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Icing production loss module for wind power forecasting system
Timo Karlsson
, Ville Turkia, Tomas Wallenius
VTT (former employee or external)
Research output
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Book/Report
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Report
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Dive into the research topics of 'Icing production loss module for wind power forecasting system'. Together they form a unique fingerprint.
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Keyphrases
Icing
100%
Production Loss
100%
Wind Power Forecasting
100%
Forecasting System
100%
Power Loss
55%
Icing Events
44%
Wind Speed
22%
Production Data
22%
Real Production
22%
Weather Forecasting Model
22%
Short-term Wind Power Forecasting
22%
Wind Power Forecast Error
11%
Wind Power Plant
11%
Measure Data
11%
Wind Power Production
11%
Loss Measurement
11%
Estimation Method
11%
Ice Conditions
11%
Large Power
11%
Real Measurements
11%
Power Plant Performance
11%
Loss-based
11%
Wind Duration
11%
Induced Power
11%
Icing Time
11%
INIS
production
100%
losses
100%
wind power
100%
forecasting
100%
power losses
50%
data
30%
speed
20%
prediction
20%
wind
20%
weather
20%
performance
10%
errors
10%
statistics
10%
wind power plants
10%
power production
10%
Engineering
Wind Power
100%
Power Loss
83%
Production Data
33%
Power Production
16%
Icing Condition
16%
Reference Data
16%
Electric Power Plant
16%
Earth and Planetary Sciences
Wind Power Forecasting
100%
Wind Velocity
50%
Production Data
50%
Wind Power
50%
Estimation Method
25%