Real-time monitoring of tidal changes, wave energy, and the hydrodynamic environment is crucial in port management and shipping scheduling. A sudden storm surge can damage port equipment, block waterways, and even affect the safety of the entire shipping route. Our Wave And Tide Sensor is a high-precision monitoring device that provides critical data support for port and shipping safety.
Our Wave And Tide Sensor employs a nine-axis MEMS-IMU inertial navigation unit and a high-sensitivity pressure measurement system, accurately capturing sea surface fluctuations and tidal changes, achieving full-coverage observation capabilities from millimeter-level tidal changes to meter-level wave height monitoring. The built-in STM32 microprocessor, combined with the company's self-developed ocean dynamics algorithms, effectively eliminates integration errors and low-frequency noise in complex wave environments, ensuring high stability and accuracy of data even during long-term observation.
In port tide control systems, the Wave And Tide Sensor can monitor sea level trends in real time. When sudden changes in air pressure or storm surges occur, the system automatically analyzes the rate and magnitude of abnormal water level rises and uploads the results to the storm surge monitoring center. By linking with the meteorological early warning system, managers can receive storm surge warning signals several hours in advance, gaining valuable time for port closures, scheduling, and facility protection.
In the shipping sector, this sensor helps port authorities and waterway management departments monitor tidal changes and wave energy in real time, assisting large vessels in choosing optimal entry and exit times to avoid grounding, collisions, and loading/unloading risks caused by tidal differences. Data can be remotely transmitted via satellite or 4G/5G communication modules, enabling a globally networked port monitoring system. Even hundreds of kilometers offshore, the command center can view sea condition changes in real time.
Furthermore, our sensor features a corrosion-resistant composite shell and IP68-level protection design, allowing for long-term operation in extreme port environments such as high salt spray, high humidity, and severe temperature differences. It also boasts low power consumption (<50 mA), supporting hybrid power supply from solar energy and batteries, achieving truly long-term unattended monitoring.
With these advantages, our Wave and Tide Sensor has become an important component of the intelligent upgrading of port infrastructure. It not only improves the speed and accuracy of tide response, but also provides solid data support for shipping safety, waterway planning, and terminal operation and maintenance.