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March 10, 2026Wind EnergyOpen Access

Improving Power Generation in Rigid‐Wing Groundgen Airborne Wind Energy Systems Using Feedback Control—A Parametric Study

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Authors

DNDúc NguyênThe University of SydneyMLMark H. LowenbergUniversity of BristolEOEspen OlandKitemill (Norway)

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Implication

Parametric study improves power generation in airborne wind energy systems, suggesting effective reel-out strategies.

Key Points

  • This research aims to enhance power generation in airborne wind energy systems by optimizing reel-out strategies and flight controls.
  • Utilized a high-fidelity simulator for testing various reel-out strategies.
  • Investigated flight and ground winch control impacts on power output.
  • Conducted parameter sweeps on wind speed, circle radius, and reel-out speed.
  • Achieved a 47% power increase by optimizing winch and flight control.
  • Identified trade-offs between power generation and structural loads based on circle size.
  • Faster reel-out provided more power but posed risks of stalling due to lower airspeed.

Cite This Study

Nguyên et al. (2026) studied this question.

synapsesocial.com/papers/69af956970916d39fea4cf3ehttps://doi.org/10.1002/we.70109
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