一种批量智能电磁开关混联扩容优化配置方法及系统

本发明涉及一种批量智能电磁开关混联扩容优化配置方法,包括以下步骤:步骤S1:将智能单极电磁开关的断口等效为动态电阻和动态电容的并联电路,构建批量电磁开关混联等效电路;步骤S2:综合多物理场仿真技术获得等效电路的动态参数值;步骤S3:基于等效电路的动态参数值,引入响应面方法优化批量电磁开关混联配置,实现混联电磁开关的最优化配置。本发明能够准确反映智能电磁开关的特性,提高混联开关的扩容能力,实现混联开关扩容的最优化配置。 The invention relates to a batch intelligent electromagnetic switch series-parallel expan...

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LanguageChinese
Published 29.09.2023
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Summary:本发明涉及一种批量智能电磁开关混联扩容优化配置方法,包括以下步骤:步骤S1:将智能单极电磁开关的断口等效为动态电阻和动态电容的并联电路,构建批量电磁开关混联等效电路;步骤S2:综合多物理场仿真技术获得等效电路的动态参数值;步骤S3:基于等效电路的动态参数值,引入响应面方法优化批量电磁开关混联配置,实现混联电磁开关的最优化配置。本发明能够准确反映智能电磁开关的特性,提高混联开关的扩容能力,实现混联开关扩容的最优化配置。 The invention relates to a batch intelligent electromagnetic switch series-parallel expansion optimization configuration method, which comprises the following steps of S1, enabling a fracture of an intelligent single-pole electromagnetic switch to be equivalent to a parallel circuit of a dynamic resistor and a dynamic capacitor, and constructing a batch electromagnetic switch series-parallel equivalent circuit; S2, obtaining a dynamic parameter value of the equivalent circuit by integrating a multi-physical field simulation technology; and S3, based on the dynamic parameter value of the equivalent circuit, introducing a response surface method to optimize batch electromagnetic switch series-parallel configuration, and realizing optimal configuration of the series-parallel electromagnetic switch. The ch
Bibliography:Application Number: CN202110831427