首页> 外文会议>2014 IEEE International conference on control applications >Benefits of up-wave measurements in linear short-term wave forecasting for wave energy applications
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Benefits of up-wave measurements in linear short-term wave forecasting for wave energy applications

机译:波浪能量应用中的线性短期波浪预报中的上行测量的好处

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The real-time control of wave energy converters requires the prediction of the wave elevation at the location of the device in order to maximize the power extracted from the waves. One possibility is to predict the future wave elevation by combining its past history with the spatial information coming from a sensor which measures the free surface elevation up-wave of the wave energy converter. As an application example, the paper focuses on the prediction of the wave elevation inside the chamber of the oscillating water column (OWC) for the PICO OWC plant in the Azores, and two different sensors for the measurement of the free surface elevation up-wave of the oscillating water column were tested. The study showed that the use of the additional information coming from the up-wave sensor does not significantly improve the linear prediction of the chamber wave elevation given by a forecasting model based only on the past values of the chamber wave elevation.
机译:波浪能转换器的实时控制需要对设备位置处的波浪高度进行预测,以使从波浪中提取的功率最大化。一种可能性是通过将其过去的历史记录与来自传感器的空间信息相结合来预测未来的波高,该传感器测量波能转换器的自由表面波高程。作为一个应用示例,本文着重于对亚速尔群岛的PICO OWC工厂的振荡水柱(OWC)腔室内的波高预测,以及两个用于测量自由表面高波的传感器测试了振荡水柱的直径。研究表明,使用仅来自上波传感器的附加信息不会显着改善仅基于室内波高程的过去值的预测模型给出的室内波高程的线性预测。

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