Solar Stand

1 . A stand comprising:

a pole having a fixed disk attached to a bottom end of the pole, the pole including a first hole and second hole sized to accept a hitch pin, the first hole corresponding to a collapsed state of the stand and the second hole corresponding to a deployed state of the stand;

a hub slidably mounted to the pole, the hub including a first hole corresponding to the first hole in the pole and the collapsed state of the stand and a notch corresponding to the second hole in the stand and the deployed state of the stand; and

a plurality of legs pivotably attached to the hub, the legs spread outward from the hub by the fixed disk when the stand is in the deployed state;

wherein, in the deployed state, the hitch pin is inserted through the second hole in the pole and rests in the notch in the hub, the notch preventing the pole from rotating relative to the hub.

2 . The stand of claim 1 further comprising an electronics enclosure mounted to the stand using a top ring and a bottom ring attached to the electronics enclosure, the top ring and the bottom ring sliding onto the pole.

3 . The stand of claim 2 wherein the bottom ring includes a notch that engages with the hitch pin and prevents the electronics enclosure from rotating.

4 . The stand of claim 1 wherein the plurality of legs comprises four legs.

5 . The stand of claim 1 wherein the plurality of legs attach to the hub using a plurality of leg supports, each of the plurality of leg supports corresponding to one of the plurality of legs, wherein the plurality of leg supports holds the plurality of legs at a desired angle from the hub when the stand is in the deployed state.

6 . The stand of claim 1 further comprising a solar panel mounted to the top of the pole.

7 . A method for deploying a portable stand, the method comprising:

sliding a hub along a pole, the pole having a fixed disk attached to a bottom end of the pole, the pole including a first hole and second hole sized to accept a hitch pin, the first hole corresponding to a collapsed state of the stand and the second hole corresponding to an deployed state of the stand and the hub including a first hole corresponding to the first hole in the pole and the collapsed state of the stand and a notch corresponding to the second hole in the stand and the deployed state of the stand wherein a plurality of legs pivotably attached to the hub spread outward from the hub by the fixed disk when the stand is in the deployed state; and

inserting the hitch pin through the second hole in the pole such that the hitch pin rests in the notch in the hub, the notch preventing the pole from rotating relative to the hub.

8 . The method of claim 7 wherein the stand further comprises an electronics enclosure mounted to the stand using a top ring and a bottom ring attached to the electronics enclosure, the top ring and the bottom ring sliding onto the pole.

9 . The method of claim 8 wherein the bottom ring includes a notch that engages with the hitch pin and prevents the electronics enclosure from rotating.

10 . The method of claim 7 wherein the plurality of legs comprises four legs.

11 . The method and of claim 7 wherein the plurality of legs attach to the hub using a plurality of leg supports, each of the plurality of leg supports corresponding to one of the plurality of legs, wherein the plurality of leg supports holds the plurality of legs at a desired angle from the hub when the stand is in the deployed state.

12 . The method of claim 7 wherein the stand further comprises a solar panel mounted to the top of the pole.

13 . A power supply for a remote pump comprising:

a stand, the stand comprising: a pole having a fixed disk attached to a bottom end of the pole, the pole including a first hole and second hole sized to accept a hitch pin, the first hole corresponding to a collapsed state of the stand and the second hole corresponding to an deployed state of the stand; a hub slidably mounted to the pole, the hub including a first hole corresponding to the first hole in the pole and the collapsed state of the stand and a notch corresponding to the second hole in the stand and the deployed state of the stand; and a plurality of legs pivotably attached to the hub, the legs spread outward from the hub by the fixed disk when the stand is in the deployed state; wherein, in the deployed state, the hitch pin is inserted through the second hole in the pole and rests in the notch in the hub, the notch preventing the pole from rotating relative to the hub;

a solar panel mounted to the stand;

an electronics enclosure mounted to the stand and electrically connected to the solar panel, the electronics enclosure including a battery and power supply circuitry.

14 . The power supply of claim 13 wherein the electronics enclosure mounts to the stand using a top ring and a bottom ring attached to the electronics enclosure, the top ring and the bottom ring sliding onto the pole.

15 . The power supply of claim 14 wherein the bottom ring includes a notch that engages with the hitch pin and prevents the electronics enclosure from rotating.

16 . The power supply of claim 13 wherein the plurality of legs comprises four legs.

17 . The power supply and of claim 13 wherein the plurality of legs attach to the hub using a plurality of leg supports, each of the plurality of leg supports corresponding to one of the plurality of legs, wherein the plurality of leg supports holds the plurality of legs at a desired angle from the hub when the stand is in the deployed state.

18 . The power supply of claim 13 wherein the solar panel mounts to the top of the pole.