基于Floyd算法的智能变电站运维策略优化

Optimization of Intelligent Substation Operation and Maintenance Strategy Based on Floyd Algorithm

针对智能变电站运维过程中存在的固定巡视周期、缺乏对运行设备参数的关键分析等问题,提出一种基于FLoyd算法的智能变电站运维策略,实现智能变电站巡视周期的动态调整。首先基于某智能变电站设备分布信息构建了邻接矩阵,然后采用FLoyd算法对路径进行更新,最后得到矩阵输出结果。试验结果表明,所提出的方法能够减少巡视时间,有效缩短巡视路径,证明了该优化方法的有效性和可行性。

A smart substation operation and maintenance strategy based on Floyd algorithm is proposed to address the issues of fixed inspection periods and lack of critical analysis of operating equipment parameters in traditional substation operation and maintenance processes,achieving dynamic adjustment of inspection periods in smart substations.Firstly,an adjacency matrix was constructed based on the distribution information of equipment in a certain substation.Then,the Floyd algorithm was explained to update the path,and finally,the matrix output result was obtained.The experimental results show that the proposed method can solve the inspection time,effectively shorten the inspection path,and prove the effectiveness and feasibility of the optimization method.