Commercial aeroponic systems are comprise of hi-pressure device hardware and biological systems. The biological systems matrix includes enhancements for extended plant life and crop maturation.
Biological subsystems and hardware components include effluent controls systems, disease prevention, pathogen resistance features, precision timing and nutrient solution pressurization, heat and cooling sensors, thermal control of solutions, efficient photon-flux light arrays, spectrum filtration spanning, fail-safe sensors and protection, reduced maintenance & labor saving features, and ergonomics and long-term reliability features.
Commercial aeroponic systems, like the hi-pressure devices, are used for the cultivation of high value crops where multiple crop rotations are achieved on an ongoing commercial basis 24/7.
Advanced commercial systems include data gathering, monitoring, analytical feedback and Internet mode connections to various subsystems.
Biological subsystems and hardware components include effluent controls systems, disease prevention, pathogen resistance features, precision timing and nutrient solution pressurization, heat and cooling sensors, thermal control of solutions, efficient photon-flux light arrays, spectrum filtration spanning, fail-safe sensors and protection, reduced maintenance & labor saving features, and ergonomics and long-term reliability features.
Commercial aeroponic systems, like the hi-pressure devices, are used for the cultivation of high value crops where multiple crop rotations are achieved on an ongoing commercial basis 24/7.
Advanced commercial systems include data gathering, monitoring, analytical feedback and Internet mode connections to various subsystems.
