摘要
为了实现光纤光栅智能电网系统,文章运用面向对象的设计思路,分别从用例图、结构图和顺序图上详细介绍了系统建模的过程。并且随着智能电网的覆盖面逐步增加,系统所监控的范围和目标日趋增多,因此需要利用现有多核CPU技术使得系统能够在多点监测方面实现稳定、高效运行。通过实际运行结果表明,系统运行效果良好,能够负担现有线路的监控负载。
Aiming to realize the smart grid system of fiber Bragg grating, this paper uses the object-oriented design ideas and describes the process of system modeling from the use case diagram, structure diagram and sequence diagram. The smart grid coverage＇s future increasing will bring about increasing of system monitoring range and targets, so the existing multi-core CPU technology need to be used to enable the stable and efficient multi-point monitoring function. The practical operation results show that the system runs well and can bear existing monitoring load.
出处
《电力信息与通信技术》
2015年第7期121-125,共5页
Electric Power Information and Communication Technology
关键词
智能电网
光纤光栅
面向对象
多线程
smart grid
fiber Bragg grating
object-oriented
multithreading
