Three-phase unbalance optimization strategy for Distribution Network Load Based on Order Optimization Algorithm
The calculation efficiency of the three-phase unbalance optimization algorithm for the existing distribution network load is not high and it is difficult to adapt to the load fluctuation scenario.The paper proposes a three-phase unbalance optimization strategy for the distribution network load based on ordinal optimization(OO)algorithm.Firstly,a rough model is established to screen the initial solution set of single-phase load access phase sequence.Then a precise model is established,and the initial solution set is filtered and optimized again considering the three-phase load constraint.Finally,actual examples are used to verify the effectiveness of the proposed method.The analysis shows that the proposed method ensures the solution accuracy and improves the solution efficiency by 3~5 times.