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Measurement of the I(V) characteristics of photovoltaic arrays by the capacitive load method for fault detection

机译:通过电容性负载方法测量光伏阵列的I(V)特性以进行故障检测

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Photovoltaic power plants are more and more numerous all over the planet. In France, profit of PV power plants is done by a fixed buying back price of electricity. Until year 2020 the repurchase price of electricity will be constant, then variability of electricity will begin. Thus, to keep PV power plant profitable, a new management model is necessary. This model includes resource prediction, fault detection and management of maintenance and servicing to maximize energy production. This paper focus only on the fault detection. In a first part, we present I(V) tracers with some original characteristics (2 quadrant measurements, simplicity and almost insensitive to environmental parameters). Then, we focus on electrical signatures of PV array defaults. Finally, we conclude this paper with the perspective of a full fault detection system in PV power plant.
机译:光伏电站在地球上越来越多。在法国,光伏发电厂的利润是通过固定的电力回购价格来实现的。直到2020年,电力的回购价格将保持不变,然后电力的波动才会开始。因此,要保持光伏电站的盈利,就需要一种新的管理模式。该模型包括资源预测,故障检测以及维护和服务管理,以最大程度地提高能源产量。本文仅关注故障检测。在第一部分中,我们介绍具有某些原始特征的I(V)示踪剂(2个象限测量,简单且对环境参数几乎不敏感)。然后,我们集中讨论PV阵列默认值的电子签名。最后,我们以光伏电站的完整故障检测系统为视角总结本文。

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