Equipped with various high-precision sensors, the river water quality monitoring station collects key data such as water temperature, pH, and ammonia nitrogen. Leveraging IoT technology, it enables cloud-based data transmission and remote management, supports SMS alerts for threshold violations, and is suitable for monitoring diverse water environments, providing precise data to support water quality management.
Designed for modern water environment management, this intelligent station collects data using high-precision sensors for parameters including water temperature, conductivity, pH, dissolved oxygen, and ammonia nitrogen. With stable performance and intelligent data processing capabilities, it is widely used in rivers, reservoirs, sewage treatment facilities, and aquaculture sites. The device employs proven sensing principles—such as ion-selective electrode, electrochemical, contact electrode, and fluorescence lifetime methods—to ensure measurement accuracy and resolution meet standards. It precisely captures subtle changes in water quality, guaranteeing the objectivity and accuracy of the collected data.
The station features a lightweight, maintenance-free design that eliminates the cumbersome construction and maintenance procedures associated with traditional standard-compliant monitoring stations. It requires no complex wiring, station housing construction, chemical reagent handling, or extensive manual maintenance. Installation is simple and convenient, and data presentation is clear and intuitive, making it ideal for continuous, large-scale, multi-point monitoring. Hardware-wise, the device includes a low-power data collector (static power consumption under 1mA) and a solar-powered MPPT (Maximum Power Point Tracking) charging system, enabling autonomous outdoor operation and long-term unattended monitoring. It comes standard with 4G connectivity and supports Bluetooth, wired transmission, and Modbus RS-485 sensor expansion, allowing for flexible functional upgrades based on specific monitoring needs.
Housed in a corrosion-resistant and oxidation-resistant stainless steel enclosure with an IP66 waterproof rating, the station is built to withstand harsh outdoor conditions—including wind, rain, and temperature fluctuations—ensuring stable, long-term operation. Monitoring data can be transmitted to the platform terminal in real time, allowing staff to remotely view live data and manage equipment operations. The system automatically analyzes water quality trends and instantly sends SMS alerts to designated mobile phones if data exceeds established limits. Furthermore, the equipment integrates meteorological and environmental monitoring data to generate a comprehensive water quality index based on multi-dimensional parameters; this provides an accurate picture of current water quality, facilitates the timely identification of potential pollution risks, and offers detailed, effective data support for aquatic ecosystem protection, wastewater treatment, and water environment regulation in aquaculture, thereby significantly enhancing the precision of water environment management.
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