基于CIM的异构电力仿真软件互连接口技术研究
周博曦1，何磊2, 孟昭勇3
(1 国家电网技术学院，山东 济南 250001；2 国网河北省电力公司电力科学研究院，
河北 石家庄 050021；3 山东大学 电气工程学院，山东 济南 250061)
摘 要： 研究以CIM/XML 作为载体，实现异构电力仿真软件接口交互技术，提出了一种等值电网模型，通过对模型中类扩展相应属性保存CIM 模型元件对象，克服了经拓扑分析简化后电网模型难以还原，以及CIM 模型无法直接获得仿真软件所需必要参数等缺点；提供了CIM/XML 文档到电力仿真软件模型文件的接口映射方法，以及使用等值网络模型实现仿真数据到CIM 模型中相应对象的返回。结果表明：以CIM/XML 为载体的电力仿真软件接口转换技术对实现异构仿真软件之间信息交互具有实用价值。
关键词： CIM 模型；电力仿真软件；接口交互技术
中图分类号：TM711 文献标识码：A 文章编号：1007-3175(2014)09-0021-04
Study on Mutual Connection Interface Technology of Isomerized Electric Power Simulation Software Based on Common Information Model
ZHOU Bo-xi1, HE Lei2, MENG Zhao-yong3
（1 State Grid of China Technology College, Jinan 250001, China; 2 Hebei Electric Power Company of Electric Power Research Institute,Shijiazhuang 050021, China; 3 School of Electrical Engineering, Shandong University, Jinan 250061, China）
Abstract: The common information model (CIM)/extensive markup language (XML) was taken as the carrier to realize the mutual connection interface technology of isomerized electric power simulation software. This paper raised a kind of equal value electric power network model. The corresponding properties of classes in the model were expanded to save the CIM model element objectives, which overcame the shortcomings, such that the electric power network model restored difficultly after topologic analysis was simplified and that the electric power network model couldn’t directly obtain simulation software necessary parameters. The interface reflection was provided from CIM/XML files to electric power simulation software documents. The equal value network model was used to realize simulation data return of the corresponding objectives in CIM model. The result shows that with CIM/XML as the carrier, the interface transfer technology of electric power simulation software was provided with practical values to realize information exchange between isomerized simulation softwares.
Key words: common information model; electric power simulation software; mutual connection interface technology
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