Time:2025-11-03 Browse: 56
The aquaculture monitoring station is an intelligent monitoring platform created to adapt to the development trends of intensive, high-yield and ecological aquaculture. This platform deeply integrates the Internet of Things (iot) technology system, covering sensor technology, LoRa low-power wide-area networking technology, wireless communication technology, as well as intelligent processing and control technology. In practical applications, it uses high-precision sensors, such as temperature and humidity sensors, dissolved oxygen sensors, etc., to precisely collect the water quality environmental parameters of the aquaculture water area in real time and online. The collected parameters include but are not limited to key indicators such as water temperature, dissolved oxygen content, PH value, electrical conductivity and turbidity. In terms of data transmission, LoRa nodes and gateways work in coordination to achieve stable intercommunication of collected data. Subsequently, through 4G wireless communication technology, the data is transmitted quickly and reliably to the cloud. In the cloud, data is securely stored and undergoes in-depth processing and analysis to generate forward-looking early warning information. In addition, this monitoring station also has a powerful decision support function, which can provide scientific and reasonable breeding suggestions for breeders based on real-time data and historical trends. Meanwhile, it supports remote monitoring functions. No matter where they are, farmers can use mobile terminals or computers to keep abreast of the dynamic changes in the aquaculture environment in real time, adjust their aquaculture strategies promptly, and ensure the efficiency and sustainability of aquaculture.

System Composition

System Topology Diagram

Uses
It can be widely applied in the field of on-site automatic water quality monitoring within aquaculture bases, rivers, lakes, reservoirs, nearshore sea areas and other river basins.
Product features◇Digital sensor, RS485 output, MODBUS coordination;◇No electrolyte required, strong anti-interference ability, and no need for frequent calibration;◇It does not consume oxygen and has no flow rate limit;◇It is equipped···
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Productfeatures◇MODBUS;Digital sensor, RS485 output, MODBUS protocol◇No need for electrolyte, strong anti-interference, no need for frequent calibration;◇No oxygen consumption, no flow rate limitation;◇Built-in temperature sensor with ···
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Product operation The fluorescence dissolved oxygen sensor is based on the principle of quenching active fluorescence by specific substances in physics. The blue light emitted by a light-emitting diode (LED) is irradiated on the fluorescent···
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Product features◇No reagent, no pollution, more economic and environmental protection;◇Can measure COD, TOC, turbidity and temperature parameters;◇Automatic compensation for turbidity interference, with excellent test performance;◇With ···
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Product features◇ RS485 output, standard MODBUS protocol, facilitating connection to data acquisition platforms and automatic water quality monitoring stations;The parent body can be connected to up to 6 probes at most, and sensors for dis···
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The pH-6001 plastic-cased pH electrode operates on the principle of electrochemistry, specifically leveraging the galvanic cell concept. A galvanic cell is a system designed to convert chemical energy into electrical energy. The potential d···
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Suspended matter/sludge concentration sensor adopts advanced combined infrared absorption scattering light method, through the infrared light emitted by the light source is scattered on the suspended particles in the sample, which is receiv···
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This Dissolved Oxygen Sensor adopts the advanced measurement technology of fluorescence method, which excites the fluorescent substance to emit red light through the emitted blue light irradiated on the fluorescent layer. The oxygen concent···
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