On the vast ocean, storms often arrive with tremendous force. Early warnings, even just hours or minutes in advance, can determine the safety of a voyage, operation, or scientific research mission. This is precisely the core mission of our company's independently developed Wave Monitoring System-to provide you with the advantage of higher precision and faster response wave monitoring technology, allowing you to gain the upper hand before a storm arrives.
Our Wave Monitoring System uses high-sensitivity wave sensors and multi-dimensional data acquisition modules to monitor key information such as sea surface wave height, period, direction, energy spectrum, and wave direction spectrum in real time. When the system detects an abnormal increase in low-frequency swell energy or changes in the spectral structure, the built-in ocean dynamics algorithm automatically identifies potential storm signals and issues an early warning. This intelligent monitoring method can capture early signs before a storm forms, achieving true "advanced prediction."
The system's algorithm is based on our company's independently developed advanced ocean dynamics model, which can eliminate low-frequency instability errors (approximately 0.04Hz), effectively distinguish between wind waves and swells, and correct spectral data in real time. Furthermore, our monitoring terminal employs a nine-axis MEMS inertial navigation unit (IMU) combined with an STM32 microprocessor to achieve high-speed data fusion and adaptive filtering, significantly improving stability and anti-interference performance in harsh sea conditions.
Our Wave Monitoring System features ultra-low power consumption (current <50mA), allowing for long-term operation powered by solar energy or batteries. Combined with the company's accumulated energy-saving technologies in drifting buoys, the system can operate continuously for months or even years in offshore or polar environments, achieving truly unattended long-term monitoring.
Application Scenarios of the Wave Monitoring System
Marine Scientific Research: Real-time acquisition of spectral and energy data, providing high-precision foundational data for climate models and ocean energy research.
Wind Farm Monitoring: Early identification of storm and wave risks, ensuring equipment and personnel safety.
Navigation Safety: Assisting ships in planning routes and avoiding high-risk sea areas.
Coastal Disaster Prevention: Combining meteorological and tidal data to issue early warning information, providing decision support for disaster prevention and mitigation.
About Us
Leading Algorithms: Based on a self-developed high-precision spectral analysis model, eliminating integral accumulation errors. Reliable Structure: Designed with corrosion-resistant and impact-resistant materials, adaptable to various marine environments.
Precise and Stable: Wave height accuracy better than ±3%, wave direction error less than ±5°.
Intelligent Networking: Supports global satellite communication, enabling multi-site data fusion analysis.
Low Maintenance Costs: Modular system design, convenient maintenance, and a lifespan of several years.