rhode island wind power resource assessment

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RHODE ISLAND WIND POWER RESOURCE ASSESSMENT Annette Grilli Ocean Engineering University Of Rhode Island [email protected] Team: Ocean Engineering Student: Christopher O’Reilly GIS: Christopher Damon Wind Field data: John Merrill, GSO Birds assessment : Peter Patton and Kristopher Winiarski Senior Advisor: Malcolm Spaulding Outreach: CRC team , Teresa Crean and Jennifer Mc Cann

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RHODE ISLAND WIND POWER RESOURCE ASSESSMENT Annette Grilli Ocean Engineering University Of Rhode Island [email protected] Team: Ocean Engineering Student: Christopher O’Reilly GIS: Christopher Damon Wind Field data: John Merrill, GSO Birds assessment : Peter Patton and Kristopher Winiarski Senior Advisor: Malcolm Spaulding Outreach: CRC team , Teresa Crean and Jennifer Mc Cann

Conceptual Framework for Energy Resource Assessment

Source: Assessment of Marine and Hydrokinetic Energy Technology: Interim Letter Report http://www.nap.edu/catalog.php?record_id=13202

Theoretical Wind Resource New England

Modeled Mean Wind Speed NREL- AWS TrueWind

Theoretical Wind Resource

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Theoretical Wind Resource at 70 m (W/m2)

Technical resource Cut-in, Cut-off, Rated Speed

Betz Law Any device can only capture 59 % of available energy

Wind Speed (m/s)

Power (W)

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Wind Technical Resource at 70 m (W/m2)

Vertical Profile And Shear Coefficient

Report to the Virginia Offshore Wind Development Authority (VOWDA) Virginia Department of Mines, Minerals, and Energy December 7, 2010

Practical Wind Power

Technological Constraints

Wind Power

Ecosystem Services Constraints

Social constraints

Environmental constraints

Ecosystem Services

Reference: Karen McLeod and Heather Leslie (2009)

Modified .

•  Food:Agriculture, Aquaculture •  Energy •  Services • Other goods

Provisioning

• Recreation •  Aesthetics • Historic • Cultural

Cultural

•  Biological regulation •  Biodiversity maintenance •  Endangered species maintenance

Regulating

Resources Cost

Technological cost

Environmental cost

Social cost

Wind Power (WP)

Exclusionary zones E.G: •  Airport restriction

area (FAA)

Typology of open space

ZONES or

Social and Environmental

Landscape Regions

Assess the sensitivity of each zone to

wind farm impact

WIND FARM IMPACT ZONES

Resources and

constraints optimization WIND FARM

SITING INDEX

Set back rules Noise Flicker

Visual Impact

Tolerance level

User Input

Wind Farm Siting Index

Wind Farm Impact Zones Homogeneous

area zone

•  E.g: Forest

Ecosystem services

• Regulating: •  Biodiversiy •  Integrity/No Fragmentation

• Cultural: • Recreation

Ecosystem services

sensitivity to wind farm

•  Maximum value = Destruction of the ecosystem service

•  Minimum value = No impact

STEP 3

STEP 1

Data Source Model •  Advantages

•  complete spatial coverage •  vertical profile

•  Disadvantage •  large uncertainty on vertical

profile à Measurement: tower + sodar

accurate vertical profile