PONY MODULE FOR SOLAR TRACKER
A pony module having a solar panel may power a controller and/or drive device in a solar tracker. The pony module may be mounted directly on the drive device or a cradle supporting a solar panel support (e.g., a torque tube) attached to the drive device. The controller may be mounted on the solar panel of the pony module or may be mounted on the torque tube itself.
1 . A solar tracker, comprising:
a pony module, comprising:
a solar panel, and
a plurality of brackets attached to the solar panel, and
a plurality of support couplers directly attached to the brackets of the pony module;
at least one solar panel module support arranged in the support couplers and configured to support a solar panel module,
a drive device directly attached to the support couplers and configured to rotate the at least one solar panel module support and the pony module,
a controller directly attached to the at least one solar panel module support, and
wherein the solar panel of the pony module is configured to power the controller.
2 . The solar tracker of claim 1 , wherein the solar panel is configured to power the drive device.
3 . The solar tracker of claim 1 , wherein the solar panel is bifacial.
4 . The solar tracker of claim 1 , further comprising a plurality of solar panel modules disposed on the at least one solar panel module support, and
wherein the solar panel of the pony module is on a parallel plane with planes of the solar panel modules.
5 . The solar tracker of claim 1 , wherein the support couplers are each a cradle comprising wings angled at a non-perpendicular angle to a surface of the drive device attached to the cradle,
the brackets comprise a surface attached to the wings parallel to a plane of the wings.
6 . The solar tracker of claim 1 , wherein the plurality of support couplers comprise two support couplers on opposing sides of the drive device,
and the plurality of brackets comprise two brackets directly attached to the two support couplers, respectively.
7 . The solar tracker of claim 1 , wherein the pony module is not in direct contact with the drive device.
8 . A solar tracker, comprising:
a pony module, comprising:
a solar panel, and
a plurality of brackets attached to the solar panel, and
a drive device directly attached to the brackets of the pony module,
a plurality of support couplers coupled to the drive device,
at least one solar panel module support arranged in the support couplers and configured to support a solar panel module,
a controller directly attached to the at least one solar panel module support, and
wherein the solar panel of the pony module is configured to power the controller and the drive device is configured to rotate the at least one solar panel module support and the pony module.
9 . The solar tracker of claim 8 , wherein the solar panel is configured to power the drive device.
10 . The solar tracker of claim 8 , wherein the solar panel is bifacial.
11 . The solar tracker of claim 8 , further comprising a plurality of solar panel modules on the at least one solar panel module support,
wherein the solar panel of the pony module is on a parallel plane with planes of the solar panel modules.
12 . The solar tracker of claim 8 , wherein one of the brackets comprises a plate with first holes,
the support coupler comprises second holes aligned with the first holes,
the drive device includes third holes aligned with the first holes and the second holes, and
a plurality of fasteners being arranged through the first holes, the second holes, and the third holes.
13 . The solar tracker of claim 8 , wherein the brackets are spaced apart from each other at a distance lesser than a width of the drive device, the width taken in a direction perpendicular to a surface of the drive device attached with one of the brackets.
14 . The solar tracker of claim 8 , further comprising a plurality of solar panel modules disposed on the at least one solar panel module support,
wherein the solar panel of the pony module has a smaller area than each of the solar panel modules.
15 . A solar panel assembly, comprising:
a pony module, comprising:
a solar panel,
a controller directly attached to the solar panel, and
a plurality of brackets attached to the solar panel, and
a drive device directly attached to the brackets of the pony module, and
a plurality of support couplers coupled to the drive device and configured to couple at least one solar panel module support to the drive device, and
wherein the solar panel of the pony module is configured to power the controller and the drive device is configured to rotate the at least one solar panel module support and the pony module.
16 . The solar tracker of claim 15 , wherein the solar panel powers the drive device
17 . The solar tracker of claim 15 , further comprising a plurality of solar panel modules on the at least one solar panel module support, and the solar panel of the pony module is on a parallel plane with planes of the solar panel modules.
18 . The solar tracker of claim 15 , wherein one of the brackets comprises a plate with first holes,
the support coupler comprises second holes aligned with the first holes,
the drive device includes third holes aligned with the first holes and the second holes, and
a plurality of fasteners being arranged through the first holes, the second holes, and the third holes.
19 . The solar tracker of claim 15 , wherein the brackets are spaced apart from each other at a distance lesser than a width of the drive device, the width taken in a direction perpendicular to a surface of the drive device attached with one of the brackets.
20 . The solar tracker of claim 15 , further comprising a plurality of solar panel modules disposed on the at least one solar panel module support,
wherein the solar panel of the pony module has a smaller area than each of the solar panel modules.