Whiffle is dedicated to incorporating the latest computing innovations
Our integrated fine-scale forecasting system first uses a pre-processing engine to convert large-scale weather data into customized input fields.
Our atmospheric simulations are crafted to run on massively parallel supercomputing platforms and are fully geared to exploit the spectacular acceleration offered by modern Graphical Processing Units (GPU's)
As a final step, results are ported to the post-processing engine that applies additional model output statistics and prepares data for transfer or visualization.
Whiffle offers products that enable fine-scale weather forecasts and weather simulations
For wind energy purposes, Whiffle’s ultra-high resolution atmospheric model delivers benefits for power production forecasts and wind resource assessments.
Interested in modelling the dispersion of air pollution caused by for example traffic, industrial processes, wildfires, agriculture or by any other activity? Our model is capable of simulating dispersion characteristics at ultra-high resolution, anywhere in the world.
Calculating local cloud coverage is key to accurately predict the power production of a solar park. Whiffle’s ultra-high resolution atmospheric model is the go-to solution for solar resource assessments or power production forecasts.
By leveraging our precision atmospheric model, the possibilities of providing insights for weather-influenced industries are endless.
We will change the way you see the weather
Whiffle is a scale-up company with its roots at Delft University of Technology. Our expertise covers atmospheric physics and high-end computing, as well as important application areas like renewable energy and dispersion.