Epsiline - WindEagle
Created in 2009
- BETA
Up & running (A)
Existing signals show a regular activity Social networks
1,808Activities
Technologies
Entity types
Location
118 Rte d'Espagne, 31100 Toulouse, France
Toulouse
France
Employees
Scale: 2-10
Estimated: 10
SIREN
515249209Engaged corporates
3
2 1Added in Motherbase
1 year, 3 months ago
deeptech Value proposition
All-in-one IoT-based solution for independent Wind Turbines Monitoring and Optimization. Yaw, Pitch, Turbulence and more
EPSILINE is an innovative company offering ‘state-of-the-art’ IoT solutions to the global wind industry, keeping a fine balance between high-end technology and the economic reality of wind farms.
EPSILINE’s WindEagle is the most complete and reliable solution in the market to improve wind turbine performance. This unique All-in-One device includes multiple sensors (LiDAR, accelerometer, gyroscope, electronic compass, as well as pressure-temperature-humidity sensors). Using analysis and AI-based algorithms to provide alerts, to reduce downtime and automated reports for productivity improvement.
STATIC YAW MISALIGNMENT
60% of WT are misaligned, some with a yaw up to 15° in some cases leading to sharp reduction in performance. WINDEAGLE can accurately detect the static yaw misalignment, leading 1-3% AEP gains .
ROTOR IMBALANCE DETECTION
25% of WT suffer from rotor imbalance up to 2°. Rotor imbalance reduces the aerodynamic efficiency and can lead to reduced asset life of WT's. WINDEAGLE detects aerodynamic and mass imbalances. Correcting the rotor imbalances can lead up to 1% AEP gain.
TURBULENCE INTENSITY BY WIND SECTOR
Turbulence intensity affects performance and has an impact on WT loads and fatigue. WINDEAGLE measures Turbulence Intensity directly in front of the blades where it is most precise. Curtailment strategies can be improved to increase performance and increase reliability of major components.
Wake steering control brings 3-5% AEP gain.
TRUE NORTH DETECTION
WINDEAGLE provides true north measurements to correct nacelle positions and improve curtailment strategies for a higher performance of the WT.
RELATIVE POWER CURVES
WINDEAGLE provides independent and accurate LiDAR based power curves, more precise than SCADA based power curves. Comparative analysis of power curves allows to evaluate improvements on WT or between WT.
Robust, precise and easily installed, WINDEAGLE is a pragmatic and highly competitive solution for WT optimisation and monitoring.
wind measurement, Remote sensing, Wind lidar, yaw error, yaw misalignment, turbine performance optimization, laser wind sensor, load reduction, nacelle-mounted remote wind sensor, yaw verification, yaw diagnostics, operation maintenance, rotor imbalance, pitch detection, power_curve, turbulence intensity, and wind_monitoringOriginal language
All-in-one IoT-based solution for independent Wind Turbines Monitoring and Optimization. Yaw, Pitch, Turbulence and more
EPSILINE is an innovative company offering ‘state-of-the-art’ IoT solutions to the global wind industry, keeping a fine balance between high-end technology and the economic reality of wind farms.
EPSILINE’s WindEagle is the most complete and reliable solution in the market to improve wind turbine performance. This unique All-in-One device includes multiple sensors (LiDAR, accelerometer, gyroscope, electronic compass, as well as pressure-temperature-humidity sensors). Using analysis and AI-based algorithms to provide alerts, to reduce downtime and automated reports for productivity improvement.
STATIC YAW MISALIGNMENT
60% of WT are misaligned, some with a yaw up to 15° in some cases leading to sharp reduction in performance. WINDEAGLE can accurately detect the static yaw misalignment, leading 1-3% AEP gains .
ROTOR IMBALANCE DETECTION
25% of WT suffer from rotor imbalance up to 2°. Rotor imbalance reduces the aerodynamic efficiency and can lead to reduced asset life of WT's. WINDEAGLE detects aerodynamic and mass imbalances. Correcting the rotor imbalances can lead up to 1% AEP gain.
TURBULENCE INTENSITY BY WIND SECTOR
Turbulence intensity affects performance and has an impact on WT loads and fatigue. WINDEAGLE measures Turbulence Intensity directly in front of the blades where it is most precise. Curtailment strategies can be improved to increase performance and increase reliability of major components.
Wake steering control brings 3-5% AEP gain.
TRUE NORTH DETECTION
WINDEAGLE provides true north measurements to correct nacelle positions and improve curtailment strategies for a higher performance of the WT.
RELATIVE POWER CURVES
WINDEAGLE provides independent and accurate LiDAR based power curves, more precise than SCADA based power curves. Comparative analysis of power curves allows to evaluate improvements on WT or between WT.
Robust, precise and easily installed, WINDEAGLE is a pragmatic and highly competitive solution for WT optimisation and monitoring.
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