The development of smart oceans relies on accurate and real-time data support. With the miniaturization and high performance of buoys and intelligent monitoring equipment, the Ocean Buoy Sensor has become a core module driving the improvement of data sensing capabilities. It not only records the real movement of ocean waves but also provides risk early warning conditions for marine engineering.
The Ocean Buoy Sensor, relying on a nine-axis MEMS-IMU and combined with ocean dynamics algorithms, can be used to acquire high-quality wave spectrum, directional spectrum, and surface motion data. Its core processor, the STM32, provides high-efficiency computing power while maintaining extremely low power consumption, making the sensor suitable for long-term ocean deployment.
Core Features and Advantages
Our Ocean Buoy Sensor excels in accuracy, stability, and environmental adaptability, featuring the following characteristics:
High directional and energy spectrum accuracy: Directional measurement accuracy reaches ±5°, and it can stably output wave spectra from 0.04 to 1.0 Hz.
Corrosion-resistant and shock-resistant design: Adaptable to various marine environments, including strong wave areas, nearshore sedimentary areas, and deep-sea deployment.
Furthermore, the sensor possesses intelligent attitude calculation capabilities, accurately recording the buoy's motion in six degrees of freedom, providing reliable raw data for wave reconstruction models.
The Ocean Buoy Sensor can be used in various fields, including nearshore tidal monitoring, port vessel and channel safety, offshore wind farm construction assessment, wave energy power generation project observation, and scientific research experimental platforms. Its high compatibility with drifting buoys and wave buoys makes it highly flexible in marine environmental observation solutions.
Why Choose Us? Our company has deep expertise in marine monitoring algorithms, solving long-term drift problems through error elimination technology and stabilizing the low-frequency spectrum, providing the industry with more reliable basic data capabilities. In addition, the sensor is small in size, low in power consumption, and highly stable, having passed multi-scenario real-sea testing and verification.