Thermally controlled plant nursery assembly

A refrigerated nursery configured for facilitating growing plants by simulating a selectable cold climate, said refrigerated nursery comprising:

• a housing enclosing an interior space and including a bottom wall, a top wall, and a perimeter wall extending between said bottom wall and said top wall, said perimeter wall including a first wall, a second wall, and a pair of side walls, a shelf being spaced between said top and bottom walls and being positioned lateral relative to said housing, said shelf being perforated with holes to allow water to pass therethrough;
• a plurality of containers being removably stored within said interior space of said housing, said plurality of containers being positioned on said shelf of said housing, each container of said plurality of containers being configured for removably receiving soil for a plant, each container being perforated with apertures for allowing fluid to pass through each container, each container including an exterior tube and an interior bucket being removably nested within said exterior tube;
• a thermal control system being in thermal communication with each of the containers, said thermal control system cooling each container to facilitate growing the plant of each container in a cooled environment;
• a circuit board being electrically coupled to said thermal control system;
• an actuator being electrically coupled to said circuit board and being engageable by a user to actuate said thermal control system;
• a plurality of fans being electrically coupled to said circuit board, said fans facilitating the cooling of said each container of said plurality of containers by circulating cooled air, each side wall of said pair of side walls having at least one of said fans attached thereto, said fans being in fluid communication with said thermal control system such that said fans provide cooled air to said thermal control system to remove heat;
• a water supply system being in fluid communication with said plurality of containers, wherein said water supply system supplies water to the soil of each container, said water supply system including:
• a plurality of sprinklers providing water downwardly to the containers to facilitate growing of the plants, said sprinklers being coupled to said top wall of said housing;
• a reservoir being positioned between said bottom wall and said shelf of said housing;
• a pump being electrically coupled to said circuit board and being fluidly coupled to said reservoir and to said sprinklers, wherein said pump is actuated to bring water from said reservoir to said sprinklers, said pump being mounted to said bottom wall within said housing;
• a filter being coupled to said pump and filtering said water from said pump;
• a water heater system being in fluid communication with said water supply system, said water heater system including a heat pump compressor being in fluid communication with said reservoir of said water supply system, wherein said heat pump compressor emits heated air into said reservoir to heat water contained within said reservoir;
• a sanitizer being electrically coupled to said circuit board and being actuated to disinfect said interior space of said housing, said sanitizer comprising a plurality of ultra-violet light emitters emitting ultra-violet light when actuated, said sanitizer being coupled to said top wall of said housing;
• a power supply being electrically coupled to said circuit board, said power supply comprising a power cord engageable with an electrical outlet;
• and
• a plurality of wheels being mounted to said bottom wall of said housing.