面向可复用体系结构的潮流计算和故障计算软件的实现

在分析了传统电力系统应用软件体系中存在的基础计算功能和用户图形界面重复开发等一系列问题后，提出了一种新的电力系统应用软件体系结构，并对其关键部件——电力系统基础计算软件进行了设计。在此基础上，应用组件技术和动态链接库，实现了电力系统结线分析、潮流计算和故障计算等电力系统基础计算功能。最后在由电力系统基础计算软件、电力系统数据库和电力系统用户图形界面等组成的电力系统软件体系中验证了电力系统基础计算软件的独立性、灵活性以及中提出的电力系统应用软件体系结构的可行性。

IMPLEMENTATION OF SOFTWARE FOR LOAD FLOW CALCULATION AND FAULT CALCULATION BASED ON REUSABLE ARCHITECTURE

After analyzing the problems of repeatedly developing the elementary calculation functions and GUI existing in traditional power system application software architecture, a new architecture for power system application software is proposed and its key component, i.e., the power system elementary calculation software, is designed. On this basis and using component technology and dynamic link library (DLL), the power system elementary calculation functions such as power system connection analysis, power flow calculation, fault calculation, etc., are implemented. The independency and flexibility of power system elementary calculation software and the feasibility of the architecture of the proposed power system application software are verified by power system software structure constituted by power system elementary calculation software, power system database and the GUI of power system.