摘要
能量管理系统 (EMS)的软件质量和生产效率的提高依赖于软件复用的深度和广度。文中面向 EMS这个特定领域 ,基于构件技术 ,提出了一种 EMS的层次模型。在对电力系统 EMS的服务需求进行分析的基础上 ,从逻辑上将系统分为用户界面部分和数据处理部分。从构件技术的思想出发 ,将 EMS分为数据采集、能量管理和网络分析 3个层次。所提出的 EMS的构件化层次模型 ,基于逻辑进行 C/S功能的划分、基于功能对象进行构件的划分 。
The enhancement of the software quality and development efficiency of EMS depends on the depth and extent of software reusing. Based on component technology, this paper presents a hierarchical model and development ideology of EMS. After analyzing the service requirements of EMS, this paper divides the system into user interface section and data processing section, in logic. On the other hand. EMS can be partitioned as data acquisition section, energy management section and network analysis section, based on component technology. This proposed model, which partitions the C/S function by logic and compartmentalizes the components by object of function, is useful and with bright prospect for developing software to be reused in an energy management system.
出处
《电力系统自动化》
EI
CSCD
北大核心
2001年第9期35-37,共3页
Automation of Electric Power Systems
基金
国家自然科学基金! (6 98740 86 )
中国高校博士点专项基金!(970 4872 2 )资助项目
