Ice accretion on wind turbine components affects system safe operation and performance, with an annual power loss up to 20–50% at harsh sites. Therefore, special design requirements, as ice prevention systems, are necessary for wind turbines to operate in cold climates. The paper presents results for evaluating the anti-icing energy requirement for wind turbine blades as a function of wind turbine size and type. The analysis was carried out by means of the TREWICE code tool
Nowadays, the energy sector is facing a huge demand that needs to be covered. Wind energy is one of ...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
Ice accretion on wind turbine components affects system safe operation and performance, with an ann...
The impact of icing on wind turbines and energy production in northern regions is a severe problem. ...
Atmospheric icing effects is a critical issue for wind farms in Nordic regions; it is responsible fo...
Wind turbine performance depends mainly on the wind speed and aerodynamics of blades. The roughness ...
Wind turbine performance depends mainly on the wind speed and aerodynamics of blades. The roughness ...
This paper describes a brief overview of main issues related to atmospheric ice accretion on wind tu...
This paper describes a brief overview of main issues related to atmospheric ice accretion on wind tu...
This paper describes a brief overview of main issues related to atmospheric ice accretion on wind tu...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
There has been a substantial growth in the wind energy power capacity worldwide, and icing difficult...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
The dependence of atmospheric icing on temperature and wind turbine size was studied by performing n...
Nowadays, the energy sector is facing a huge demand that needs to be covered. Wind energy is one of ...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
Ice accretion on wind turbine components affects system safe operation and performance, with an ann...
The impact of icing on wind turbines and energy production in northern regions is a severe problem. ...
Atmospheric icing effects is a critical issue for wind farms in Nordic regions; it is responsible fo...
Wind turbine performance depends mainly on the wind speed and aerodynamics of blades. The roughness ...
Wind turbine performance depends mainly on the wind speed and aerodynamics of blades. The roughness ...
This paper describes a brief overview of main issues related to atmospheric ice accretion on wind tu...
This paper describes a brief overview of main issues related to atmospheric ice accretion on wind tu...
This paper describes a brief overview of main issues related to atmospheric ice accretion on wind tu...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
There has been a substantial growth in the wind energy power capacity worldwide, and icing difficult...
Wind energy in cold climates can, marketwise, act as a bridge between present onshore and future off...
The dependence of atmospheric icing on temperature and wind turbine size was studied by performing n...
Nowadays, the energy sector is facing a huge demand that needs to be covered. Wind energy is one of ...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...
The wind energy market is in full growth in Quebec but technical difficulties due to cold climate co...