Add to ORKGMicrositing of wind turbines in complex terrain is tricky game, and many of the current siting methods and tools, while useful and improving, remain inadequate to the task in extreme terrain. As a consequence, there are numerous wind turbine installations that are buffeted by damaging turbulence or are faced with suboptimal wind energy performance
Designing wind farms in complex terrain is an important task, especially for countries with a large ...
Micro wind turbines can be structurally integrated on top of the solid base of noise barriers near h...
Over the past two decades, methods and numerical techniques for the assessment of the wind energy re...
[Introduction] With respect to the flat topography wind farm, wind speed and wind direction present ...
AbstractA four level multiscale model capable of modeling local wind and turbulence fields for micro...
Wind energy is running well ahead of its peers to deal with the demand–supply and environmental cris...
The continuing transition to renewable energy will require more wind turbines to be installed and op...
"Terrain topography affects the local flow in the atmospheric boundary layer by modifying the local ...
As the demand for global renewable energy grows, so does the demand for more efficient energy conve...
Along with the rapid expansion of wind power in Sweden during the last decades the competition about...
Wind power assessment and micro sitting in complex terrain zones using physical modeling technique w...
We investigate the problem of wind farm design in isolated mountainous areas. We first describe a re...
This study aims to analyse and understand how the structural and drivetrain loads on the turbines ca...
The main objective of this study is to conduct an optimal micro-siting of 1kW wind turbine to provid...
This paper will demonstrate that the presence of atmospheric turbulence at the test site is particul...
Designing wind farms in complex terrain is an important task, especially for countries with a large ...
Micro wind turbines can be structurally integrated on top of the solid base of noise barriers near h...
Over the past two decades, methods and numerical techniques for the assessment of the wind energy re...
[Introduction] With respect to the flat topography wind farm, wind speed and wind direction present ...
AbstractA four level multiscale model capable of modeling local wind and turbulence fields for micro...
Wind energy is running well ahead of its peers to deal with the demand–supply and environmental cris...
The continuing transition to renewable energy will require more wind turbines to be installed and op...
"Terrain topography affects the local flow in the atmospheric boundary layer by modifying the local ...
As the demand for global renewable energy grows, so does the demand for more efficient energy conve...
Along with the rapid expansion of wind power in Sweden during the last decades the competition about...
Wind power assessment and micro sitting in complex terrain zones using physical modeling technique w...
We investigate the problem of wind farm design in isolated mountainous areas. We first describe a re...
This study aims to analyse and understand how the structural and drivetrain loads on the turbines ca...
The main objective of this study is to conduct an optimal micro-siting of 1kW wind turbine to provid...
This paper will demonstrate that the presence of atmospheric turbulence at the test site is particul...
Designing wind farms in complex terrain is an important task, especially for countries with a large ...
Micro wind turbines can be structurally integrated on top of the solid base of noise barriers near h...
Over the past two decades, methods and numerical techniques for the assessment of the wind energy re...