Abstract: A hyperponic growing apparatus includes a growing chamber for supporting the growth of a plant positioned within the growing chamber. A cooling duct is attached to the growing chamber and the cooling duct is comprised of a translucent material to pass light through the cooling duct. The cooling duct is fluidly coupled to an air conditioning unit to facilitate moisture within the growing chamber to condense on the cooling duct. A growing light is suspended from the growing chamber to emit light through the cooling duct to facilitate the plant to be exposed to the light emitted by the growing light. An irrigation unit is in fluid communication with the cooling duct to collect the condensed moisture from the cooling duct. Furthermore, the irrigation unit has an outlet integrated into a pot in which the plant is growing to direct the condensed moisture into the pot for irrigating the plant.

Abstract: A hyperponic growing apparatus includes a growing chamber for supporting the growth of a plant positioned within the growing chamber. A cooling duct is attached to the growing chamber and the cooling duct is comprised of a translucent material to pass light through the cooling duct. The cooling duct is fluidly coupled to an air conditioning unit to facilitate moisture within the growing chamber to condense on the cooling duct. A growing light is suspended from the growing chamber to emit light through the cooling duct to facilitate the plant to be exposed to the light emitted by the growing light. An irrigation unit is in fluid communication with the cooling duct to collect the condensed moisture from the cooling duct. Furthermore, the irrigation unit has an outlet integrated into a pot in which the plant is growing to direct the condensed moisture into the pot for irrigating the plant.