Leveraging high-precision sensors to collect multi-dimensional data, the water environment monitoring system connects to a cloud platform via wireless transmission. This enables real-time data viewing, remote equipment control, and alerts for water quality threshold violations. It can generate comprehensive water quality indices and is suitable for routine monitoring across various scenarios.
This system serves as a core intelligent solution for managing aquatic environments and controlling pollution. It utilizes six key sensors—measuring water temperature, conductivity, pH, dissolved oxygen, ammonia nitrogen, and turbidity—to accurately collect environmental parameters around the clock. By eliminating the complex installation and maintenance procedures associated with traditional equipment—such as elaborate station construction, extensive wiring, chemical reagent preparation, and manual monitoring—the system significantly reduces deployment costs and operational burdens, making it ideal for routine monitoring tasks. The mainstream LSZ06 water quality monitoring station is widely used in aquaculture, wastewater treatment, reservoir management, and river inspections, demonstrating exceptional adaptability and practicality.
The system comprises a mounting structure, power supply, monitoring unit, water quality sensors, and a cloud platform, with hardware designed for stability and durability. It features a low-power data collector (static power consumption <1mA) and utilizes MPPT (Maximum Power Point Tracking) solar technology for autonomous outdoor power supply, ensuring long-term, stable operation. The unit is housed in a corrosion-resistant, oxidation-resistant stainless steel enclosure with an IP66 waterproof rating, capable of withstanding harsh outdoor conditions such as rain, snow, and extreme temperatures. A 1.5-meter carbon steel mount enhances installation stability, supporting long-term, unattended field operations. Standard connectivity includes 4G networking, with support for Bluetooth and wired expansion; a Modbus-485 interface allows for the flexible integration of various additional sensors to meet diverse monitoring needs.
The system offers robust data processing and intelligent control capabilities. Sensors employ professional measurement principles—such as ion-selective electrode, fluorescence lifetime, and scattered light methods—to ensure precise data collection. All parameters meet required standards for accuracy and resolution, delivering objective and detailed data. Real-time data collected can be synchronously transmitted to a cloud platform, allowing personnel to remotely monitor data and manage equipment operations. The system automatically analyzes water quality trends and sends SMS alerts to designated mobile numbers when parameters exceed limits, ensuring timely handling of anomalies. Furthermore, the system performs integrated calculations using multi-parameter data to generate a comprehensive water quality index and incorporates meteorological and environmental monitoring data to provide a holistic view of the water environment. This offers reliable data support for pollution control, environmental management, and ecological maintenance, effectively enhancing the intelligence and precision of water environment management.
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