Using Adaptive Safe Experimentation Dynamics Algorithm for Maximizing Wind Farm Power Production

This research presents a model-free strategy for increasing wind farm power generation based on the Adaptive Safe Experimentation Dynamics Algorithm (ASEDA). The ASEDA method is an improved version of the Safe Experimentation Dynamics (SED) algorithm that modifies the current tuning variable to resp...

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Vydáno v:2022 57th International Universities Power Engineering Conference (UPEC) s. 1 - 4
Hlavní autoři: Ahmad, Mohd Ashraf, Jui, Julakha Jahan, Ghazali, Mohd Riduwan
Médium: Konferenční příspěvek
Jazyk:angličtina
Vydáno: IEEE 30.08.2022
Témata:
Adaptation models
Heuristic algorithms
Linear programming
power generation
Prediction algorithms
renewable energy
safe experimentation dynamics
Wind energy generation
wind farm
Wind farms
Wind power generation
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Abstract This research presents a model-free strategy for increasing wind farm power generation based on the Adaptive Safe Experimentation Dynamics Algorithm (ASEDA). The ASEDA method is an improved version of the Safe Experimentation Dynamics (SED) algorithm that modifies the current tuning variable to respond to the changes in the objective function. The convergence accuracy is predicted to be enhanced further by adding the adaptive element to the modified SED equation. The ASEDA-based technique is used to determine the ideal control parameter for each turbine to maximize a wind farm's total power generation. A single single-row wind farm prototype with turbulence coupling among turbines is employed to validate the proposed approach. Simulation findings show that the ASEDA-based approach provides more total power generation than the original SED technique.
AbstractList This research presents a model-free strategy for increasing wind farm power generation based on the Adaptive Safe Experimentation Dynamics Algorithm (ASEDA). The ASEDA method is an improved version of the Safe Experimentation Dynamics (SED) algorithm that modifies the current tuning variable to respond to the changes in the objective function. The convergence accuracy is predicted to be enhanced further by adding the adaptive element to the modified SED equation. The ASEDA-based technique is used to determine the ideal control parameter for each turbine to maximize a wind farm's total power generation. A single single-row wind farm prototype with turbulence coupling among turbines is employed to validate the proposed approach. Simulation findings show that the ASEDA-based approach provides more total power generation than the original SED technique.
Author Ghazali, Mohd Riduwan
Jui, Julakha Jahan
Ahmad, Mohd Ashraf
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  surname: Ahmad
  fullname: Ahmad, Mohd Ashraf
  email: mashraf@ump.edu.my
  organization: Universiti Malaysia Pahang (UMP),Faculty of Electrical and Electronics Engineering Technology (FTKEE),Pekan,Pahang,Malaysia
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  givenname: Julakha Jahan
  surname: Jui
  fullname: Jui, Julakha Jahan
  email: julakha.ump@gmail.com
  organization: Universiti Malaysia Pahang (UMP),Faculty of Electrical and Electronics Engineering Technology (FTKEE),Pekan,Pahang,Malaysia
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  givenname: Mohd Riduwan
  surname: Ghazali
  fullname: Ghazali, Mohd Riduwan
  email: riduwan@ump.edu.my
  organization: Universiti Malaysia Pahang (UMP),Faculty of Electrical and Electronics Engineering Technology (FTKEE),Pekan,Pahang,Malaysia
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Snippet This research presents a model-free strategy for increasing wind farm power generation based on the Adaptive Safe Experimentation Dynamics Algorithm (ASEDA)....
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SubjectTerms Adaptation models
Heuristic algorithms
Linear programming
power generation
Prediction algorithms
renewable energy
safe experimentation dynamics
Wind energy generation
wind farm
Wind farms
Wind power generation
Title Using Adaptive Safe Experimentation Dynamics Algorithm for Maximizing Wind Farm Power Production
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