New York Bight Floating LiDAR Buoy Metocean Measurements

NYSERDA's Floating LiDAR BUOY Data contains meteorological and oceanographic measurements from buoys deployed in the Atlantic waters off New York. The multi-year project supports the state's Green New Deal by providing data for offshore wind development. Data collection began in August 2019 from locations including Hudson South and Hudson North.

Use Cases

• Model turbine hub-height wind speed and direction for wind resource assessment and energy yield prediction.
• Analyze wave height and current measurements to inform offshore structure design and marine operations planning.
• Correlate environmental data like air temperature and pressure with power output forecasts for specific wind farm sites.
• Validate and calibrate numerical weather prediction models using long-term, location-specific metocean observations.

Strengths

• Multi-year temporal coverage from August 2019, supporting longitudinal analysis.
• Data collected from multiple geographic locations (Hudson South and Hudson North) within the New York Bight.
• Measures key parameters for wind energy including turbine hub-height wind speed and wave data.

Limitations

• Specific row count, column details, and sample size are unknown from the provided description.
• Data format is listed as HTML, which may not be structured for direct computational analysis without extraction.
• Geographic scope is limited to the New York Bight, not representative of other offshore regions.

Provenance

Source

New York State Energy Research and Development Authority (NYSERDA).

Collection Method

Measured by metocean buoys deployed for two years, using LiDAR (light detection and ranging) technology.

Time Range

Beginning August 2019, covering a multi-year period.

Freshness

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Geography

Atlantic coastal waters of New York, specifically the New York Bight (Hudson South and Hudson North locations).