基于OWMAD的应急电源最优接入点搜索算法

Optimal access point search algorithm for emergency power supply based on OWMAD

在应急供电过程中,为满足电源节点对电量信号的实时需求,避免不稳定供电行为的出现,提出了基于OWMAD的应急电源最优接入点搜索算法。根据OWMAD算法应用机制,求解优化约束条件,联合相关电信号参量,推导目标配置函数,完成应急电源节点的优化配置。分别计算并网参数与不可控负荷条件,并确定搜索权重指标的取值范围,实现基于OWMAD的应急电源最优接入点搜索。实验结果表明,在所提算法作用下,相邻电源接入点之间的间隔距离相对较大,电量信号功率水平满足程度达到90%以上,能够有效满足电源节点对电量信号的需求,可以较好地解决不稳定供电问题。

In the process of emergency power supply,in order to meet the real-time demand of power node for power signal and avoid the occurrence of unstable power supply behavior,an optimal access point search algorithm for emergency power supply based on OWMAD is proposed.According to the application mechanism of OWMAD algorithm,the optimization constraint conditions are solved,and the objective configuration function is derived by combining the relevant electrical signal parameters to complete the optimal configuration of the emergency power node.The grid-connected parameters and uncontrollable load conditions are calculated respectively,and the value range of search weight index is determined to realize the optimal access point search of emergency power supply based on OWMAD.The experimental results show that under the action of the proposed algorithm,the distance between the adjacent power supply access points is relatively large,and the power level of the power signal is more than 90%satisfied,which can effectively meet the demand of the power supply node for the power signal,and can better solve the problem of unstable power supply.