
A floating LiDAR data buoy platform designed for offshore wind resource assessment and long-term marine environmental monitoring. It helps developers, contractors, and engineering teams collect reliable wind, wave, current, and meteorological data without the cost and complexity of building a fixed offshore mast.

| Capability | Value for the Project |
|---|---|
| LiDAR Wind Measurement | Measures wind speed and direction at turbine hub-height and across key vertical layers |
| MetOcean Data Collection | Supports weather, wave, current, water quality, and sea-state monitoring |
| Floating Deployment | Reduces dependence on fixed mast construction and simplifies permitting |
| Remote Data Transmission | Supports real-time data access through communication and monitoring platforms |
| Long-Term Offshore Operation | Built for harsh marine environments and extended field campaigns |
| System Integration | Sensors, power, communication, and software can be configured as one complete system |


Typical System Configuration
| Module | Typical Components |
|---|---|
| Buoy Platform | Floating buoy body, tower structure, mooring interface |
| Wind Measurement | Floating LiDAR, wind speed and direction sensors |
| MetOcean Sensors | Wave, current, water quality, meteorological sensors |
| Power System | Solar panels, battery pack, power management |
| Communication | 4G, satellite, BeiDou, AIS |
| Software Platform | Data viewing, alarm monitoring, operation records |
Dexonmarine focuses on complete marine monitoring systems rather than single-sensor supply. The platform can be configured with buoy structure, LiDAR, meteorological sensors, ocean sensors, power system, communication system, and remote monitoring software according to project requirements.
This makes it suitable for contractors and integrators who need a deployable offshore system, not just individual equipment.

