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Offshore Wind Farms On-Site Submarine Cable Testing and Diagnosis with Damped AC

机译:海上风电场现场潜艇电缆测试和诊断用阻尼交流

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摘要

The current power cables IEC standards do not provide adequate recommendations for after-laying testing and diagnosis of offshore export and inter-array power cables. However the standards IEEE 400 and IEEE 400.4 recommend partial discharge monitored testing, e.g., by continuous or damped AC voltages (DAC). Based on the international experiences, as collected in more than 20 years at different power grids, this contribution focuses on the use of DAC for after-laying testing and diagnosis of submarine power cables both the export and inter-array cables. Higher risk of failure, long unavailability, higher repair costs, and maintenance costs imply that advanced quality control is becoming more important. The current state of the existing and drafting international standards are based on onshore experiences and not related to the actual serious problems experienced with failures on export up to 230 kV and inter-array cables up to 66 kV. The application of damped AC as a testing solution in this concern is specially discussed. The advantages of this testing technique, in combination with actual testing examples, show the findings on export and inter-array cables at offshore wind farms.
机译:目前电力电缆IEC标准不提供对海上出口和阵列间电缆的铺设后测试和诊断的充分建议。然而,标准IEEE 400和IEEE 400.4推荐部分放电监测测试,例如,通过连续或阻尼的AC电压(DAC)。根据国际经验,如20多年的不同电网收集,这一贡献侧重于DAC用于铺设潜艇电源电缆的拆除后且阵列间电缆的诊断。失败风险较高,不可用,维修费高,维护成本更高,暗示先进的质量控制变得越来越重要。现有和起草国际标准的当前状态基于陆上经验,与出口失败经历的实际严重问题无关,最高可达230 kV和阵列间电缆高达66 kV。讨论了阻尼AC作为测试解决方案的应用是特别讨论的。该测试技术的优点与实际测试示例相结合,显示了海上风电场的出口和阵列间电缆的调查结果。

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