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Smart Aquaculture Solution

With global population growth and rising demand for aquatic products, traditional aquaculture models face bottlenecks such as low efficiency, resource waste (e.g., overfeeding), environmental pollution (wastewater discharge), and frequent disease outbreaks. These challenges accelerate the need for technological upgrades in aquaculture. Meanwhile, consumers increasingly demand higher quality, safety, and traceability of aquatic products. Emerging technologies like IoT, big data, and AI enable precision farming and automation, reducing labor costs and resource waste.
Traditional Aquaculture Challenges Facing

High risks & low efficiency: manual monitoring is time-consuming and prone to errors.

Water quality fluctuations: poor dissolved oxygen or pH balance can lead to mass fish deaths.

Disease outbreaks: difficult to detect early without continuous monitoring.

Consumer demand: higher expectations for food safety and traceability.

Our Smart Aquaculture System Key Equipment

Sensing: Water Quality Sensors: pH, DO, NH₃-N, turbidity, temperature, water level, ORP. Sensors, ultrasonic flow.
Transmission: Data loggers (default 5-minute sampling), gateways
Automation Controllers: aerators, feeders, and water circulation systems.
Visual Monitoring: underwater robots, high-resolution cameras, thermal imaging.
Video: Underwater robots for inspection/thermal cameras (fish behavior analysis)

Parameter	Sensor Type	Optimal Range	Risks Beyond Range
Dissolved Oxygen (DO)	Optical/Electrode Sensor	≥5mg/L (breeding)	<3mg/L: Mass mortality
Ammonia Nitrogen	Ion-Selective Electrode	≤0.2mg/L (hatchery)	>2mg/L: Acute toxicity
Temperature	Waterproof Probe	Species-specific*	±5°C disrupts metabolism
pH	Glass Electrode	6.5–8.5 (freshwater)	<6.5 or >9.0: Gill damage
Turbidity	Optical Scattering	<50 NTU (clear water)	High turbidity reduces respiration efficiency

Management & Applications

Leveraging digital twin technology, the system integrates sensor data and video surveillance to build an interactive 3D aquaculture environment model. This enables:

Data visualization and remote management via mobile APP/PC terminals.

Tiered alerts (critical/over-threshold) for real-time monitoring.

Automated pond control (water exchange, aeration, feeding triggered by thresholds), significantly reducing labor and resource use while achieving precision farming.

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Smart Features & Advantages

Real-time Monitoring: continuous data from sensors, accessible via PC & mobile.
Automated Control: thresholds trigger aeration, water exchange, and feeding.
Predictive Management: AI models and ORP-based feeding reduce waste.
Tiered Alerts: early warning before water parameters reach critical levels.
Traceability: blockchain-enabled records ensure transparency.

Contact us for a free consultation
Request a demo of our Smart Aquaculture Platform