摘要
IEC 61970-301标准定义了能量管理系统(EMS)的应用程序接口(API)。公共信息模型(CIM)是这个标准中的重要部分之一,它规定了这类API的语义。但CIM并没有对与同步机紧密相关的励磁系统建模。为了实现励磁系统与能量管理系统的标准化集成,实现"即插即用"式的励磁系统应用,有必要在公共信息模型中建立励磁系统的模型。在对励磁系统进行详细分析的基础上,抽象出励磁系统的模型,通过继承和关联的方式将励磁系统模型与CIM中现有的模型相结合,充分利用CIM中已有的信息,完成了基于CIM的励磁系统详细建模。
The IEC 61970-301 standard defines an application program interface （API） for an energy management system （EMS）. The common information model （CIM） ,which specifies the semantics for the API, is one of the important parts of the standard. However, the excitation system,which is closely associated with synchronous machine, hasn＇t been modeled in CIM. In order to implement ＂plug and play＂ excitation system, it is necessary to model excitation system based on CIM for purpose of standard integration between excitation system and energy management system. An excitation system model was designed based on the analysis of current excitation systems, and embedded into existing CIM by inheritance and association. With the information of the existing CIM, the details of modeling excitation system based on CIM were proposed.
出处
《机电工程》
CAS
2007年第8期76-79,共4页
Journal of Mechanical & Electrical Engineering
关键词
能量管理系统
应用程序接口
公共信息模型
励磁系统
建模
energy management system （EMS）
application program interface （API）
common information model （ CIM ）
excitation system
modeling
