Method for training a machine learning model usable for determining a remaining useful life of a wind turbine
AssigneeRWE Renewables Europe & Australia GmbH
InventorWolfgang Moser
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Abstract
The application relates to a method, in particular a computer-implemented method, for training a machine learning model usable for determining a remaining useful life of a wind turbine, including providing a plurality of operation data sets of a reference wind turbine, providing a plurality of load data sets of the reference wind turbine, wherein a load data set is based on at least one load parameter measured at the reference wind turbine, and generating a plurality of wind turbine training data sets for training a machine learning model by synchronously assigning a respective operation data set with a respective load data set.
Claims20
A computer-implemented method for training a machine learning model used for determining a remaining useful life of a further wind turbine, comprising:
- providing a plurality of operation data sets of a reference wind turbine;
- providing a plurality of load data sets of the reference wind turbine, wherein a load data set is based on at least one load parameter measured at the reference wind turbine;
- and
- generating a plurality of wind turbine training data sets for training the machine learning model by synchronously assigning a respective operation data set with a respective load data set,
- wherein the plurality of wind turbine training data sets are in the form of text data, from which a presentation in form of a vector, a matrix, and/or a tensor is generated, and
- wherein the step of generating the plurality of wind turbine training data sets comprises the step of generating approximately 100.000 wind power training data sets;
- and
- training the machine learning model on the plurality of wind turbine training data sets.
Dependencies are inferred from the claim text.