Wave parameters are crucial in offshore operations, playing a key role in ensuring both human safety and scientific decision-making. However, a single, holistic wave indicator is insufficient to meet the demands of modern, precision-driven marine activities. This is because the alternating dominance of swells and wind-seas, each with distinct characteristics, exerts profoundly different impacts on marine activities. For example, swells can induce dangerous resonance with vessel hulls, threatening navigational safety, while wind-seas are more influential in nearshore activities and port operations.
To address this, we leverage high-resolution, six-degree-of-freedom motion data measured by the buoy to perform real-time analysis, extracting a wide range of detailed wave metrics. Using an intelligent frequency-domain decoupling technique, we precisely dissect complex wave spectra to generate distinct, high-resolution parameters for wind-sea, swell, and total waves—including height, period, and direction. This enables decision-making with intelligence and scientific insights.
1. Comprehensive Wave Metrics
2. Precision Sensing and Data Processing: Key Technical Highlights
- Precision Sensing
- 10Hz Motion Sensor: Built-in high-precision sensing.
- 6-DOF Motion Tracking: Comprehensive yaw, roll, pitch, sway, surge, and heave data.
- Efficient and Reliable
- Real-Time Processing: Configurable spectral range and adaptive spectral filtering.
- Uncompromised Data Integrity: Reliable, robust, and zero-distortion output.
- High-Fidelity Signal Isolation
- Energy Spectrum Decoupling: Effective separation and reconstruction of independent wind-sea and swell components.
- Multi-Parameter Output: Detailed wave properties, including height, period, and direction, etc.
3. Applications and Benefits
- Safer Navigation: Real-time wave analysis for avoiding dangerous conditions.
- Smarter Marine Operations: Predict operational windows and optimize marine operation schedules.
- Efficient Port Logistics: Improve transportation flow and reduce delays with accurate wave condition tracking.
- Advanced Research: High-resolution data for ocean and climate studies.
- Offshore Wind: Leverage accurate wave data to inform wind farm design, enhancing structural integrity and performance.
4. Showcases
