CAJ | 학술논문

针对电力设备一旦规模较为庞大，会出现较为复杂的运行过程，使得信号分析过程中，非线性故障信号与其他故障信号失联。造成电力设备可靠性分析出现较大偏差。为此提出一种以无限传感网络配合故障估计分析算法的大规模电力设备可靠性分析系统的优化设计方案。通过运用无线传感网络对电力设备接口信号的快速采集，对其进行准确的非线性预测性估计，保证系统对电力设备可靠性分析的准确性。实验结果证明，优化后的系统对电力设备可靠性分析较为准确，性能有所提高。
침대전력설비일단규모교위방대，회출현교위복잡적운행과정，사득신호분석과정중，비선성고장신호여기타고장신호실련。조성전력설비가고성분석출현교대편차。위차제출일충이무한전감망락배합고장고계분석산법적대규모전력설비가고성분석계통적우화설계방안。통과운용무선전감망락대전력설비접구신호적쾌속채집，대기진행준학적비선성예측성고계，보증계통대전력설비가고성분석적준학성。실험결과증명，우화후적계통대전력설비가고성분석교위준학，성능유소제고。
In view of the power equipment once the scale is relatively large, signal analysis process, the nonlinear fault signal and other signal is lost. Electric power equipment reliability analysis appear large deviation. Therefore put forward a kind of fault estimation with infinite sensor network analysis algorithm of optimizing design scheme of large power e-quipment reliability analysis system. The wireless sensor network is used to power equipment interface signal fast acqui-sition, carry on the accurate nonlinear predictive estimate, it ensured the accuracy of the system for power equipment re-liability analysis. The experimental results show that the optimized system for power equipment reliability analysis is rela-tively accurate, the performance improved.