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(dynamic simulation Dlatform 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 previous two parts of the paper introduces the function design and support layer of the dynamic simulation platform for power market & power system (DSPMPS) separately. According to the software demands described in the function design, applications can be created to describe the phenomenon led by generalized congestions, to support strategy searches in a visualized way, and to be fully scalable to meet future needs by using the application programming interface and tools of the support layer. The steps to build an application in the application layer start with the extraction of frequently used models from typical problems relevant to the dynamic interactions between power systems and power markets. The hierarchy of the simulation component library composed of many components in different fields is then designed systematically to improve their reusability. The FASTEST, a powerful software package to analyze power system stability in a quantitative way, is integrated as the DSPMPS' analysis engine for physical system studies, which is also an example of the integration of other software platforms into the DSPMPS. Finally, the simulation markup language is used to write scripts and do configurations for multi-player simulation experiments. The merits and unique features of the platform are introduced through a typical experiment process.
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