Boreal Dynamics builds physics-informed AI engines to model, predict, and optimize the world's critical infrastructure.
Utility-scale wind optimization.
Unlocking hidden revenue through active wake steering.
Wind turbines cast "wind shadows" on their neighbors, reducing downstream efficiency by up to 20%. Traditional control systems ignore this interaction, optimizing individual turbines at the expense of the whole farm.
Stratus uses physics-informed AI to dynamically steer wakes away from downstream generators. By slightly misaligning upstream turbines, we unlock massive net-energy gains across the entire array.
Stratus leverages modern machine learning techniques with our propietary rigorous optimizer. We don't rely on black-box neural networks. Boreal Dynamics solves fluid dynamics equations 100x faster than legacy CFD.
This allows us to run millions of optimization scenarios in minutes, finding the perfect positioning to maximize Annual Energy Production (AEP) without risking hardware health.
We create a live, digital replica of your wind asset. Test control strategies in a zero-risk virtual environment before pushing a single command to the real world.
Built on a proprietary CUDA-native kernel, Stratus processes complex interaction matrices in milliseconds, enabling real-time responsiveness to shifting wind conditions.
Stratus solves the two hardest problems at once: static layout geometry for new farms, and dynamic yaw control for existing assets.