摘要
提出了一种能用于统一电网调度运行管理系统(OMS)和电网生产管理系统(PMS)基础设备库的桥式对称模型(BSM)结构设计。阐述了BSM结构中的逻辑设备和物理设备的解耦、逻辑设备与物理设备的桥接以及BSM结构中运行位置、抽象物理设备在统一OMS和PMS设备库方面的核心作用。通过BSM中的桥,采用继承技术分别在OMS和PMS中派生出对称的具体设备类型,满足OMS和PMS对于设备管理的不同需要。利用BSM结构设计,在实现OMS和PMS设备库结构统一的同时,最终实现这2个系统设备库的集成。
The structure of a bridge symmetrical model （BSM） is proposed to unify the power system equipment databases of the operation management system （OMS） and production management system （PMS）. The decoupling of the logic and physical equipment, the bridge link of logic and physical equipment and the crucial effect of the operation position and abstract physical equipment in unifying OMS and PMS equipment databases are discussed. Through the bridge in the BSM, the specific equipment classes can be symmetrically and independently derived in OMS and PMS by the inheritance technique to meet the different equipment management requirements. In addition to ＇using the BSM as the unified equipment database structure of OMS and PMS, BSM can also be used to realize the integration of the two equipment databases.
出处
《电力系统自动化》
EI
CSCD
北大核心
2008年第19期50-53,共4页
Automation of Electric Power Systems
