This invention discloses an
aquaculture system with a real-time monitoring device, comprising: a movable, waterproof panel installed on the
bank of an
aquaculture pond; and a limiting plate with one of the movable panels respectively inserted at each end. The
aquaculture system with a real-time monitoring device includes a
signal collector three mounted at the bottom of the movable panel, which has multiple connection ports. Dissolved
oxygen detectors mounted at the connection ports of the
signal collector three have telescopic rod structures. Depending on the changes in the pond area, telescopic rods of different lengths can be adjusted to install the dissolved
oxygen detectors, allowing them to be positioned at different locations within the aquaculture area for multi-point detection of dissolved
oxygen levels. As the
signal collector three acquires data from multiple dissolved oxygen
detector locations, it facilitates real-time monitoring of the oxygen levels in the aquaculture area by aquaculture personnel, enabling on-site staff to take appropriate actions.