Wind Farm Thesis

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Moreover, a transient model based on LES theory showed that there can be changes in the direction of propagation of the wake when velocity fluctuations are introduced to the model.

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In the event of wind speed lower than the cutoff wind speed for the turbine, the ammonia plant will use the produced ammonia as fuel, with the help of a gas turbine running on either Brayton cycle or combined cycle, to keep the plant idling.

It will maintain the reaction conditions of the synthesis chamber and will not produce any ammonia.

Non-UMass Amherst users: Please talk to your librarian about requesting this dissertation through interlibrary loan. Department of Energy, offshore wind energy has the potential to generate 7,200 TWh of energy annually, which is nearly twice the current annual energy consumption in the United States.

Dissertations that have an embargo placed on them will not be available to anyone until the embargo expires. With technical advances in the offshore wind industry, particularly in the floating platforms, windfarms are pushing further into the ocean.

This model will be used to simulate the total energy consumption, total energy captured by the wind farm, and the total ammonia produced. Department of Energy, offshore wind energy has the potential to generate 7,200 TWh of energy annually, which is nearly twice the current annual energy consumption in the United States.

This will further help in assessing the final cost of producing, transporting, and consuming ammonia as fuel and thereby provide a better understanding of the feasibility of implementing this technology. With technical advances in the offshore wind industry, particularly in the floating platforms, windfarms are pushing further into the ocean.

At first, a wind turbine computational fluid dynamic (CFD) model was developed covering the near wake.

The near wake flow field was validated against near wake velocity data from the MEXICO experiment.