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3篇系列文章中的前2篇分别介绍了电力市场与电力系统动态交互仿真平台(dynamicsimulation platform for power market&power system,DSPMPS)的功能设计和支撑层。利用支撑层提供的仿真应用开发接口及工具,按功能设计要求,以软件积木方式搭建反映广义阻塞、支持图形化决策试探的各种可伸缩应用。从物理系统与经济系统动态交互的典型问题中提炼出高使用频率的模型,设计仿真组件库,以提高组件的可重用性。采用功能强大的电力系统稳定性量化分析软件包FASTEST作为物理仿真引擎。利用仿真标记语言编写实验脚本,配置多角色多参与者的各种仿真应用。通过典型的仿真实验过程说明了该平台的设计特点。
The first two articles in the three series describe the functional design and support layers of the power market and power system dynamics simulation platform (DSPMPS) respectively. By using the simulation application development interfaces and tools provided by the support layer, various types of scalable applications that reflect the generalized blocking and support the graphical decision-making test are constructed by software building blocks according to the functional design requirements. From the typical problems of the dynamic interaction between physical system and economic system, the model of high frequency of use is extracted and the simulation component library is designed to improve the reusability of components. FASTEST is used as a physics simulation engine with powerful power system stability quantification analysis software package. Use simulation markup language to write experiment script and configure various simulation applications of multi-role and multi-participant. Through the typical simulation experiment process, the design features of this platform are illustrated.