Wind Farm Optimization
ASSET_ID: WF_ALPHA
YIELD_INCREASE: +15.4%
UPTIME: 99.8%
Wake Steering & Yield Control
Traditional wind farms lose energy when upstream turbines block the wind for those behind them. Our AI-driven Wake Steering tilts the yaw of individual turbines, redirecting airflow to downstream units and increasing the total park yield by up to 15%.
HPC-Driven Predictive Maintenance
Replacing a gearbox at sea costs millions. Malgukke’s HPC models analyze acoustic emissions and structural vibrations in real-time, detecting microscopic cracks months before failure. This allows for planned maintenance during low-wind periods.
ANALYZING ACOUSTIC_LOGS...
TURBINE_ID: T-44
GEARBOX_HEALTH: 94.2%
EST_MTBF: 4,200 HOURS
Real-Time Digital Twin Simulation
Every turbine is mirrored by a high-fidelity Digital Twin. By running parallel simulations on NVIDIA clusters, we test pitching strategies against incoming weather fronts in seconds, protecting hardware from extreme gusts while maximizing capture.