Method for generating and using a transformer model
First Claim
1. A method for generating a transformer model, comprising:
- defining a data base by selecting a first and a second set of parameters for inclusion in the data base, the first set of parameters being representative of at least one of as-designed and as-built transformer data, the second set of parameters being representative of transformer performance data;
storing data from a plurality of transformers in the data base, the data from a plurality of transformers corresponding to the first and second sets of parameters; and
determining interrelationships between the first and second sets of parameters by analyzing the data from a plurality of transformers using multivariate statistical analysis.
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Abstract
A preferred method for generating a transformer model includes defining a data base by selecting a first and a second set of parameters for inclusion in the data base, the first set of parameters being representative of at least one of as-designed and as-built transformer data, the second set of parameters being representative of transformer performance data. The preferred method also includes storing data from a plurality of transformers in the data base, the data from a plurality of transformers corresponding to the first and second sets of parameters. The preferred method further includes determining interrelationships between the first and second sets of parameters by analyzing the data from a plurality of transformers using multivariate statistical analysis.
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Citations
43 Claims
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1. A method for generating a transformer model, comprising:
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defining a data base by selecting a first and a second set of parameters for inclusion in the data base, the first set of parameters being representative of at least one of as-designed and as-built transformer data, the second set of parameters being representative of transformer performance data;
storing data from a plurality of transformers in the data base, the data from a plurality of transformers corresponding to the first and second sets of parameters; and
determining interrelationships between the first and second sets of parameters by analyzing the data from a plurality of transformers using multivariate statistical analysis. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 32, 33, 34)
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19. A method for generating a transformer model, comprising:
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creating a data base for storing a first and a second set of data from a first previously-built transformer and a first and a second set of data from a second previously-built transformer;
inputting the first and second sets of data from the first and second transformers into the data base; and
correlating variations between the first sets of data from the first and second previously-built transformers with variations between the second sets of data from the first and second previously-built transformers. - View Dependent Claims (20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31)
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- 35. A computing system for generating a transformer model, comprising a computer having an application processing and storage area, the application processing and storage area comprising a computing engine and a data base for storing data from a plurality of transformers, the data from a plurality of transformers corresponding to a first and a second set of parameters, the first set of parameters being representative of at least one of as-designed and as-built transformer data, the second set of parameters being representative of transformer performance data, wherein the computing engine is configured to determine interrelationships between the first and second sets of parameters by analyzing the data from a plurality of transformers using multivariate statistical analysis.
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41. A computing system for generating a transformer model, comprising a computer having an application processing and storage area, the application processing and storage area comprising a computing engine and a data base, the data base having stored therein a first and a second set of data from a first previously-built transformer and a first and a second set of data from a second previously-built transformer, the computing engine being configured to correlate variations between the first sets of data from the first and second previously-built transformers with variations between the second sets of data from the first and second previously-built transformers.
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42. A method for generating a transformer model using a data base having a first and a second set of parameters included therein, the first set of parameters being representative of at least one of as-designed and as-built transformer data, the second set of parameters being representative of transformer performance data, the method comprising:
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storing data from a plurality of transformers in the data base, the data from a plurality of transformers corresponding to the first and second sets of parameters; and
determining interrelationships between the first and second sets of parameters by analyzing the data from a plurality of transformers using multivariate statistical analysis.
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43. A method for generating a transformer model using a data base for storing a first and a second set of data from a first previously-built transformer and a first and a second set of data from a second previously-built transformer, the method comprising:
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inputting the first and second sets of data from the first and second transformers into the database; and
correlating variations between the first sets of data from the first and second previously-built transformers with variations between the second sets of data from the first and second previously-built transformers.
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Specification