Buoy Float Online Water Quality Monitoring System For Rivers Oceans

Buoy Float Online Water quality Monitoring System For Rivers Oceans

>>Overview

Designed for diverse application scenarios, this product adapts to various field environments and is suitable for online water quality monitoring in oceans, rivers, and lakes.

It supports modular integration of standard water quality monitoring parameters, such as water temperature, pH, conductivity/TDS, dissolved oxygen, turbidity, COD, ammonia nitrogen, and more. Based on a buoy design, it can be deployed directly into the water body for monitoring.

‌Buoy Specifications‌:

Diameter: Approximately 1 meter

Height: Approximately 0.7 meters

Weight: ~40 kg

Material: High-molecular polymer with excellent impact resistance, corrosion resistance, and durability.

>>Features‌

▪ ‌Buoy Body‌: Made of PE (polyethylene) material, offering high impact resistance, anti-biofouling properties, and corrosion resistance. The buoy is self-balancing with strong wind and wave resistance.
▪ ‌Modular Sensors‌: Compatible with standard water quality parameters, including temperature, pH, conductivity/TDS, dissolved oxygen, turbidity, COD, ammonia nitrogen, etc.
▪ ‌Communication‌: Supports NB-IoT, GPRS, and other data transmission modes.
▪ ‌Software Suite‌: Includes an APP, multimedia monitoring/display system, and online data/device management platform.
▪ ‌Display Options‌: External LED screen (via RS485 interface) or built-in embedded display.
▪ ‌Self-Diagnostics‌: Regular system self-checks with local storage of logs; fault alerts (audible/visual alarms or server notifications).
▪ ‌Power Supply‌: 72W solar panel + 42AH battery (customizable), ensuring uninterrupted operation during extended overcast conditions.

>>Advantages

▪ ‌Robust Performance‌: Reliable operation in harsh outdoor environments with low power consumption, high stability, precision, and unmanned capability.
▪ ‌Protection‌: Advanced lightning protection and anti-interference mechanisms.
▪ ‌Flexible Design‌: Modular hardware and software architecture for customizable configurations.
▪ ‌Scalable Communication‌: Adaptable transmission modes based on distance requirements.
▪ ‌Customizable Parameters‌: Modular design simplifies(post-deployment) debugging and upgrades.

>>Technical Parameter