This utility model discloses an intelligent
aquaculture symbiotic
system, including a tank. The interior of the tank is divided from top to bottom into a
fish farming area, a farming
water collection area, a planting area, and a
wastewater discharge area by a first partition, a second partition, and a third partition. A small water pump is installed on the outer bottom of the
fish farming area, and the bottom of the
fish farming area is connected to the inlet of the small water pump via a drain
pipe. The top of the farming
water collection area is connected to the outlet of the small water pump via an inlet
pipe. Several spray pipes connecting the farming
water collection area and the planting area are evenly arranged on the second partition, and each spray
pipe is equipped with a
solenoid valve. A
timer is installed on the outer side of the farming water collection area, and the control terminal of the
timer is connected to the
solenoid valve. Several overflow holes connecting to the
wastewater discharge area are evenly distributed on the third partition, and a
wastewater discharge pipe is connected to the bottom of the wastewater discharge area. This utility model combines a planting pot and a
fish tank.