摘要
提出以柔性控制为基础的电能路由器和电能交换器等关键电气装备为核心的能源互联网体系结构,并提出基于信息物理系统融合的电气信息物理系统设备互联参考模型。在此基础上对面向能源互联网的灵活配电系统关键装备——电能交换器的系统结构进行较详细设计,同时对未来基于电能交换器的配电网组网形态进行研究,提出各种应用场景下的多种组网模型。最后设计了面向能源互联网的配用电侧能源局域网基本结构,并对配电网交流直流供电模型进行计算机仿真和物理装置简化试验,论证了可行性和有效性。
The paper proposed an energy internet construction using the brand new flexible electric equipment： energy routers and energy switchers, and designed electric power cyber physical systems （P-CPS） interconnect reference model based on eyber physical systems （CPS）. Thereby, the full flexibly controlled energy internet distribution grid equipment： energy switcher＇s architecture was designed in detail, and the distribution grid patterns with energy switchers were researched. Then, some distribution grid patterns for all kinds of practical application scenes were presented. At last, a basic energy local area grid model was given to construct the energy internet in distribution grid, and the energy switcher AC and DC power supply mode was simulated in Matlab/Simlink condition, and the simplified testing of the physical prototype was carried on. Its feasibility and validity were demonstrated.
出处
《中国电机工程学报》
EI
CSCD
北大核心
2015年第15期3760-3769,共10页
Proceedings of the CSEE
关键词
能源互联网
灵活配电系统
电能路由器
电能交换器
信息物理系统
energy internet
full flexible powerdistribution grid
energy router
energy switcher
cyber physicalsystems （CPS）
