电力系统自动化2011，Vol.35Issue(12)：7-14,8.
电力市场与电力系统的动态交互仿真平台(三)应用层设计
Dynamic Simulation Platform for Power Market and Power System Part Three Application Layer Design
摘要
Abstract
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.关键词
实验经济学/仿真平台/软件组态化/电力市场仿真/多尺度动态/多方博弈Key words
experimental economics/ simulation platforms/ software configurations/ power market simulation/ multi-time-scale dynamics/ multi-player game引用本文复制引用
谢东亮,薛禹胜,薛峰,罗剑波..电力市场与电力系统的动态交互仿真平台(三)应用层设计[J].电力系统自动化,2011,35(12):7-14,8.基金项目
国家重点基础研究发展计划(973计划)资助项目(2004CB217905) （973计划）
国家科技支撑计划资助项目(2008BAA13B05) （2008BAA13B05）
国家电网公司科技项目(SGKJ[2007]98,SG10013). （SGKJ[2007]98,SG10013）
