Background of the Smart Aquaculture Monitoring System Solution
With the rapid development of aquaculture, traditional farming methods are no longer able to meet the needs of efficient and sustainable production. Factors such as water quality changes, climate fluctuations, and aquaculture density have a significant impact on the health and yield of aquatic products, and traditional manual monitoring methods are difficult to grasp various indicators of the aquaculture environment in real time and comprehensively. To this end, the smart aquaculture monitoring system has emerged, which integrates advanced technologies such as sensors, Internet of Things, and big data analysis to monitor key water quality indicators such as water temperature, dissolved oxygen, pH value, and ammonia nitrogen concentration in real time. It can timely warn of water quality changes and disease risks, provide scientific decision-making basis for farmers, reduce breeding costs, improve production and aquatic product quality, and promote the development of aquaculture towards intelligence and green direction.
Product Introduction
The intelligent aquaculture online monitoring system has powerful functions. It is a complete multi parameter real-time water quality detection and monitoring system that can continuously, timely, and accurately monitor the water quality and its changes in the target water area. Realize automation, informatization, networking, and intelligence of seawater quality monitoring. The system has functions such as automatic sampling, analysis, and transmission of water quality, and can continuously monitor parameters such as dissolved oxygen, ammonia nitrogen, salinity, nitrite, pH value, conductivity, turbidity, etc. It provides more intuitive, scientific, and comprehensive real-time water quality information for aquaculture in a timely manner, effectively avoiding aquaculture losses and promoting the technological progress and industrial upgrading of aquaculture in China. Simple equipment, flexible deployment, low construction cost and high reliability, easy maintenance, low operating cost, long maintenance cycle, real-time, fast, multi-point in-situ online monitoring.
Monitoring instruments are free of testing agents, have no secondary pollution, and comply with environmental protection requirements. Equipped with an automatic cleaning device, the automatic cleaning interval and number of automatic cleaning cycles can be set to adapt to different levels of water quality. The automatic cleaning device can effectively clean the surface of the sensor, prevent microbial adhesion, and greatly reduce maintenance costs. Can be connected to the IoT cloud platform for remote real-time monitoring of operations. And it can set a threshold to issue control instructions to the relay for remote automatic control of the feeding machine, aerator pump, water exchanger, ventilation and shading equipment, achieving fine aquaculture production, intelligent equipment, visualized management and digital decision-making management, and improving aquaculture efficiency.
Product parameters
Overall performance
Real time data signal output: Embedded and modular structure design, small size, reliable performance, real-time display of water level monitoring values
Remote access power supply mode: 4G full network, RS485 supports remote access mode
Overall performance: Local storage: AC220V/DV24V supports local SD card storage
Display mode Data transmission: 7-inch touch HD display, PC platform, mobile APP/official account data transmission conforms to the external communication standard issued by the State Environmental Protection Administration, 212 protocol
Work environment:- 20 ℃~70 ℃, 0~95% RH (non condensing)
Sensor parameters
Dissolved oxygen: 0-20mg/L ± 2% F.S. 0.01mg/L
PH value: 0~14pH ± 0.1pH 0.01pH
Salinity: 0~30PSU ± 1.5PSU 0.1PSU
Conductivity: 0~5000uS/cm ± 1.5% F.S. 1uS/cm
Ammonia nitrogen: 0~100mg/L ± 5% F.S. 1mV
Temperature: 0~50 ℃± 0.3 ℃ 0.1 ℃
Turbidity: 0~1000.0NTU ± 5% 0.1NTU
Nitrite: 0~1000mg/L ± 5% F.S 0.1mg/L
COD:0 ~500mg/L ±5% 0.01mg/L
Conductivity: 0~5000 μ S/cm ± 1.5% F.S 1
Cleaning device: equipped with an automatic cleaning device, which can set the automatic cleaning interval and number of automatic cleaning cycles to suit
Water quality should be of different levels of cleanliness. The automatic cleaning device can effectively clean the surface of the sensor, prevent microbial adhesion, and greatly reduce maintenance costs.
Protective cover: The front sensor protective cover is used to protect the internal sensor from damage, and there are slots around the protective cover
Holes can effectively prevent large suspended particles and organisms from damaging the sensor probe, without affecting the accuracy of measurement.
Other accessories
Installation bracket: 2 sections of pole brackets and holding turns, screws, and nuts made of materials that meet the requirements of firmness, durability, and aesthetics, with a total height of 3 meters (customizable)
Protective box: used for installing collectors and 220V power systems, including the box body, achieving anti-corrosion, sun protection, rain protection, etc
Standard requirements for protective boxes
Solar power supply system: including solar panels, batteries, and solar controllers, ensuring normal operation in outdoor environments without mains power
Float ball: used for installing water quality sensors (optional according to the on-site environment)
Alarm light: custom threshold setting, data exceeding the standard to achieve over limit alarm function
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