摘要
为了提高火电机组能损分析系统软件的整体性能,适应不断变化的现场需求,针对传统火电机组能损分析系统软件普遍存在通用性差、适应性差、重复劳动多、维护困难等不足,对软件复用技术和构件,构架技术做了详细的介绍,将复用技术应用于火电机组能损分析领域,提出了基于构件／构架复用技术的能损分析软件模型及设计方法,并应用该技术实现了复用能损分析系统模型及软件的开发。应用该方法编制的火电机组能损分析软件在保持传统开发方法的优点的基础上,有效地解决了传统火电机组能损分析软件的不足。所述方法为火电机组能损分析软件的通用化、模块化、智能化提供了一种崭新的方法,具有较高的工程应用价值。
In order to improve the overall performance of energy-loss analyzing software for thermal power unit and its adaptation to the changing demands on site, the asset/architecture reuse technology was introduced in detail and used in the field of energy-loss analysis for thermal power unit. The model and relevant software design based on asset/architecture reuse technology were proposed to overcome the shortcomings of traditional developing method such as the bad universality, poor adaptability, more repetitive work and difficult for maintenance etc. The method presented in this paper is versatile, modular and intelligent for developing the energy-loss analyzing software, and with comparatively high value of application.
出处
《中国电力》
CSCD
北大核心
2005年第9期42-45,共4页
Electric Power
关键词
火电机组
能损分析
软件复用
构件
构架
thermal power unit
energy-loss analysis
software reuse
asset
architecture
