Dissemination
See what ROMO Wind and others are publishing related to the Performance Transparency Project and the Performance Monitoring using Spinner Anemometry.
New best practice for using Spinner Anemometry for nacelle power curve measurements based on PTP results and findings.
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Recommendation for re-working IEC 61400-12-2 standard concerning uncertainty components using spinner anemometry.
Recommendation for re-working IEC 61400-12-2 concerning methods for the use of spinner anemometry.
STF Uncertainty Analysis in flat and semi-complex terrain sites.
STF Uncertainty Analysis in an offshore site.
Spinner anemometer: wind speed and Spinner Transfer Function seasonal robustness in an offshore wind farm
Sensitivity of Romo Wind Spinner Anemometer iSpin to Environmental Variables: First Experimental Results
Turbulence intensity comparison from lidar and spinner anemometer measurements in an offshore windfarm
Untersuchung der iSpin-Messcharakteristik für Leistungskurven-vermessungen
Temporal Wake Modeling Validation with iSpin Measurements
Long Term Comparison of iSpin and Nacelle Lidar Data for an Offshore Wind Farm
Uncertainty of Spinner Anemometer Wind Speed Measurements
Spinner Anemometry -Best Practice
Spinner Anemometry – Uncertainty Analysis
iSpin Applications and first results and findings from PTP
Performance Transparency Project (PTP): Enabler for innovation & performance improvement
Title: “A Practical Approach for Wind Park Performance Warranties”
First results from PTP
The Performance Transparency Project (PTP) is a great success
Achieving Performance Transparency using Spinner Anemometry
The iSpin Guardin Approach
Performance monitoring using Spinner Anemometry
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