Abstract: A method of attaining horticulture growth in a modular self contained growth chamber formed of insulated panels having a grated sub-floor. The method includes growing algae in an algae tank below the sub-floor; and providing stacked trays having mesh bottoms to hold a nutrient enriched gel. Providing a broad spectrum of light on the south wall; irrigating mist in a timed sequence with the provision of light and maintaining the chamber at a constant 68 to 78 degree Fahrenheit temperature with high humidity. Power is provided by a photovoltaic panel permitting installation in remote locations. The growth chamber and system provides high yields with little space and in locations not normally conducive to efficient growing.

Abstract: A modular self contained efficient horticulture growth chamber. Insulated panels form a sealed chamber having a grated sub-floor. An algae tank grows algae below the sub-floor. Trays are adjustably stacked and have mesh bottoms holding nutrient enriched gel. A broad spectrum light source is positioned on the south wall. A flow controlled irrigation misting system is timed in sequence with the light source. The chamber maintains a constant 68 to 78 degree Fahrenheit temperature with high humidity. Power is provided by a photovoltaic panel permitting installation in remote locations. The growth chamber and system provides high yields with little space and in locations not normally conducive to efficient growing.