Smart Wind Turbine Prediction

Smart Wind Turbine Prediction is a software interface for the intelligent operation and maintenance of wind farms. The interface uses three-dimensional visualization, virtual simulation and data graphs to show turbine conditions and to locate faults quickly. Machine learning models are configured by dragging and dropping data and model settings, so single or multiple turbine types can be covered. Fault warnings are delivered about twenty minutes earlier on average, and model accuracy reaches 81 percent. Manual maintenance costs and safety risks are reduced.

Smart Wind Turbine Prediction AI System Design by 4Paradigm UED was identified as an innovative example of communication design by the A' Design Award & Competition. Smart Wind Turbine Prediction AI System Design was awarded the Silver A' Design Award in Interface, Interaction and User Experience Design in 2023. The A' Interface, Interaction and User Experience Design Award is an international, jury-voted, fair and ethical design competition which honors excellent design of websites, mobile applications, software interfaces, game interfaces, wearable interfaces, virtual reality interfaces, augmented reality interfaces, dashboard designs and more.

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