Field Performance Testing of a Floating Tidal Energy Platform - Part 1: Power Performance
Field Performance Testing of a Floating Tidal Energy Platform - Part 1: Power Performance
复制标题
浮动潮汐能平台的现场性能测试 - 第 1 部分：功率性能
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
P. Jeffcoate
中科院分区：
文献类型：
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作者：
R. Starzmann;Inga Goebel;P. Jeffcoate
— SCHOTTEL HYDRO 开发了 SCHOTTEL 内流式水轮机 (SIT)。可持续海洋能源公司的浮式水面平台PLAT-I上安装了4台SIT，组合平台额定功率为280kW。 PLAT-I 平台已在苏格兰进行现场性能测试，以确定各个涡轮机根据 IEC62600-200 的功率性能。时间序列以及处理后的性能数据显示整个平台的流入量存在很大的空间变化，因此对流速测量位置的高度依赖。发现涡轮机的功率性能符合设计预测，但测量的推力载荷低于预测。
— SCHOTTEL HYDRO has developed the SCHOTTEL Instream Turbine (SIT). Four SITs had been mounted on Sustainable Marine Energy’s floating surface platform PLAT-I, with a combined platform rated power of 280kW. The PLAT-I platform has been undergoing field performance testing in Scotland to determine the power performance of the individual turbines according to IEC62600-200. Time series as well as processed performance data shows a high spatial variation of the inflow across the platform and hence a high dependency on the flow speed measurement location. The turbines power performance is found to be in line with design predictions, whereas the thrust loads measured are lower than the predictions.