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A reference database for the analysis of wind-farm wake recovery mechanisms...
For a capping-inversion heights=150 m, capping-inversion strength=2 K, free-atmosphere lapse rate=1 K/km, we present a suite of large-eddy simulations of a wind farm operating... -
A reference database for the analysis of wind-farm wake recovery mechanisms...
For a capping-inversion heights=150 m, capping-inversion strength=0 K, free-atmosphere lapse rate=0 K/km, we present a suite of large-eddy simulations of a wind farm operating... -
Testfeld Bremerhaven dataset
The FLOW project is funded by the European Union Horizon Europe Framework program under grant agreement no. 101084205. The objective of the FLOW project is to develop methods to... -
LES of a wind farm with 100 IEA 15 MW turbines in the ABL height of 500 m
The dataset of an idealised wind farm was generated using SOWFA-6 LES solver. The wind farm consists of 100 IEA 15 MW turbines arranged in a 10-by-10 staggered layout with 5D... -
LES of a wind farm with 100 IEA 15 MW turbines in the ABL height of 150 m
The dataset of an idealised wind farm was generated using SOWFA-6 LES solver. The wind farm consists of 100 IEA 15 MW turbines arranged in a 10-by-10 staggered layout with 5D... -
LES of a single IEA 15 MW turbine in the ABL height of 500 m
The dataset of a single IEA 15 MW turbine was generated using SOWFA-6 LES solver. This simulation requires time-series of atmospheric inflow data. The inflow was produced by a... -
LES of a single IEA 15 MW turbine in the ABL height of 150 m
The dataset of a single IEA 15 MW turbine was generated using SOWFA-6 LES solver. This simulation requires time-series of atmospheric inflow data. The inflow was produced by a... -
LES of an Atmospheric Boundary Layer with capping inversion height of 500 m
The ABL profile was generated using SOWFA-6 LES solver. The initial capping inversion height was set to 500 m. The mean wind speed and direction were controlled to the desired... -
LES of an Atmospheric Boundary Layer with capping inversion height of 150 m
The ABL profile was generated using SOWFA-6 LES solver. The initial capping inversion height was set to 150 m. The mean wind speed and direction were controlled to the desired... -
Kitepower flight data acquired on 27 November 2023
This dataset captures a flight test of the 60m² leading-edge inflatable V9 kite of Kitepower on 27 November 2023 at the AWE test site close to Bangor Erris, Ireland. The kite... -
Kitepower flight data acquired on 5 June 2024
This dataset captures a flight test of the 60m² leading-edge inflatable V9 kite of Kitepower on 5 June 2024 at the AWE test site close to Bangor Erris, Ireland. The kite was... -
Kite power flight data acquired on 8 October 2019
Kite power flight data acquired on 8 October 2019. For this specific test, the 25m² leading edge inflatable V3 kite was flown. The measurements were performed with the 100 kW... -
Instrumented kite power system test flight on 24 March 2017
Instrumented kite power system test flight on 24 March 2017. The measurements were performed with the 100 kW technology development platform of Kitepower BV, a spin-off company...