EPSILINE
One-stop shop for wind turbine
performance optimization
Solution deployed across 800+ wind turbines in 25 countries across North & Latin America, Europe, Africa and Asia .
A suite of tools at your disposal
From SCADA analysis to proven improvements
SCADA Data Analysis
Data analysis based on wind turbine data only to detect in advance on which turbine it is relevant to install additional external sensors
LiDAR campaigns with WindEagle by epsiline
Nacelle-mounted device with embedded short range LiDAR and vibration sensors dedicated to detect and correct yaw mislignment, north offset, turbulence intensity, aerodynamic pitch and mass rotor imbalance and finally tower frequency .
LiDAR campaigns with WindCube Nacelle
Long range nacelle mounted LiDAR dedicated to IEC power curve, NTF control, wind shear & veer
A all-in-one service
1. Pre-SCADA Analysis
Draw a first diagnosis and identify the best WTGs
2. Installation
Made by our teams for more efficiency .
Adaptable to all turbines. 4 Lidars/day to minimize travel costs
3. Data Analysis & Recommendations
Access to Raw Data
Access to our SaaS Platform for real-time visualisation
Ad-hoc reports
4. Support for corrections implementation
Support for mechanical corrections
Discussions with OEM for remote corrections
5. Uninstallation
By our teams.
4 Lidars/day to minimize travel costs
6. Post-SCADA Analysis
Assess potential new changes after 2 years with SCADA Data only
Laser-based sensors
INDEPENDENT PERFORMANCE MONITORING & OPTIMIZATION
TO INCREASE WIND FARM REVENUES & LIFETIME
Epsiline provides a turnkey solution through IoT and data analytics for wind farm performance optimization.
WindEagle solution uses laser-based IoT sensors which provided wind speed, wind direction and turbulence intensity data measured in front of the blades. Thus, there is no induced error from blade turbulence.
These independent measures provide wind turbine productivity improvement, enhanced monitoring and asset life preservation.
Webportal
Automated analysis for usual cases
1) Static and dynamic yaw misalignment
2) Aerodynamic and mass rotor imbalance
3) Precise Turbulence Intensity per wind direction
4) True North detection
5) Foundations : Tower frequency analysis
Post-analysis for specific cases
Tailor-made reports according to customer instructions
See things in action
Contact us