Drifting Monitoring Buoy

The Drifting Monitoring Buoy is a marine observation device that can drift freely with ocean currents and winds, used to collect key data such as sea surface temperature, wave height, wave direction, and ocean current velocity in real time.

Our company's buoy utilizes a high-precision nine-axis MEMS-IMU inertial measurement unit and an STM32 microprocessor. These two components, combined with advanced algorithms, effectively eliminate acceleration and velocity integration errors, enabling long-term, high-precision observation. The outer shell is made of high-strength, corrosion-resistant materials, allowing the Drifting Monitoring Buoy to operate stably in extreme sea conditions.

The system within the Drifting Monitoring Buoy is equipped with a low-power design and a solar power module, enabling long-term self-sufficiency in power. Through satellite, 4G/5G, or LoRa communication, the buoy can transmit real-time data globally, enabling remote monitoring and analysis.

The Drifting Monitoring Buoy is now widely used in marine scientific research, climate research, marine engineering, and ecological protection, providing users with accurate and reliable dynamic ocean data support.

1.Ocean Circulation Observation: Monitors ocean current direction and velocity, aiding researchers in studying global ocean circulation systems and energy transfer mechanisms.

2.Climate and Meteorological Research: Provides foundational data for climate models through long-term data collection, supporting the analysis of climate events such as El Niño and La Niña.

3.Wave and Tide Monitoring: Records wave height, wave period, and wave direction in real time, providing crucial support for coastal engineering and disaster prevention systems.

4.Pollutant Dispersion Tracking: Monitors the drift paths of oil spills or marine plastic debris, supporting marine environmental governance.

5.Fishery Resource Survey: Assists in monitoring parameters such as sea temperature and salinity, providing data for assessing fishery resource distribution.

6.Offshore Wind Power and Energy Development: Deployed in offshore wind farms or energy development areas to assess sea conditions and equipment operational safety.

7.Navigation and Channel Safety: Assists in monitoring channel sea conditions, improving navigation safety, particularly suitable for remote or complex waters.

8.Disaster Early Warning System: Linked with tsunami and storm surge monitoring systems, providing early warning information.

9.National Defense and Maritime Security: Deployed in specific sea areas for underwater target detection, maritime situational awareness, etc.

10.Education and Scientific Research Experiments: Used by universities and research institutions for marine science experimental teaching and new algorithm verification.