This invention relates to a
wind power anomaly detection method based on dual-view comparative learning. The method includes the following steps: Step (1): Preprocessing the input data to generate a multi-scale hierarchical sequence; Step (2): Constructing an HPDB module, extracting features in parallel from both views, and fusing them with weights based on the spectrum; Step (3): Adopting a self-
supervised learning paradigm, optimizing the network end-to-end by calculating a composite
loss function; Step (4): In the testing phase, the model judges anomalies by calculating the weighted sum of the differences between the dual-view representations and the prediction error; Step (5): Using precision, recall, and F1
score to comprehensively evaluate the model's detection capability. This method aims to overcome the challenges faced by existing technologies in
processing high-dimensional, non-stationary, and
strongly coupled operating data of wind
turbine generators, such as insufficient model generalization ability, insensitivity to weak anomalies, and low distinguishability between normal and abnormal patterns.