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文章摘要
基于最大熵原理的敏感负荷电压暂降故障频次研究方法
Study on Fault Frequency of Sensitive Equipments Based on Maximum Entropy Principle Due to Voltage Sags
Received:June 11, 2014  Revised:June 11, 2014
DOI:
中文关键词: 电压暂降  敏感负荷  最大熵原理  概率密度函数  故障频次
英文关键词: voltage  sag, sensitive  equipment, maximum  entropy principle, probability  density function, fault  frequency
基金项目:
Author NameAffiliationE-mail
TANG Yan-lin* School of Electrical and Information Technology,Sichuan University tang_yan_lin@126.com 
YANG Hong-gen School of Electrical and Information Technology,Sichuan University  
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中文摘要:
      提出了一种基于最大熵原理的电压暂降引起敏感负荷的故障频次研究方法。以电压暂降的特征为基础,在敏感负荷VTC曲线分布规律未知的情况下, 根据最大熵原理确定VTC曲线的概率密度函数。通过统计该段时间内各次电压暂降的特征量,运用多点测定累积得出敏感负荷在该时间段内的故障频次。对个人计算机(PC)进行仿真,并与现有的概率估计方法进行比较,结果证明,无需主观假设,在未知VTC曲线随机分布的情况时,结果准确,适用性强。
英文摘要:
      A new method to study on the fault frequency of sensitive equipments based on the Maximum Entropy Principle due to voltage sags. Based on characteristics of voltage sag.The probability density function of VTC was determined by the Maximum Entropy Principle under the probability distribution of VTC is unknown. Using the cumulative method to calculate fault frequency of the sensitive equipment through the voltage sag characteristic parameters in the period of monitoring time.As a case study, the personal computer was simulated. The simulation results compared with existing methods show that the method needs no subjective assumption and the results accord with the practical situation when the probability distribution of VTC is unknown. And this method is accurate and adaptable.
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