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首页> 外文期刊>IEEE Transactions on Power Systems >Object-oriented development of software systems for power system simulations
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Object-oriented development of software systems for power system simulations

机译：用于电力系统仿真的软件系统的面向对象开发

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摘要

The software systems developed for power system simulations have evolved into such complicated systems that the applied design practices appear inadequate to support further enhancement and maintenance. The major obstacles stem directly or indirectly from the conventional function-oriented software development methodologies. To overcome the drawbacks of these methodologies, this paper proposes applying an object-oriented technology for power system software development. As an illustration of this approach, the object modeling technique (OMT), an object-oriented software development methodology, is used to develop a distribution network analysis system. With this technique, a generic distribution circuit object model (DCOM) is designed based on the real-world concepts and implemented with object-oriented programming techniques. The developed DCOM is capable of supporting a wide range of distribution applications and allowing modification and maintenance over a long period of time. The performed case study has demonstrated that object-oriented technology, when applied to each stage of software development, can help achieve complicated tasks in power system simulations.
机译：为电力系统仿真而开发的软件系统已经演变成如此复杂的系统，以致应用的设计实践似乎不足以支持进一步的增强和维护。主要障碍直接或间接源于常规的面向功能的软件开发方法。为了克服这些方法的缺陷，本文提出将面向对象技术应用于电力系统软件开发。作为此方法的说明，对象建模技术（OMT）是一种面向对象的软件开发方法，用于开发配电网络分析系统。使用这种技术，可以基于现实世界的概念设计通用配电电路对象模型（DCOM），并使用面向对象的编程技术来实现。研发的DCOM能够支持广泛的配电应用，并允许长期修改和维护。进行的案例研究表明，面向对象技术在应用于软件开发的每个阶段时，都可以帮助完成电力系统仿真中的复杂任务。

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