UpWfarm

Trends such as larger wind farms and larger wind turbine rotors require high fidelity models such as large-eddy simulation (LES) to predict and understand the underlying aerodynamic and meteorological phenomena

  • Period: 2025-01-01 – 2028-12-31
  • Budget: 4,499,997 SEK
  • Funder: Vattenfall Windkraft A/S
  • Type of funding: Project founding

Description

Trends such as larger wind farms and larger wind turbine rotors require high fidelity models such as large-eddy simulation (LES) to predict and understand the underlying aerodynamic and meteorological phenomena. The project is concerned with the development of new modelling capabilities of an established numerical model. The main focus will be on the development, implementation and validation of a solver in an existing GPU-resident Lattice Boltzmann framework. These new modelling capabilities shall be applied to the simulation of stratified atmospheric boundary layer flows and their interaction with large offshore wind farms. The project includes one PhD student in a cooperation with Vattenfall Windkraft A/S.

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