Offshore Wind & Marine Renewables
Met-ocean campaigns for wave, current and water-level data feeding turbine design and operations.
Waves, tides, currents and hydrography — the physical-oceanography stack for marine engineering and research.
Surface, water-column and seabed observations for full ocean characterization.
| Category | Parameter | Unit |
|---|---|---|
| Wave | Wave Height | m |
| Wave | Wave Period | s |
| Wave | Wave Direction | ° |
| Tide | Water Level | m |
| Current | Current Speed | m/s |
| Current | Current Direction | ° |
| Hydrographic | Depth | m |
| Hydrographic | CTD | configurable |
| Hydrographic | Water Density | kg/m³ |
| Platform | Multi-sensor Buoy | configurable |
What each parameter tells you about the ocean system you're studying or operating in.
Wave height, period and direction drive fatigue on turbines, jackets and moorings, set vessel operability windows, and validate coastal engineering models.
Surface and water-column currents control sediment transport, oil-spill drift, larval dispersal and the operating envelope of subsea installations.
Precision water-level data underpins tsunami and storm-surge warning, harbor operations, sea-level rise research and shoreline erosion modeling.
CTD profiles capture stratification, mixing and density structure — the foundation of physical oceanography, climate monitoring and marine habitat assessment.
Engineered for moored, profiling and seabed deployments.
Acceleration-based and non-contact radar wave sensors for wave height, period, direction and spectrum — built for compact buoys and harsh marine platforms.
Real-time CTD sensing for conductivity, temperature, pressure, salinity, depth, density and sound-speed — for moored observation and water-column profiling.
Panoramic underwater cameras with self-cleaning design, adaptive lighting and IoT expansion for subsea inspection and biodiversity monitoring.
From wave, current and depth sensing to cloud intelligence and operational decisions.
Use this quick mapping to connect each oceanographic parameter with the matching instrument family before opening detailed product pages.
| Category | Parameter | Unit | Series | Example Product |
|---|---|---|---|---|
| Wave | Wave Height | m | WaveSense | WaveSense-WH |
| Wave | Wave Period | s | WaveSense | WaveSense-WP |
| Wave | Wave Direction | ° | WaveSense | WaveSense-WD |
| Tide | Water Level | m | TideSense | TideSense-WL |
| Current | Current Speed | m/s | OceanSense | OceanSense-CS |
| Current | Current Direction | ° | OceanSense | OceanSense-CD |
| Hydrographic | Depth | m | OceanSense | OceanSense-DEP |
| Hydrographic | CTD | configurable | OceanSense | OceanSense-CTD |
| Hydrographic | Water Density | kg/m³ | OceanSense | OceanSense-DEN |
| Platform | Multi-sensor Buoy | configurable | OceanBuoy | OceanBuoy-300 |
Where oceanographic sensing drives engineering and research outcomes — with the parameters and products that power each use case.
Met-ocean campaigns for wave, current and water-level data feeding turbine design and operations.
Coastal tide-gauge and wave networks delivering minutes-to-hours of advance warning to coastal communities.
CTD profiling, ADCP currents and multi-sensor buoy campaigns for ocean climate and ecosystem research.
Tell us about your project. Our engineering team will design the right solution for your environment, deployment and data goals.