In the face of complex and ever-changing marine environments, acquiring accurate and continuous wave and drift data is crucial for ocean monitoring. The Drifting Monitoring Buoy, with its high precision and intelligent algorithms, is an ideal tool for studying wave propagation and energy distribution.
Product Features
This product employs MEMS inertial navigation technology and a high-performance embedded processing system, combined with a unique wave dynamics algorithm, to accurately measure the spectrum, direction spectrum, and energy spectrum within the 0.04–1.0 Hz frequency band, ensuring high-fidelity monitoring of low-frequency swells.
Performance Parameters
Wave Height Range: 0–25 m, Accuracy < ±3%
Period Range: 1.0–25 s, Accuracy < ±0.2 s
Direction Range: 0–360°, Accuracy ±5°
Power Consumption: < 50 mA
Supply Voltage: 3.3 V
Output Interface: TTL Level
Key Advantages
High-Precision Wave Element Acquisition: Real-time output of average, 1/3, 1/10, and maximum wave height and period;
Anti-interference and Low-Noise Algorithm: Ensures stable data even in complex environments with overlapping wind and waves;
Long-Term Stable Floating Capability: Corrosion-resistant and wear-resistant materials, adaptable to salt spray, UV, and high humidity environments;
Intelligent Attitude and Displacement Measurement: Supports east-west, north-south, and vertical displacement monitoring;
Modular Design for Easy Expansion: Can be equipped with CTD, meteorological, or communication modules as needed.
Application Scenarios
Marine Energy Resource Assessment
Coastal Erosion and Port Design Research
Environmental Monitoring and Climate Change Analysis
Shipping Safety and Disaster Early Warning System
The Drifting Monitoring Buoy is not just a device floating on the sea surface, but also a "mobile observation station." It frees marine data collection from geographical limitations, providing continuous and reliable dynamic data support for scientific research, engineering, and environmental protection.