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8/3/2019 The Application of High Frequency Radar for Mapping Offshore Wind Resources
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The Application of
High FrequencyRadar for Mapping
Offshore Wind
Resources
October 27, 2011
New Brunswick, NJ
Dr. Hugh Roarty
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Vessels -
SatelliteSatellite
Ships/Vessels
REMUS
Modelin
gLeadership
CODARGlider
DataVis.Securi
tyEducation
HF RadarNetwork
Glider FleetL-Band & X-Band SatelliteReceivers
3-D Nowcasts& Forecasts
Rutgers University - Coastal Ocean
Observation Lab
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Computer and Monitor Transmitter
Receiver
Components of a High Frequency (HF) RADAR system
monopole (A3)
radial whips
loop box
(A1 & A2)
receive antenna
loop 1 (A1) loop 2 (A2)
loop box
Transmit Antenna
Receive Antenna
electronics
Frequency Dependent Range,
Resolution & Vessel Size
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Nested Grids of Hourly Surface Current Maps ^
High Frequency Radar Since 1996
Combined CODAR & Satellite Products >
Corporate Partner:
CODAR Ocean Sensors
14 Long-Range
7 Medium-Range
14 Short-Range
35 Total CODARs
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Applications
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U.S. Coast Guard: Search And Rescue Optimal Planning System SAROPS
Mid-Atlantic Operational Data Flow to SAROPS SAROPS User Interface
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Ecological Decision Support Fisheries
Our Approach:
Develop statistical models using
bottom trawl surveys andMARACOOS 3-D data to
predict species distribution
based on observed or forecasted
MARACOOS 3-D fields.
+
Downwelling UpwellingDownwelling Upwelling
Like
Upwelling
Hate
Downwelling
Convergent
Divergent
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Water Quality Nearshore Currents
Nearshore currents derived from single
site radial currents track the movement
of water quality constituents within 3
km of the beach.
Alongshore Current
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State of New JerseyNew Jersey Board of Public Utilities (NJBPU)
An Advanced Atmosphere/Ocean Assessment Program:
Reducing the Risks Associated with Offshore Wind EnergyDevelopment
As Defined by The NJ Energy Master Plan andThe NJ Offshore Wind Energy Economic Development Act
Principal Investigators: Scott Glenn, Sc.D. and Rich Dunk, Ph.D., CCMTeam Members:Josh Kohut, Louis Bowers, Greg Seroka, John Kerfoot, Lisa
Ojanen, Ethan Handel
Hi-Res WeatherModel
SpatialValidation Data
Wind PowerStatistics
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Future Medium
Range Network
13 MHz
Range ~ 80 km
Resolution 2 km
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13 MHz Tx/Rx
Antenna
Single antenna at 13
MHz
Transmit and Receive
Radial whips nolonger needed
Possible to install with
no guy wires andsmall base
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Deployed August 11, 2011
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Physics-based numerical computer model
that provided preliminary estimates of the
annual average wind using their proprietary
MesoMap system.
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Rotate wind vectors according to complex correlation Calculate the slope and intercept of best fit line
U'c(x,y,t) = slope(x,y)*W'(t)
HF Radar Derived Linear Wind Model
Wind Transient [W'] (cm/s)
Cu
rrentTransient[U']
(cm/s)
Ecological baseline
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Ecological baselinestudies of offshore windpower alreadyperformed
Avian species Fisheries Marine Mammals Sea turtles
This project willperform physical
baseline study
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Total WindCapacity
OffshoreWind
Capacity
PlannedCapacity
UnitedStates
42 GW 0.0 GW 54 GW by 2020
China 42 GW 0.1 GW 5 GW by 2015
30 GW by 2020
EuropeanUnion
84 GW 3.0 GW* 6 GW by 2011
19 GW fully
consented
*9 Countries, 1100 turbines
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U.S. National HF Radar Network
Data Flow
Since 2007
Todays
Coverage
131 Radars
2004 Plan
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European HF Radar Installations 2011
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Conclusions
Rutgers is measuring the ocean 24/7
HF Radar network can provide validation
of atmospheric models and spatial maps
of wind resource off NJ
Lessons learned from this project can be
exported to the nation and the world