Real time monitoring of sea water quality and scientific avoidance of aquaculture disease risks
2026-05-20 16:52:25
New models and formats such as deep-sea aquaculture and smart fisheries are flourishing, and the dependence on water quality monitoring, environmental perception, and intelligent warning has significantly increased. The traditional aquaculture model that relies on manual water sampling and experiential management is no longer able to meet the refined and intelligent requirements of modern marine ranch construction, nor can it adapt to the practical challenges of frequent extreme weather and intensified changes in seawater environment.
The OSEN aquaculture water quality monitoring system monitors water temperature in real-time PH、 Sensor technology is used for water quality indicators such as dissolved oxygen, conductivity, ammonia nitrogen, turbidity, etc. These sensors have the characteristics of high precision, high reliability, and long lifespan, and can work stably in complex aquaculture environments. At the same time, the system has data transmission function, which can transmit monitoring data in real-time to the monitoring center or farmers´ mobile phones and computers through wired or wireless means. Farmers can stay informed about the quality of aquaculture water anytime and anywhere, no matter where they are.
Features of the equipment
1. Power supply system: Dual power supply system, AC 220V, battery, solar power supply system, etc. can be selected according to user needs, and can be flexibly switched between mains power and solar power. Intelligent control of mains power and battery power supply sequence ensures uninterrupted power supply to equipment, thereby ensuring data integrity;
2. Reliable operation in various harsh outdoor environments, low power consumption, high stability, high precision, and unmanned operation;
3. Reliable lightning protection design, grounding design, anti-interference and other protective measures;
4. Both hardware and software adopt modular open design, which can be flexibly combined and used;
5. Monitoring elements can be selected according to actual needs. Modular design greatly facilitates the debugging and upgrading of equipment in the later stage;
6. The communication method can be selected according to the transmission distance as needed, providing cost-effectiveness for the solution;
7. The big data cloud platform allows users to browse the on-site monitoring data of the monitoring station on the Internet at any time;
8. Client browsing: Internet query and statistics of on-site monitoring data of the monitoring station can be achieved through software client, PC cloud platform and mobile official account.
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