When storms rage and waves crash, ordinary sensors often fail. But for the professional Wave And Tide Sensor, a storm is not an obstacle, but rather an ultimate test of its reliability and technological prowess. A truly excellent sensor must operate accurately and stably even in the most severe sea conditions-this is the starting point for our sensor design.
Our Wave And Tide Sensor employs a high-performance nine-axis MEMS-IMU inertial measurement unit, combined with our company's self-developed ocean dynamics algorithm and STM32 microprocessor platform. This algorithm effectively eliminates the accumulated errors of acceleration and velocity integration under wind and wave disturbances, accurately capturing key parameters such as wave height, period, and direction even in the high-dynamic environment of the storm's center, achieving stable reproduction of real sea conditions.
During a storm, wave frequencies can surge from the usual 0.1–0.3 Hz to nearly 1.0 Hz, and low-frequency signals are often misinterpreted by traditional equipment due to noise interference. Our sensors are specifically optimized for the low-frequency response range (starting from approximately 0.04 Hz), ensuring the ability to distinguish between wind waves and swells even during severe storms, and accurately track changes in wave energy and direction spectra. This means that even in strong winds and heavy rain, our equipment can still provide continuous and accurate data support for research teams.
In terms of hardware, the sensor employs a fully sealed waterproof design, with a shell material possessing corrosion-resistant, impact-resistant, and wear-resistant properties, capable of withstanding prolonged wave impacts and salt spray corrosion. Even with storms generating waves several meters high and sudden temperature changes, the internal electronic components maintain stable operation. The device's low-power circuit design (operating current <50 mA) allows for continuous observation even in environments with intermittent power supply or long-term unattended maintenance.
Furthermore, the sensor supports collaboration with satellite communication systems, automatically uploading critical data during storms to help meteorological and oceanographic departments monitor sea state changes in real time. Whether for scientific research observation, marine early warning, or safety assessment of marine engineering projects, stable and continuous data support can be obtained from it.
Storms are not the end, but rather a test of true capability. Our Wave And Tide Sensor, with its precise algorithms, robust structure, and exceptional stability, operates reliably even in extreme sea conditions. Whether monitoring typhoon paths, studying energy distribution, or assisting in maritime safety early warning, it safeguards every decision made in scientific research and shipping with real-world data.