System and method for automated feeding with remote monitoring in aquaponic and recirculating models of hydrobiont cultivation

Abstract

The present invention relates to a system and method for digital remote control aimed at controlling physical, physicochemical, and biological parameters that determine the environment for the development of hydrobionts. The system improves the efficiency of the management of recirculating and aquaponic tanks for the cultivation of aquatic organisms and includes a remote control module (1) which, on the one hand, is connected via a wireless link to an unmanned aerial vehicle (2), a second one with a charging station (3) and a third one with an aquaculture unit (4), wherein the remote control module (1) includes a specialized software carrier (5) and a communication module (6) for connection to a second communication module (7) and a third communication module (8) and a fourth communication module (9), wherein the second communication module (7) is integrated into the unmanned aerial vehicle (2), which includes a feed container (10), a screw conveyor system (11), and a primary converter (12), the third communication module (8) is integrated into the filling station and includes a slot for charging the battery with electricity (13) and a slot for filling the feed container with food (14) on the unmanned aerial vehicle (2), the fourth communication module (9) is integrated into the aquaculture system (4), which also includes strain gauge and weight sensors (15), oxygen and temperature indicators (16), ammonia and nitrate indicators (17), a video recorder and thermal camera (18), and a light indicator (19).