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Triple nested: 9-3-1km 9km: 0, 6, 12, 18Z cycles 3km: 0, 12Z cycles

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Presentation on theme: "Triple nested: 9-3-1km 9km: 0, 6, 12, 18Z cycles 3km: 0, 12Z cycles"— Presentation transcript:

1 Atmospheric Modeling: Rutgers University Weather Research and Forecasting (RU-WRF) Model
Triple nested: 9-3-1km 9km: 0, 6, 12, 18Z cycles 3km: 0, 12Z cycles 1km: 12Z cycle 3-hourly forecast: out to 4 days (9km), 2 days (3km) and 1 day (1km) Initial Conditions: 9km: 0.25 degree GFS 3km: 4km NAM 1km: RU-WRF 3km Boundary Conditions: 3km: RU-WRF 9km Version: 3.7.1? Physics options? (microphysics; PBL; cumulus parameterization; LW, SW radiation; surface layer; land surface) Satellite SSTs: state-of-the-science declouded coldest pixel composite SST to resolve coastal upwelling and storm mixing

2 RU-WRF 3km Validation Results
Period of Validation: May 2012-May 2013 *Based on standard validation criteria for mesoscale atmospheric models (Pielke, 1984; Dvorak et al., 2012)

3 Atmospheric Modeling: RU-WRF and Offshore Wind
New RU-WRF wind energy tools, such as forecasts of capacity factor (figure to right) Industry partners: NJ BPU Department of Energy PJM PSEG Offshore MW, LLC US Wind, LLC Deepwater Wind Garden State Offshore Energy And more

4 Coastal/Offshore Monitoring
Meteorological Tower Meteorological Buoy Offshore vertical LIDAR Coastal/Offshore Scanning LIDAR Infrared Satellite Coastal Radar (CODAR) Fishermen: already deployed monitoring buoy, once done go to one 10 nm out -purchased offshore vertical lidar, measure wind spd, dir, turbulence, deployed in June -bought scanning lidar, deployed at end of summer -bought wind tracer near Margate, see 10 nm offshore, in vertical m met towers along coast, instrumented at 3 levels Offshore Megawatt (German): no monitoring, rely on our study Bluewater Wind: claim deploying monitoring sites at end of summer Garden State Offshore Energy (part PSEG, part Deepwater Wind): vertical lidar on buoy, validate in Rhode Island, target this summer with LIDAR

5 Coastal/Offshore Monitoring
Offshore vertical LIDAR Coastal/Offshore Scanning LIDAR Fishermen: already deployed monitoring buoy, once done go to one 10 nm out -purchased offshore vertical lidar, measure wind spd, dir, turbulence, deployed in June -bought scanning lidar, deployed at end of summer -bought wind tracer near Margate, see 10 nm offshore, in vertical m met towers along coast, instrumented at 3 levels Offshore Megawatt (German): no monitoring, rely on our study Bluewater Wind: claim deploying monitoring sites at end of summer Garden State Offshore Energy (part PSEG, part Deepwater Wind): vertical lidar on buoy, validate in Rhode Island, target this summer with LIDAR

6 More Offshore Monitoring
Chesapeake Light Tower Martha’s Vineyard ASIT Current Future

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