We help operators maximize the technical and economic performance of their assets, combining advanced CFD-based modelling tools with SCADA analytics and lifetime assessment methods.
Long-term Energy Yield & Performance Assessment
Combination of long-term wind measurements and re-analysis databases with CFD-based micrositing and SCADA data
Wind farm long-term power performance assessment and identification of under-performance drivers
Lifetime Assessment & Re-powering Studies
Application of DNV-GL and relevant guidelines (theoretical part) for lifetime extension analysis
Combined use of our in-house aero-elastic solver and CFD-based micrositing toolkit
Neural networks-based regression for DELs estimation
Evaluation of re-powering scenarios and optimal strategies for asset upgrade or replacement
Evaluation & proposal of sector management schemes
Performance & Downtime Assessment
SCADA-based power curve and availability analysis, including directional and seasonal effects
Assessment and optimization of sector management schemes
Alarm log analysis, actual downtime calculation, identification of sub-optimal operating conditions and defective components
Failure Root Cause Analysis (RCA)
Tailor-made investigations of failure events combining aero-elastic simulations and SCADA data
Use of properly tuned generic turbine models with our in-house aero-elastic solver to reproduce and understand failure mechanisms