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首页> 外文会议>OCEANS 2016 MTS/IEEE Monterey >Oscillating water column control and monitoring
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Oscillating water column control and monitoring

机译：振荡水柱控制和监测

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This article covers research into cost reduction pathways for wave energy. The primary focus is the development and test of reliable and controllable power take-off (PTO) technology for oscillating water column converters (OWC). This is highly relevant to the ocean energy challenge. Extensive testing via data of the NEREIDA MOWC demonstration project, a breakwater wave plant located in the Basque location of Mutriku, using Wells turbines and Doubly Fed Induction (DFIG) generators is proposed to advance wave energy converter (WEC) devices. The control tests involve the integration of the PTO technology within a new variable controller for OWC wave power generation plants. Due to the nature of the control law, it allows monitoring faults caused by parametrical errors or system disturbances. The reliability tests by means of analysing the electrical signals have been conceived as conditioning monitoring, detection of mechanical faults and hardware damaging also fulfil a secondary aim for the reduction of maintenance cost and unscheduled downtime during operation of OWC plants.
机译：本文涵盖了波动能量降低途径的研究。主要重点是用于振荡水柱转换器（OWC）可靠和可控的功率起飞（PTO）技术的开发和测试。这与海洋能源挑战非常相关。通过Nereida MoWC示范项目的数据进行广泛测试，建议使用井涡轮机和双馈感应（DFIG）发电机位于Mutriku的巴斯克风味位置的防波堤波工厂来推进波能量转换器（WEC）器件。控制测试涉及PTO技术在新的可变控制器内集成OWC波发电设备。由于对照法的性质，它允许监控由参数误差或系统干扰引起的故障。通过分析电信号的可靠性测试被认为是调理监测，机械故障和硬件损坏的检测也实现了在OWC工厂运行期间减少维护成本和未安排停机的二级目标。

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