Scalable Electric Power System Simulator
Scalable Electric Power System Simulator
复制标题
可扩展的电力系统模拟器
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
Xia Miao
中科院分区：
文献类型：
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作者：
M. Ilić;Rupamathi Jaddivada;Xia Miao
介绍了一种通用可扩展电力系统仿真器（SEPSS）的概念和设计原理。这一工具既需要用于支持快速现代化的研发，也需要作为在线操作中的咨询性端到端计算机应用程序。计算机平台内核采用最先进的模块化多层建模方法，对受多时间网络信号（干扰、市场信号、控制设定点）影响的复杂系统动态进行建模。面向对象的MATLAB用于详细表示组件（参与者），而它们的更高级别的集成是通过将它们连接到集群中并最终连接到互连系统中来完成的。信息交换的类型和定时通过模块之间的物理交互变量的通信来确定，而不需要过多的复杂性。我们说明了在本文中的一个小的两个控制区系统的概念。
This paper describes concepts and design principles of a general scalable electric power system simulator (SEPSS). This tool is needed both for R&D in support of rapid modernization and as an advisory end-to-end computer application in on-line operation. The computer platform kernel is introduced using state-of-the-art modular multi-layered modeling of complex system dynamics affected by multi-temporal cyber signals (disturbances, market signals, control set points). Object-oriented MATLAB is used to represent components (actors) in detail, while their higher-level integration is done by interfacing them into clusters and ultimately into an interconnected system. The type and timing of information exchange are determined by communicating physical interaction variables among the modules without excessive complexity. We illustrate concepts in this paper on a small two control area system.