Close
Vortex ICING provides
Vortex ICING provides a robust and highly reliable assessment of Wind Farm Icing Probability, delivering a detailed estimate of the combined probability of frost occurrence and wind conditions within critical operational thresholds. This advanced approach to Wind Farm Icing Probability allows developers and analysts to better understand icing risks and their potential impact on wind farm performance and availability.
By integrating atmospheric variables, Vortex ICING enhances the accuracy evaluations, supporting early-stage decision-making and reducing uncertainty in cold climate projects.
The Wind Farm Icing Probability module should be used when the wind farm area has already been defined, but turbine micro-siting and turbine class selection have not yet been finalized. At this stage, analyzing Wind Farm Icing Probability is essential to identify potential icing risks that may influence turbine technology choices, layout optimization, and overall project feasibility.
It is especially useful in cold climate regions where Wind Farm Icing Probability can significantly affect energy production losses, mechanical stress, and maintenance strategies.
These technical capabilities enable a comprehensive and high-resolution assessment of Wind Farm Icing Probability, ensuring that developers can accurately quantify icing risks across different spatial and temporal scales. By combining long-term datasets with detailed atmospheric modeling, the system supports more informed decision-making in cold climate wind farm development.
Ready to Get Started?
Sign up for your free account and gain access to wind data at any coordinate worldwide.
Modeled wind resource data for the wind industry.
At any site around the world. Onshore and offshore.
