This three-part paper introduces the design of the dynamic simulation platform for power market &. Power system (DSPMPS). Based on the function design introduced in part one, the application programming interface is created to enable the integration of internal components, in order to support the development of server or client side simulation contents. IT technologies for visualization and networking are used to create a multi-player game environment. Event-driven and service-oriented mechanisms are applied to simplify the dynamic interactions among objects modeled in multi-time, space and targeting parameter scales. These technologies finally lead to a standardized interface of the support layer, based on which even end users can manipulate building blocks to customize applications efficiently. The platform is also open to other software platforms for interoperations through a multi-purpose network complied with international communication protocols to access multi-field contents and multi-core computation resources. The next paper will introduce the method to develop visual and interactive simulation applications for generalized congestion studies by creating and using building blocks and other properties based on the support layer.%由3篇论文组成的系列文章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).在第1篇关于功能设计的基础上,文中建立了仿真应用开发接口,以支持在服务器端及客户端扩展各种内核组件.利用IT技术,以可视化、网络化的实验形式来建立多角色博弈;以事件驱动和面向服务机制模拟多尺度时间、空间、目标的复杂动态交互;以标准化、积木化的形式实现高效灵活的用户定制及扩展开发;按国际标准创建开放且高效的多核运算架构.下一篇将介绍以软件积木方式,在支撑层上搭建反映广义阻塞、支持图形化决策试探的各种仿真应用.
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