May we introduce Whiffle, a pioneering Dutch SME that brings innovative expertise to our DigiWind project. Whiffle is renowned for its high-resolution Large-Eddy Simulations (LES) in the renewable energy sector, combining advanced numerical weather prediction with a deep understanding of atmospheric physics.
Whiffle plays a crucial role in the DigiWind project by developing lifelong learning modules focused on atmospheric physics and Boundary Layer Meteorology (BLM) with a particular emphasis on Large-Eddy Simulations (LES). These modules are designed to enhance the knowledge and skills of industry professionals, empowering them to optimize wind energy systems with the latest meteorological insights.
Key Contributors from Whiffle
- Prof. Dr. Harm Jonker, CINO, Head of Content, Atmospheric Physics
- Dr. Peter Baas, Research Scientist, Content Creator, Atmospheric Physics
- Pim van Dorp, R&D Director, Content Creator, Atmospheric Physics
- Dr. Gerwin van Dalum, Research Scientist, Content Creator, Atmospheric Physics
- Thijs van Winden, CTO, Development Coordination, SaaS
- Dr. Mikko Folkersma, Research & Development software developer
- Bernard Postema, Research & Development, Application engineer
Whiffle stands out as a dynamic and forward-thinking SME, very well established in the field of high-resolution LES. Their work is important in advancing wind resource assessment and forecasting, leveraging their unique blend of numerical weather prediction and atmospheric physics expertise. Whiffle’s dedication to innovation ensures they remain at the lead of the renewable energy sector, delivering precise and reliable simulations that support the optimization of wind energy systems worldwide.
“Whiffle is thrilled to contribute to the DigiWind Project through the development of specialized lifelong learning modules in atmospheric physics and Boundary Layer Meteorology (BLM). Our expertise in Large-Eddy Simulations (LES) will provide the community of industry professionals with the advanced insights needed to optimize wind energy systems. Our modules will be designed to integrate cutting-edge meteorological science with practical wind energy applications, enhancing capabilities across the industry.” – Whiffle team
Whiffle’s contribution to the DigiWind Project plays a significant role in advancing the wind energy sector, providing valuable resources and knowledge to professionals in the field.
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