The farming environment measured by the plurality of sensors is monitored through a mobile or a web. The supply of water, the adjustment of a water level in the reserve tank, and the adjustment of an electrolyte concentration for water electrolysis by the self-contained hydrogen generation unit can be controlled based on a result of the monitoring. Furthermore, intelligent auto-feed supply, a breeding environment, the cleaning of a net, a farm environment, the measurement of a fish body, and the management of CCTV images in the farming environment can be controlled. Such control can be manually performed by displaying a monitored result on a display or can be performed through remote machine control through a mobile or a web.

FIG. 4 is a diagram illustrating a configuration of a modulated self-contained hydrogen generation unit according to an embodiment of the present disclosure.

As described above, the self-contained hydrogen generation unit according to an embodiment of the present disclosure includes the water-intake and high-level water purification unit, the solar water electrolysis unit and the energy production and storage unit. In the present disclosure, the self-contained hydrogen generation unit may be modulated into a water-intake and high-level water purification module 410, a sunlight water electrolysis module 420, a fuel cell module 430, and a battery module 440 for each component. Coupling is easy, a defect can be easily detected, and maintenance and repair can be easily performed through the machine control system and the modulation of the power control system. Furthermore, power can be supplied to a place where power is necessary due to a movement by designing a movable self-contained hydrogen generation unit through modulation for each component.