Rotomolded vertical farming apparatus and system

1. A growing system comprising:

a rotomolded chassis that defines (i) an interior configured and dimensioned for positioning of plants, and (ii) an exterior that at least partially defines a perimeter around the interior, and

at least one secondary device positioned within and extending inwardly relative to the exterior of the rotomolded chassis, the at least one secondary device being configured and dimensioned to support plants;

wherein the rotomolded chassis includes (i) one or more support structures positioned within the interior of the rotomolded chassis that facilitate plant support in the interior of the rotomolded chassis by structurally supporting the at least one secondary device, (ii) one or more structural features that are configured and dimensioned to engage cooperating structural features associated with a mating chassis to facilitate stacking of the rotomolded chassis and the mating chassis, and (iii) at least one containing element for containing liquid within the interior of the rotomolded chassis.

2. The growing system according to claim 1 , further comprising: (i) a delivery element for delivering liquid into the interior of the rotomolded chassis, and (ii) a drain feature configured and dimensioned to allow liquid to drain from the interior of the rotomolded chassis.

3. The growing system according to claim 2 , wherein the containing element extends around the perimeter of the rotomolded chassis so that, in normal operation, no liquid exits the rotomolded chassis except through the drain element.

4. The growing system according to claim 3 , further comprising liquid within the interior of the rotomolded chassis, and wherein the liquid occupies a space that is less than a volume bounded by the rotomolded chassis and a plane upon which plant growth is supported.

5. The growing system according to claim 2 , wherein the drain feature is defined at least in part by a hollow space defined by the exterior of the rotomolded chassis.

6. The growing system according to claim 1 , wherein the one or more support structures include a ledge molded into the rotomolded chassis.

7. The growing system according to claim 1 , wherein the one or more support structures are step molded into the rotomolded chassis.

8. The growing system according to claim 1 , wherein the one or more support structures include a protrusion molded into the rotomolded chassis.

9. The growing system according to claim 1 , wherein the one or more support structures include a plurality of support elements molded into the rotomolded chassis.

10. The growing system according to claim 1 , wherein the one or more support structures include at least one support element that is attached to the rotomolded chassis.

11. The growing system according to claim 10 , wherein the at least one support element is attached to the rotomolded chassis by sliding into a groove or channel formed on the rotomolded chassis.

12. The growing system according to claim 10 , wherein the at least one support element is characterized by a coefficient of friction that is less than the coefficient of friction of the rotomolded chassis.

13. The growing system according to claim 10 , wherein the at least one support element is attached to the rotomolded chassis with a mechanical fastener.

14. The growing system according to claim 1 , wherein the one or more structural features comprise male protrusions on formed on the rotomolded chassis that are adapted to engage cooperating female recesses formed on the mating chassis.

15. The growing system according to claim 1 , wherein the one or more structural features comprise pegs protruding from the rotomolded chassis that are adapted to engage cooperating female apertures formed on the mating chassis.

16. A growing system comprising:

a rotomolded chassis that defines (i) an interior configured and dimensioned for positioning of plants, and (ii) an exterior that at least partially defines a perimeter around the interior,

wherein the rotomolded chassis includes (i) one or more support structures positioned at least partially within the interior of the rotomolded chassis that facilitate plant support in the interior of the rotomolded chassis, (ii) one or more structural features that are configured and dimensioned to engage cooperating structural features associated with a mating chassis to facilitate stacking of the rotomolded chassis and the mating chassis, and (iii) at least one containing element for containing liquid within the interior of the rotomolded chassis, and

wherein the rotomolded chassis is of dual wall construction.

17. The growing system according to claim 16 , wherein the dual wall construction encloses at least one hollow cavity that is sealed from an external environment.

18. A growing system comprising:

a rotomolded chassis that defines (i) an interior configured and dimensioned for positioning of plants, and (ii) an exterior that at least partially defines a perimeter around the interior,

a delivery element for delivering liquid into the interior of the rotomolded chassis, and

a drain feature configured and dimensioned to allow liquid to drain from the interior of the rotomolded chassis,

wherein the rotomolded chassis includes (i) one or more support structures positioned at least partially within the interior of the rotomolded chassis that facilitate plant support in the interior of the rotomolded chassis, (ii) one or more structural features that are configured and dimensioned to engage cooperating structural features associated with a mating chassis to facilitate stacking of the rotomolded chassis and the mating chassis, and (iii) at least one containing element for containing liquid within the interior of the rotomolded chassis, and

wherein the delivery element is defined at least in part by a hollow space defined by the exterior of the rotomolded chassis.

19. A growing system comprising:

a rotomolded chassis that defines (i) an interior configured and dimensioned for positioning of plants, and (ii) an exterior that at least partially defines a perimeter around the interior,

wherein the rotomolded chassis includes (i) one or more support structures positioned at least partially within the interior of the rotomolded chassis that facilitate plant support in the interior of the rotomolded chassis, (ii) one or more structural features that are configured and dimensioned to engage cooperating structural features associated with a mating chassis to facilitate stacking of the rotomolded chassis and the mating chassis, and (iii) at least one containing element for containing liquid within the interior of the rotomolded chassis, and

wherein the rotomolded chassis defines a wall having a thickness of at least 0.1 inches.

20. A growing system comprising:

a rotomolded chassis that defines (i) an interior configured and dimensioned for positioning of plants, and (ii) an exterior that at least partially defines a perimeter around the interior,

wherein the rotomolded chassis includes (i) one or more support structures positioned at least partially within the interior of the rotomolded chassis that facilitate plant support in the interior of the rotomolded chassis, (ii) one or more structural features that are configured and dimensioned to engage cooperating structural features associated with a mating chassis to facilitate stacking of the rotomolded chassis and the mating chassis, and (iii) at least one containing element for containing liquid within the interior of the rotomolded chassis,

wherein the one or more support structures include at least one support element that is attached to the rotomolded chassis, and

wherein the at least one support element is selected from the group consisting of (i) an adhesive, (ii) sliding the at least one support member into a groove or channel formed on the rotomolded chassis, (iii) a support element characterized by a coefficient of friction that is less than the coefficient of friction of the rotomolded chassis, and (iv) a mechanical fastener.