[Aquaculture IoT] Water Quality Monitoring and Power Control System for Land-Based Aquaculture Facilities
Improve the working environment and contribute to profit enhancement! Fisheries IoT Cloud.
This is a system that not only measures dissolved oxygen concentration but also allows for remote operation and automatic control of power for underwater pumps and other equipment. ● It automatically measures and continuously monitors the water quality (dissolved oxygen concentration, water temperature, dissolved oxygen saturation, and oxygen partial pressure) in aquaculture tanks. ● If the dissolved oxygen concentration exceeds the threshold (upper or lower limit), it notifies via email, alarm devices (indicator lights), and automated voice calls. ● It displays the Japan Meteorological Agency's weather forecast (72 hours). ● It automatically turns the power of pumps and other equipment ON/OFF when the threshold is exceeded. ● It allows for manual ON/OFF control of pumps and other equipment by clicking operation buttons on the web interface at any desired timing. ● It also allows for manual ON/OFF control of pumps and other equipment by operating a local push button at any desired timing. ▶ For more details, please [download the catalog] ◀
basic information
【Equipment Configuration】 1. Sensor Control Panel: Router (including SIM card), Edge Server, Sensor Controller 2. Water Quality Converter 3. Dissolved Oxygen Sensor: Dissolved Oxygen Concentration / Water Temperature / Dissolved Oxygen Saturation / Oxygen Partial Pressure 4. Power Control Panel: Switch Controller, Push Button 5. Alarm Device: Indicator Light * Client devices (PC, smartphone, tablet) should be provided by the user. * The router (SIM card) is a loaned item and must be returned after the contract ends.
Price information
We will provide an individual estimate. If you would like customization to suit the specific application on site, please consult with us.
Delivery Time
Model number/Brand name
M2MSTREAM
Applications/Examples of results
【Purpose / Benefits of Implementation】 1. Reduction of oxygen costs and electricity expenses through optimization of oxygen supply By setting upper and lower limits for DO values on the alert settings screen, dissolved oxygen concentration can be managed within an appropriate range. Operating the oxygen supply system only when necessary prevents unnecessary input of oxygen gas or liquid oxygen and excessive power consumption. 2. Improvement of production efficiency through optimization of stocking density By monitoring the oxygen environment, appropriate density management becomes possible. Preventing mass fish deaths and water quality deterioration (such as the generation of ammonia and hydrogen sulfide) due to oxygen deficiency allows for healthier growth of more fish in the same facilities, thereby reducing production costs per unit. 3. Reduction of labor costs through automation and efficiency By combining automatic measurement with sensors and automatic control of the oxygen supply system, the frequency of manual water quality checks and emergency responses can be reduced, leading to lower labor costs and management expenses.
