基于SCADA数据的风力发电机健康信息挖掘

Zhengnan Hou, Xiaoxiao Lv, Shengxian Zhuang
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引用次数: 0

摘要

如果数据信息挖掘是有效的,就可以准确地获取风力发电机组的工作状态并给出故障预警。但是现有的SCADA数据监测方法没有考虑历史和趋势。提出了一种基于LSSVR的风电SCADA数据信息挖掘方法。首先,利用风力机正常状态SCADA数据,建立以输出功率为输出,其他30个参数为输入的风力机LSSVR模型。然后,利用LSSVR模型,得到输出功率预测值与实测值的残差。最后,通过对残差中挖掘的当前信息、历史信息和趋势信息进行分析,得出风力机的工作状态,并在必要时进行预警。通过慢性故障和急性故障实例验证了该方法的准确性和有效性,表明该方法可以降低小波变换的维护成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wind Turbine Health Information Mining Based on SCADA Data
The working status of wind turbine can be obtained and fault warning can be given accurately, if the data information mining is efficient. However the existing SCADA data monitoring methods do not take the history and trend into account. A data information mining method based on LSSVR for wind turbine SCADA data is presented in this paper. First, LSSVR model of wind turbine with output power as output and other 30 parameters as input is built by using the SCADA data of wind turbine normal condition. Then, using the LSSVR model, the residual of output power prediction and actual value is obtained. At last, by analyzing the current information, historical information and trend information mined from the residual, wind turbine working status is concluded and early warning is given if necessary. Through cases of both chronic fault and acute fault, the accuracy and effectiveness of the proposed method is verified which means the maintenance cost of WT could be reduced by using the proposed method.
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