wherein the second anchoring hole comprises a plurality of second anchoring holes each extending along the anchor surface in the second direction such that each second length is greater than the respective second width.
11. The solar energy generation apparatus of claim 10 further comprising a greater number of first anchoring holes than second anchoring holes.
12. The solar energy generation apparatus of claim 11 further comprising twice as many first anchoring holes as second anchoring holes.
13. A solar energy generation apparatus comprising torque tubes arranged in rows; solar panels installed along each torque tube; posts rotatably supporting at least one of the torque tubes, at least one of the posts anchored to ground to form an anchor, the anchor having a surface; a journal comprising a first journal half anchored to the top of the anchor and a second journal half coupled to the first journal half, the journal having a surface facing the anchor surface; a first anchoring hole in the journal surface and having a first length greater than a first width, the first anchoring hole extending along the journal surface in a first direction; a second anchoring hole in the anchor surface and having a second length and a second width, the second anchoring hole extending along the anchor surface in a second direction not parallel to the first direction such that the second length is greater than the second width; a bearing anchored between the first and second journal halves and rotatably supporting at least one of the torque tubes; a lever arm connected to at least one of the torque tubes; a linkage disposed under at least one of the torque tubes and connected to at least one of the lever arms; an actuator for actuating the linkage and causing rotation of the torque tube; and a bed supporting the actuator and disposed between some of the posts.
14. The solar energy generation apparatus of claim 13 wherein the first journal half includes a partially circular cross-section bearing support to support the bearing and an anchoring part that is formed as one piece with the bearing support, the anchoring part forming said first anchoring hole.
15. The solar energy generation apparatus of claim 14 wherein the solar panel is rotatable and has an axis perpendicular to an axis of the torque tube.
16. The solar energy generation apparatus of claim 15 wherein a first side of the solar panel is hinged to the torque tube and a second side of the solar panel has a coupling to maintain certain angles.
17. The solar energy generation apparatus of claim 16 wherein the coupling is disposed between the second side of the solar panel and the torque tube, further comprising an anchoring arm with multiple holes along its length and an anchoring pin that inserts through at least one of the multiple holes to couple the solar panel to the torque tube.
18. A solar energy generation apparatus comprising:
torque tubes arranged in rows;
solar panels installed along each torque tube;
posts rotatably supporting at least one of the torque tubes, at least one of the posts anchored to ground to form an anchor, the anchor having a surface;
a journal anchored to a top of the anchor, the journal having a surface facing the anchor surface;
a first anchoring hole in the journal surface and having a first length greater than a first width, the first anchoring extending along the journal surface in a first direction;
a second anchoring hole in the anchor surface and having a second length greater than a second width, the second anchoring hole extending along the anchor surface in a second direction not parallel to the first direction.
19. The solar energy generation apparatus of claim 18 wherein the journal comprises a first journal half anchored to the top of the anchor and a second journal half coupled to the first journal half, the solar energy generation apparatus further comprising a bearing anchored between the first and second journal halves and rotatably supporting at least one of the torque tubes.
20. The solar energy generation apparatus of claim 19 wherein the first journal half includes a partially circular cross-section bearing support to support the bearing and an anchoring part that is formed as one piece with the bearing support, the anchoring part forming said first anchoring hole.