基于配电自动化系统可靠性评估算法

Reliability Evaluation Algorithm Based on Distribution Automation System

随着电力网络的发展,用电负荷持续增长,以往电力监控系统错误率逐渐增加。因此,基于自动化技术提出配电自动化系统可靠性评估算法。引入配电自动化系统确定负荷点k,对负荷点的单位时间平均故障率、单位时间平均停电时间和单位时间故障修复时间进行测算和对比,建立配电自动化系统多层次协同评估模型,生成最优联络树优化故障,制定评估流程。实验数据表明,配电自动化系统较以往电力监管系统准确率更高。

With the development of power networks,the continuous increase of power load,the error rate of previous power monitoring systems has increased. For this reason,the reliability evaluation algorithm of distribution automation system is proposed based on automation technology. Introduce the distribution automation system to determine the load point k,measure the average failure rate per unit time of the load point,average power outage time per unit time,and repair time and repair time per unit time,establish a multi-level collaborative evaluation model for distribution automation system,the contact tree optimizes the failure,develops the evaluation process,the experimental data shows that the distribution automation system is more accurate than the previous power supervision system.