分布式能量管理系统集成平台研究与实现

发布时间：2018-05-09 15:28

本文选题：集成平台 + 分布式能量管理系统　；参考：《华北电力大学(北京)》2016年硕士论文

【摘要】：基于多控制中心的分布式能量管理系统(DEMS)可以解决电网互联与电网管理体制分层分区之间的矛盾。随着电力系统应用的分布式算法和分布式能量管理系统管理机制研究逐步走向成熟,分布式能量管理系统最终会形成一种空间分布、时间和应用并行的庞大计算平台,能够满足未来电网结构互联计算的需求。本文基于以往研究者对电力系统分布式算法和分布式能量管理系统管理机制研究成果,设计和开发了针对分布式能量管理系统的集成平台。考虑到电力系统对网络通信安全性要求,还开发了供集成平台和集成平台下应用使用的分布式框架。直观来讲,本文探讨了未来分布式能量管理系统结构设计和技术应用,前瞻地设计出一套简化版的分布式能量管理系统运行平台,从网络模型求解到图形显示再到响应调度操作等功能俱全。平台中设计了管理父进程和计算子进程的工作模式,管理进程基于时间、空间、应用三维坐标标注方式管理和控制计算过程,提高了平台的可靠性；将分布式应用的计算进程设计为热插拔模式,方便了平台的维护；采用新的技术路线在图形界面中集成基于SVG的电气接线图和丰富图形显示效果,增加了图形界面的易用性；重新设计了针对DEMS的实时库结构,完善了并行计算过程中计算数据的分层和隔离；还自主开发了适用于电力应用的分布式框架,使得平台安全性得到了保障并降低了应用开发难度。设计的集成平台能满足多系统、多用户和多应用并发计算的要求,对探索未来DEMS系统结构做了有益尝试。
[Abstract]:Distributed energy management system based on multi control center (DEMS) can solve the contradiction between grid interconnection and the hierarchical partition of power grid management system. With the development of distributed energy management system and distributed energy management system management mechanism, the distributed energy management system will eventually form a spatial distribution. In this paper, an integrated platform for distributed energy management system is designed and developed based on the research results of distributed power system and distributed energy management system management system. The security of network communication requires the development of distributed framework for the application of integrated platform and integrated platform. It is intuitively discussed the structure design and technology application of the future distributed energy management system, and designs a set of simplified version of the distributed energy management system running platform, from the network model to the graphics. The operation mode of managing the parent process and calculating the sub process is designed in the platform. The management process manages and controls the calculation process based on the time, space, and the application of three-dimensional coordinate annotation, and improves the reliability of the platform. It is convenient to design the computing process of the distributed application as a hot plug mode. The maintenance of the platform is carried out. A new technical route is used to integrate the SVG based electrical wiring diagram and the rich graphic display effect in the graphical interface. The usability of the graphical interface is increased. The real-time library structure for DEMS is redesigned, the stratification and isolation of the calculated data in the parallel computing process are perfected, and the application for electricity is also developed independently. The distributed framework of force application ensures the security of the platform and reduces the difficulty of application and development. The integrated platform designed can meet the requirements of multi system, multi user and multi application concurrent computing, and has made a useful attempt to explore the structure of the future DEMS system.

【学位授予单位】：华北电力大学(北京)
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TM73

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