基于分割分层模型的配电网负荷均衡快速算法

随着配电网规模的不断扩大,配电网负荷均衡算法的实时性越来越难以满足工程实用化的要求.基于此,提出了一种配电网负荷均衡的快速算法--基于分割分层模型的算法.该算法充分利用配电网拓扑结构信息和电量信息,采用寻找源点分支负荷大于负荷平均值的下确界负荷和小于负荷平均值的上确界负荷的方法来减少分段开关的组合数量,进而通过转移负荷的方法快速实现了配电网的负荷最优均衡.算例的仿真结果说明了该算法的正确、有效和快速性.

Fast Algorithm of Loads Equalization for Distribution Networks Based on Partition-hierarchical Model

Along with enlargement of scope of distribution, algorithms of reconfiguration for distribution networks become difficult to satisfy real-time require of engineering applications. This paper provides a new algorithm a fast algorithm based on partition-hierarchical model. It is found that partition of loads is relation of the smallest load of vertex that is bigger than average and the biggest load of vertex that is smaller than average. The method reduces the numbers of switches combination by searching smallest load of vertex that is bigger than average and the biggest load of vertex that is smaller than average and realize a fast algorithm of the loads global optimal equalization for distribution networks by transferring the loads. Results of test show that the method presented is applicable and efficient.