HCPV跟踪器加速可靠性试验

J. Elerath
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引用次数: 1

摘要

提出了一种用于高浓度光伏发电系统的跟踪器可靠性加速试验方案。利用跟踪器硬件的潜在故障模式选择测试硬件。由于所有硬件故障都是由磨损机制主导的,因此使用2参数威布尔分布作为底层故障时间分布。用于帮助识别退化轴承和齿轮的方程是基于振动频率分析。结果表明,加速寿命试验确定了磨损和磨损机理。开发了硬件故障时间分布和跟踪器可靠性估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HCPV tracker accelerated reliability tests
An accelerated reliability test plan was developed for trackers used in high-concentration photo-voltaic power systems. The potential failure modes of the tracker hardware were used to select the hardware that was tested. The 2-parameter Weibull distribution was used as the underlying time-to-failure distribution since all hardware failures were dominated by wear-out mechanisms. Equations used to help identify degrading bearings and gears were based on vibration frequency analysis. Results show that the accelerated life test identified wear-in as well as wear-out mechanisms. Hardware times-to-failure distributions and tracker reliability estimates were developed.
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