Power and renewables

Toolbox for wind farm control optimization

Establish a toolbox for the design and optimization of wind power station control strategies.

Site-specific mechanical load assessment

Contact us:

Tony Mercer
Tony Mercer

Head of Control, Turbine Engineering

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Objective
To develop a practical toolbox for the design and optimization of wind power station control strategies.

Results
A simple toolbox has been developed for wind farm control optimization based on “LongSim” and the “fatigue loads database” which takes account of:

  • Spatial and temporal wind field variations.
  • Wake effects.
  • Detailed turbine dynamic response.

Value created
The toolbox is a first step allowing the offer of wind farm control design and optimization services:

  • Optimized sector management strategies.
  • Optimal response to externally-imposed output constraints.

Quote from DNV GL project expert
“The topic of wind farm control optimization has long held great promise for wind energy and with impressive contributions from a number of academic heavyweights the time is ripe to bring to bear the capability and veracity of our world leading wind turbine and wind farm modelling tools. These in concert with our deep wind flow and turbine design know-how promises to shed new light on this age old problem.”

Tony Mercer, Head of Control, Turbine Engineering, DNV GL - Energy

Contact us:

Tony Mercer
Tony Mercer

Head of Control, Turbine Engineering

Send email

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