Offshore Atmospheric and Ocean Monitoring to Support DEEPWATERwind’s Offshore Wind Energy Project Development and Operations Rich Dunk, Ph.D.,

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Presentation transcript:

Offshore Atmospheric and Ocean Monitoring to Support DEEPWATERwind’s Offshore Wind Energy Project Development and Operations Rich Dunk, Ph.D., CCM Scott Glenn, Sc.D. Rutgers University Coastal Ocean Observation Laboratory (RU-COOL) Institute of Marine and Coastal Sciences

Proposed Offshore WTG Sites

Offshore Meteorological Tower

Remote Offshore Wind Resource Monitoring Options (Sodar, RASS, Radar, Lidar Wind Profilers)

WindTracer Validation using the First Wind Meteorological Tower and WTG array located at the Steel Winds Site located on the Shore of Lake Erie

RU-COOL High-Resolution Visible and Infrared Satellite Imagery (NJ and NY Sea Breeze and Coastal Upwelling Events)

High-Resolution Atmospheric and Oceanic Modeling Systems Using Site-Specific Monitoring Data for Detailed Offshore WTG Site Analysis

Wind Tunnel Wind Modeling to Determine WTG Wake Affects and Optimum WTG Array Configuration

Surface Meteorological and Ocean Profile Monitoring

Ocean Current and Wave Monitoring using Codar Remote Sensing

Whale and Fish Movement Patterns using “Tagging” and Tracking with, Satellite, Codar, and AUV Technology

Ocean Profile Analysis