
浏览全部资源
扫码关注微信
多控制中心分解协调计算可以很好地解决电网互联与分层分区管理之间的矛盾
但分布式计算是一个涉及多地域、多用户、多应用的复杂计算系统
需要研究具体的并行计算机制来加以实现。为解决多控制中心分解协调计算应用于实践的系统管理问题
提供分布式多应用的接入平台
从实用化角度设计分布式并行计算系统管理机制。该机制应用分解协调机制、子系统主从机制、并行计算机制
以时间、空间、应用三维坐标标注的方式
立体地实现数据分层与隔离
形成完整电力系统应用的管理机制
达到多用户、多控制中心、多应用并发启动计算的目标
为实现三维协调新一代能量管理系统作出了有益的探索。
The decomposed and coordinated calculation between multiple control centers can solve the contradiction between interconnected power systems and their hierarchical management and control. But distributed calculation is a complicated process involving multi-region
multi-user and multi-application
hence the need of an investigation of the specific parallel calculation mechanism for realization. To solve the management problem of the multi-control center decomposed and coordinated calculation used in practice
an access platform for all kinds of distributed applications is provided
the distributed parallel calculation management mechanism being designed practically. The management mechanism includes the decomposition-coordination mechanism
master-slave mechanism and parallel calculation mechanism
stereographically forming 3-dimensional data layering by 3 dimensional coordinate setting. It is a complete set of parallel calculation management mechanism able to realize the goal of different users belonging to different subsystems enabled to start different application calculations independently while exploring the realization method of a new generation of energy management systems(EMSs)based on 3 dimensions. This work is supported by National Natural Science Foundation of China(No. 51277070).
0
浏览量
1972
下载量
6
CSCD
关联资源
相关文章
相关作者
相关机构
京公网安备11010802024621