💡🌬️Innovation - Boosting Wind Performance Accross Asia-Pacific's Coastal Complexity In the Asia-Pacific region, coastal complexity, from #monsoons to abrupt land-sea transitions, makes accurate wind assessment a serious challenge. Most numerical #models smooth out local effects. In-situ data? Often sparse, or nonexistent. That’s a problem, especially for early-stage planning. Our experts, Meteodyn & CLS Group have built and validated a next-gen offshore wind methodology that integrates 330,000+ SAR #satellite images, corrected and extrapolated via machine learning, trained on data from 24 floating LiDAR campaigns, and validated across 🌍 three continents. 🚀 The result? ✔️ +4% accuracy in energy yield estimates ✔️ Better mapping of wind gradients, and acceleration zones ✔️ Optimized LiDAR siting and spatial planning, even in data-poor areas Already applied to China, Korea, and Japan, this approach is shaping the future of offshore wind in #APAC, and could be a game-changer for Australia and beyond. 📢 Interested in seeing the validation results, and how this method fits your next offshore wind project? Contact our team of expert 👉https://lnkd.in/efc7mcvg #OffshoreWind #WindEnergy #APACEnergy #FloatingLiDAR #SARsatellite #RenewableEnergy #WindResourceAssessment #AustraliaWind #MachineLearning
Director of Communications, CLS_Group
1dThe energy transition towards sustainable sources is not just a choice, it’s an absolute necessity. I’m truly impressed by the level of innovation and ingenuity shown by our experts at CLS Group. Every day, they push the boundaries of science and technology to deepen our understanding of the planet’s green resources. This groundbreaking methodology marks a significant leap forward in wind assessment, especially in the face of such complex coastal conditions. Bravo to the teams at Meteodyn and CLS Group for this remarkable achievement!