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IoT-integrated water level and water quality monitor

IoT-integrated water level and water quality monitor

Product Features

Module Function Description
Water level sensor Monitor the water level in fishponds/breeding ponds to prevent abnormal water levels from causing stress or overflow risks to the fish population.
Water quality monitoring Simultaneous monitoring of key water quality parameters such as pH, dissolved oxygen (DO), water temperature, conductivity, and salinity.
Abnormal warning When the water level exceeds the warning level or the water quality value is abnormal, the administrator will be automatically notified via LINE/SMS/APP push notification.
Automatic control interface It can be connected to automatic water inlet and drainage systems, water trucks, and aerators, and can automatically start and stop based on monitoring values.
Cloud data records All water level and water quality data can be uploaded to the cloud to establish historical records, trend analysis, and meet production and sales traceability requirements.
  • Product Information

II. Equipment Advantages

Advantageous projects illustrate
Save manpower This reduces the number of times the pool needs to be patrolled, allowing administrators to monitor the situation remotely in real time.
Real-time risk management It can react immediately when the water level is too low/too high or the water quality deteriorates, reducing the risk of oxygen deficiency or poisoning.
Improve production stability Stable water levels and good water quality can reduce stress and disease in fish.
Support for production and sales traceability/smart agriculture subsidies Data-driven records meet the technical requirements of the government's efforts to promote smart fisheries.
Modular upgrade The sensing module can be selected according to the scale of aquaculture and budget, which provides flexibility for expansion.

III. Common Application Areas

  • Pond farms of clams, white shrimp, grouper, tilapia, etc.
    Fish-electro-electric co-production site (the photovoltaic floating platform requires a stable water level)
    Recirculating aquaculture system (RAS)
    Conversion application of seawater and freshwater aquaculture farms


IV. System Integration Example Architecture Diagram (Text Description)
[Sensing Module] ├── Water level sensor (ultrasonic/pressure type) ├── Dissolved oxygen sensor (DO) ├── pH sensor ├── Water temperature sensor ├── Ammonia nitrogen/nitrite sensing module (optional)
[Data Integration Controller] (Display, recording, communication transmission, and exception logic judgment)[Automatic Control Terminal] → Control waterwheel, aerator, and automatic water inlet/outlet system
[Communication System] → Cloud platform / Mobile APP / Management backend