对舰保障配电方舱电动机储能动态匹配控制

Dynamic matching control of motor energy storage in ship support distribution shelter

为了提高舰艇装备保障中电力方舱运行的稳定性,提出基于粒子群优化的对舰保障配电方舱电动机储能动态匹配控制方法。构建配电方舱电动机储能鲁棒性配置的约束指标模型,考虑储能技术的运行特性,结合稳态工况模拟和动态寻优参数方法实现对配电方舱电动机储能分配过程中的自适应寻优,通过最佳储能系统分布和功率点因素匹配实现对电动机储能动态融合处理,以相应的频率分界点配置因素为控制变量,采用粒子群寻优方法实现对对舰保障配电方舱电动机储能分类的动态调度,通过最小化分布式能源管理方法实现对配电方舱的发电功率最优化控制。实验结果表明,采用该方法进行对舰保障配电方舱电动机储能动态匹配控制能力较好,输出功率因素较高,提高了发电配电效益度水平。

In order to improve the stability of power shelter operation in warship equipment support,a dynamic matching control method of motor energy storage in ship support distribution shelter based on particle swarm optimization is proposed.Constrained index model of robust configuration of electric motor energy storage in power distribution shelter is constructed.Considering the operation characteristics of energy storage technology,the adaptive optimization of electric motor energy storage distribution in power distribution shelter is realized by combining steady-state working condition simulation and dynamic optimization parameter method.The dynamic integration of electric motor energy storage is realized by the method of optimal energy storage system distribution and power point factor matching,and the corresponding frequency cut-off point configuration factors are taken as control variables.Particle Swarm Optimization method is used to realize dynamic scheduling of electric motor energy storage classification in ship-supported power distribution shelter,and the generated power of power distribution shelter is realized by minimizing distributed energy management method.The experimental results show that the dynamic matching control ability of motor energy storage in ship support power distribution shelter is good,and the output power factor is high,which improves the level of power generation and distribution efficiency.