基于深度学习的海上风电导管架基础振动异常模式识别与预警技术OA
Recognition and early warning technology for abnormal vibration patterns of offshore wind power jacket foundations based on deep learning
针对海上风电导管架基础振动异常识别问题,建立一个基于深度学习的识别与预警体系.通过结合小波包变换和卷积神经网络,提取多尺度振动特征;利用注意力机制融合多源传感数据,构建端到端的异常识别模型,并设计振动控制与能量回收的节能技术方案.结果表明,经缩尺试验和工程验证,结构优化减重25%,振动控制削减响应峰值为35%~42%,有效降低了运维成本,缩短了投资回收期.
Aiming at the problem of abnormal vibration identification of offshore wind power jacket foundations,a recognition and early warning system based on deep learning is established.By combining wavelet packet transform and convolutional neural networks,multi-scale vibration features are extracted;By fusing multi-source sensor data through the attention mechanism,an end-to-end anomaly recognition model is constructed,and an energy-saving technical solution for vibration control and energy recovery is designed.The results show that through scale-down tests and engineering verification,the structural optimization reduces weight by 25%,and the vibration control reduces the peak response by 35%to 42%,effectively lowering operation and maintenance costs and shortening the payback period of investment.
金波
浙江华东测绘与工程安全技术有限公司,浙江 杭州 310014
能源与动力
海上风电导管架基础振动异常识别深度学习预警技术
offshore wind powerjacket foundationidentification of abnormal vibrationdeep learningearly warning technology
《节能》 2025 (9)
147-150,4
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