The wave power potential along the southeast Atlantic coast of the United States of America bounded by latitudes 27° N and 38° N and longitudes 82° W and 72° W (i.e. North Carolina, South Carolina, Georgia, and northern Florida) is investigated. The available data from National Data Buoy Center wave stations in the given area are examined. Temporal trends of the wave heights, wave periods and the wave power are analyzed for a time scale of weeks. The time series from the wave stations are downsampled with a 15-day moving average filter with near 50% overlapping to study the seasonal trends. Power calculated from hourly significant wave heights and average wave periods is compared to power calculated using spectral wave density. It is found that a factor of 0.61 needs to be applied to the wave power calculated from hourly significant wave heights and average periods in order to get the same results with the power calculated from spectral wave density. The mean power within 50 km of the shore is determined to be ~9 kW/m, whereas higher power (~15 kW/m) is available further offshore.
Wave Power Potential along the Atlantic Coast of the Southeastern USA
Title: Wave Power Potential along the Atlantic Coast of the Southeastern USA
October 01, 2009
Journal: Renewable Energy
Defne, Z.; Haas, K.; Fritz, H. (2009). Wave Power Potential along the Atlantic Coast of the Southeastern USA. Renewable Energy, 34(10), 2197-2205.