Automated indoor growing apparatuses and related methods

An irrigation system for an indoor grow zone comprising:

• a first stock tank configured to provide a first water supply to a first portion of the grow zone;
• a second stock tank configured to provide a second water supply to a second portion of the grow zone;
• a fertigation apparatus configured to provide fertilizers to the first water supply and the second water supply;
• and
• a pump skid fluidly coupled to the first stock tank, the second stock tank, the fertigation apparatus, and the grow zone, the pump skid configured as an integral unit with a plurality of pumps to move the first water supply and the second water supply through the fertigation apparatus and to the first portion of the grow zone and the second portion of the grow zone, respectively.

A filtration system for use with an indoor grow zone comprising:

• a drain receptacle configured to collect water from the grow zone;
• a supply tank configured to hold a volume of water for supply to the grow zone;
• a plurality of filter apparatuses fluidly coupled between the drain receptacle and the supply tank;
• and
• a recirculation line fluidly coupled to the supply tank and the drain receptacle;
• wherein water circulates through the recirculation line from the supply tank through the plurality of filter apparatuses when water is not available from the drain receptacle.

An air conditioning apparatus for providing an air flow to an indoor grow zone comprising:

• an air handling unit for moving the air flow;
• a first heat exchanger configured to lower a temperature of the airflow and to lower a humidity of the air flow;
• and
• a second heat exchanger positioned downstream of the first heat exchanger and configured to raise the temperature of the air flow before the air flow is provided to the indoor grow zone.