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Measuring waves and currents is an important field of study for a variety of applications, including safe and secure waterway navigation, offshore renewable energy, weather forecasting, and scientific research. Acquisition of baseline time series data of waves and currents is critical for research and design projects, analyzing trends for climate studies, among other applications. Transmission of real-time wave and current data is also critical for operational users who need to make immediate decisions and understand the current environmental situation. Falcon offers complete wave and current monitoring systems with Custom mooring design, telemetry communications as well as commissioning and deployment.
By observing currents in certain marine regions, it is possible to understand the direction and speed of water flow. Current monitoring helps in accurately understanding tidal variations, water movement patterns, and changes within the marine environment. It is essential to obtain this information in order to plan and execute coastal development projects, port construction, offshore operations, dredging monitoring activities, and marine environmental assessments efficiently and effectively.
By measuring crucial elements including wave height, wave period, and wave direction, wave monitoring aids in the evaluation of maritime conditions. The gathered information aids in the assessment of maritime environmental conditions and aids engineers in the planning of port facilities, offshore installations, coastal infrastructure, and other marine projects.
For a variety of marine and coastal applications, current and wave monitoring studies provide important oceanographic survey data.
By analyzing data on ocean currents and waves, engineers can accurately assess marine conditions near ports and harbors.
Wave and current measurements support the assessment of coastal conditions for shoreline protection, breakwaters, seawalls, and other coastal structures.
Monitoring marine conditions helps project teams understand site-specific wave and current patterns when planning offshore construction and renewable energy projects.