Underwater smart buoys have the following features:
Automation and real-time: Smart buoys can automatically collect data and transmit data to shore base stations or satellites through wireless networks to achieve remote monitoring. This method not only improves the efficiency of data collection, but also reduces the cost and risk of manual monitoring.
Remote smart quality control: Supports remote manual triggering or fixed-point automatic execution of nutrient quality control (zero point verification, standard sample verification, span verification, spike recovery, etc.) to ensure long-term stability and reliability of monitoring data. No manual on-site sampling and comparison is required, which solves the problem of unavailable operation and maintenance in bad weather or emergencies.
Full-cycle unmanned operation and maintenance: Through embedded remote desktop operation and maintenance, it supports parameter setting, status query and troubleshooting, and realizes "zero-contact" remote management. The reagent is filled once, and the system cleaning, calibration, standard solution verification and other maintenance operations are automatically completed throughout the cycle.
Powerful carrying compatibility: It can carry a variety of sensors, including water temperature, pH, ORP, conductivity, turbidity, dissolved oxygen, chlorophyll, blue-green algae, algae density, oil in water, radioactive substances and other parameters. In addition, chemical parameters such as nitrate, nitrite, ammonia nitrogen, orthophosphate, total phosphorus, total nitrogen, etc.
Super strong environmental adaptability: It adopts front-end anti-biological attachment and circulating sampling technology, and is not afraid of complex water environments; low power consumption design (average power 12W), strong endurance on rainy days; excellent wind and wave resistance, and stability far exceeds traditional water quality monitoring pontoons.
Precise timing and positioning: It has the functions of precise timing, precise positioning and precise depth measurement. The data is encrypted and uploaded to the buoy management platform through a wireless data transmitter, and the cross-sectional flow and underwater topographic map are automatically generated, so that users can remotely understand the water conditions.