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An innovative second-order design method for the structural optimization of the SpiderFLOAT offshore wind Platform
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Dynamic analysis of 10 MW monopile supported offshore wind turbine based on fully coupled model
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Effect of scour erosion on mode shapes of a 5 MW monopile-supported offshore wind turbine
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Real-time dynamic layout optimization for floating offshore wind farm control
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Nested control co-design of a spar buoy horizontal-axis floating offshore wind turbine
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The aerodynamics of floating offshore wind turbines in different working states during surge motion
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Liquid metal battery storage in an offshore wind turbine: Concept and economic analysis
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Amplified threat of tropical cyclones to US offshore wind energy in a changing climate
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Multi-Fidelity Dynamic Line Rating Fusion for System Load Margin Enhancement with Large-Scale Offshore Wind Generations
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Offshore Wind Project Study (Final Technical Report)
Within the Long Island electric service territory and throughout New York State there is increasing interest in and mandate for increasing clean energy technologies and renewable energy generation while reducing dependency on fossil fuels for electric production with goal of a carbon free system by 2040. This report discusses the implications of the reduction of forecasted load in the Long Island electric service territory and the impact of energy efficiency; increasing reliance of wind and other renewable resources on the transmission system; opportunities for interconnecting these resources; and reductions on the reliance of baseload fossil fueled power facilities over the coming years.
Aeroelastic Validation of the Sandia Offshore Wind Energy Simulator (OWENS) for Vertical-Axis Wind Turbines
Vertical-axis wind turbines (VAWTs) have been the subject of research and development for nearly a century. However, this turbine architecture has fallen in and out of favor on multiple occasions. Beginning in the late 1970s, the U.S. Department of Energy sponsored an extensive experimental program through Sandia National Laboratories which produced a mass of experimental data from several highly instrumented turbines. Turbines designed, built, and tested include the 2 meter, 5 meter, 17 meter, and 34 meter and their respective configurations. This program kicked off a commercial collaboration and resulted in the FloWind turbines. The FloWind turbines had several notable design changes from the experimental turbines that, in conjunction with a general lack of understanding regarding predicting fatigue at the time, led to the majority of the turbines failing prematurely during the late 80s.