Add to ORKGIce formation on wind turbine blades significantly reduces performance and can ultimately cause shutdown. The WINDHEAT technology is a de-icing system, which detects ice and removes it at the areas of the blade only where it occurs
There has been a substantial growth in the wind energy power capacity worldwide, and icing difficult...
There are two important issues related to wind turbines performances in offshore sites that locate i...
The goal of this project was to anonymously benchmark state-of-the-art wind turbines equipped with I...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
Wind turbine installations in extreme conditions like cold climate have increased over thelast few y...
Nowadays, the energy sector is facing a huge demand that needs to be covered. Wind energy is one of ...
Icing is an important issue when operating wind turbines in high altitude or arctic areas as it can ...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
Ice accumulation on wind turbines operating in cold regions reduces power generation by degrading ae...
Ice accumulation on wind turbines operating in cold regions reduces power generation by degrading ae...
Icing has been observed to prevent the operation of standard wind turbines in harsh arctic condition...
Wind turbine performance depends mainly on the wind speed and aerodynamics of blades. The roughness ...
Wind power is one of the fastest growing production methods of electric energy. The expansion of win...
The development of wind-power engineering in the Arctic has led to increasing wind turbines in cold ...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
There has been a substantial growth in the wind energy power capacity worldwide, and icing difficult...
There are two important issues related to wind turbines performances in offshore sites that locate i...
The goal of this project was to anonymously benchmark state-of-the-art wind turbines equipped with I...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
Wind turbine installations in extreme conditions like cold climate have increased over thelast few y...
Nowadays, the energy sector is facing a huge demand that needs to be covered. Wind energy is one of ...
Icing is an important issue when operating wind turbines in high altitude or arctic areas as it can ...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
Ice accumulation on wind turbines operating in cold regions reduces power generation by degrading ae...
Ice accumulation on wind turbines operating in cold regions reduces power generation by degrading ae...
Icing has been observed to prevent the operation of standard wind turbines in harsh arctic condition...
Wind turbine performance depends mainly on the wind speed and aerodynamics of blades. The roughness ...
Wind power is one of the fastest growing production methods of electric energy. The expansion of win...
The development of wind-power engineering in the Arctic has led to increasing wind turbines in cold ...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
There has been a substantial growth in the wind energy power capacity worldwide, and icing difficult...
There are two important issues related to wind turbines performances in offshore sites that locate i...
The goal of this project was to anonymously benchmark state-of-the-art wind turbines equipped with I...