Stuttgart Wind Energy (SWE) - Uni Stuttgart
The Chair of Wind Energy at the University of Stuttgart (SWE) carries out research into wind energy systems.
Pinned Repositories
DynamicWakeDissipationModel
evoTurb
4D wind field generator
FLIDU
FloatingWAYS
FloatingWAYS: a python tool to design passively self-adjusting floating wind array layouts to increase the annual energy production.
IEA-15-240-RWT
15MW reference wind turbine repository developed in conjunction with IEA Wind
IEA-3.4-130-RWT
This repository contains the model data of the onshore reference wind turbine developed within IEA Wind Task 37. The data include the FAST8 files, a .yaml file with the corresponding json schema and open-source controllers.
Qlunc
A numerical framework to estimate hardware, data processing and pointing uncertainties of ground-based Doppler wind lidars
SIMPACK-MoorDyn
SIMPACK-MoorDyn coupling using SIMAT
ViConDAR
Modular framework allowing to scan a numerical wind field with a virtual lidar and create constrained turbulent wind fields for wind turbine simulations
WT_Operational_Optimization
Evaluation/optimization framework for wind turbine operational optimization considering fatigue damage and revenue objectives using adaptive control based on electricity prices and wind conditions
Stuttgart Wind Energy (SWE) - Uni Stuttgart's Repositories
SWE-UniStuttgart/Qlunc
A numerical framework to estimate hardware, data processing and pointing uncertainties of ground-based Doppler wind lidars
SWE-UniStuttgart/ViConDAR
Modular framework allowing to scan a numerical wind field with a virtual lidar and create constrained turbulent wind fields for wind turbine simulations
SWE-UniStuttgart/evoTurb
4D wind field generator
SWE-UniStuttgart/DynamicWakeDissipationModel
SWE-UniStuttgart/SIMPACK-MoorDyn
SIMPACK-MoorDyn coupling using SIMAT
SWE-UniStuttgart/FloatingWAYS
FloatingWAYS: a python tool to design passively self-adjusting floating wind array layouts to increase the annual energy production.
SWE-UniStuttgart/FLIDU
SWE-UniStuttgart/IEA-15-240-RWT
15MW reference wind turbine repository developed in conjunction with IEA Wind
SWE-UniStuttgart/IEA-3.4-130-RWT
This repository contains the model data of the onshore reference wind turbine developed within IEA Wind Task 37. The data include the FAST8 files, a .yaml file with the corresponding json schema and open-source controllers.
SWE-UniStuttgart/WT_Operational_Optimization
Evaluation/optimization framework for wind turbine operational optimization considering fatigue damage and revenue objectives using adaptive control based on electricity prices and wind conditions