INNOVATIVE Aerodynamic Designs to solve current challenges
From aerospace to wind power industries, we understand that blade tip losses are real due to the generation of tip vortices. Here at NES, we solved it by designing a new blade tip that suppresses tip vortices to improve on efficiencies and lower acoustics. CFD image shows vortex suppression tip design vs the typical airfoil design on the right-side of wing structure.
Wind farm level control optimization and ai adjusted
Using machine learning + fast responding AI Lite controller systems for farm level optimization to provide maximum energy generation. This includes wake management and real time Max Power Point Tracking.
Design for Manufacturability
As blades get longer and longer for >10 MW wind turbines, it reaches a point where material systems and manufacturing reaches a limit where probability to failure increases. New designs together with manufacturing methods must be implemented to mitigate the higher chances of blade failure. Of course, all these new approaches must be scalable and agree with wind power economics.
