I. System Introduction

Intensive Aquaculture Water Quality Online Monitoring System is a comprehensive aquaculture IoT system developed to meet the demands of intensive, high-yield, ecological, and safe aquaculture development. It is based on IoT technologies such as intelligent sensing, wireless sensor networks, communication, intelligent processing, and intelligent control. The system integrates functions like real-time collection of water quality environmental parameters, wireless transmission, intelligent processing, early warning information release, decision support, and remote and automatic control.

Aquaculture technicians can monitor water quality and environmental information in real-time through the monitoring system at the control center. They can promptly receive abnormal alarm and water quality warning notifications, and adjust control equipment based on water quality monitoring results. This enables scientific aquaculture and management, ultimately achieving goals of energy conservation, cost reduction, green environmental protection, and increased production and income.

Section II: System Composition

The system consists of an online aquaculture monitoring platform, intelligent water quality sensors (including temperature, water level, ammonia nitrogen, pH, dissolved oxygen, residual chlorine, salinity, and turbidity sensors), environmental sensors (such as air temperature and humidity, atmospheric pressure, illumination, wind speed, wind direction, and rainfall gauges), oxygenation controllers, automatic feeding machines, electric valves, fans, lighting, electrical safety detectors, and high-definition network video cameras.

Section 3: System Functions

Real-time monitoring

Real-time environmental data accessible via PC or mobile, including water quality, environmental, and electrical safety data. Users can visually inspect real-time data graphs to promptly grasp the growth environment of aquatic products.

2. Self-Motion ControlManufacturing

(1) The system allows users to remotely control equipment from the comfort of their homes through advanced remote industrial automation control technology.

(2) Customizable rules allow the entire equipment to be automatically controlled based on environmental parameters.

(3) Offer a mobile app client, enabling customers to remotely control all devices from anywhere using their mobile phones.

3. Alarm Warning

The system allows for flexible setting of upper and lower thresholds for various environmental parameters. Once a threshold is exceeded, the system can notify the relevant regulators via the PC management platform, mobile app, or WeChat mini-program, as configured. You can review associated devices through alarm records, enabling timely and rapid remote control of equipment to address environmental issues and ensure stable system operation.

4. Data Storage and Analysis

System environment data and equipment operation records are stored in real-time, with massive storage space ensuring data is never lost.

(2) The system allows for querying and comparing historical environmental data through combinations of different conditions.

5. Video Surveillance

The system allows for 24/7 remote real-time monitoring of the farming area, ensuring both the safety of on-site production and enhancing the scientific management level of farming operations.

Section 4: System Features

24/7 uninterrupted monitoring of aquaculture pond water quality parameters, with instructions sent from the cloud platform to the control terminal for routine maintenance and operations without human supervision.

(2) The monitoring software features data management, statistics, and analysis capabilities, enabling the regular generation of monitoring reports.

(3) The system supports remote control via a mobile phone app, enabling remote operation from anywhere with mobile phone signal.

(4) The system offers cloud computing services, particularly suitable for large-scale aquaculture operations.

(5) The system integrates facility fishery technology, ecological restoration, and healthy aquaculture techniques organically, providing comprehensive monitoring and remediation of water quality. It enhances the aquatic farming environment, promotes growth in suitable conditions, strengthens the disease resistance of aquatic products, and reduces or prevents large-scale diseases, thereby effectively improving the yield and quality of aquatic products.

5. Typical Applications

DaTian Aquaculture, Factory-based Aquaculture, Fish Seed Breeding, Scenic Fish Farming, Fishing Gardens.