电力系统紧急控制多代理信息系统中UCA2.0应用初探

Exploratory study of multi-agent information exchange system based on UCA2.0 in emergency control of power system

电力系统紧急控制需要信息快速交换,而多代理系统契合了该需要,每一个代理可以是一个智能电子化设备,他们之间的信息交互需要通信的无缝连接。UCA2.0技术的面向对象的建模自描述技术以及基于MMS的通信技术适应了这种发展,对多代理系统的建模和服务进行了初探。针对STATCOM,应用面向对象技术,定义了设备模型、功能模型、数据模型,并且在建模的基础上,探讨了在UCA背景下的Client-Server、Peer-Peer等协议在紧急电压控制中的实现方式和过程,并且通过示例系统进行了信息交换模拟。

The exploratory work of multi-agent system UCA2.0 modeling is conducted. Each control agent is an integral element in the PEC, and each agent can be an intelligent electronic device, which needs information seamless communication. UCA2.0 object-oriented modeling techniques and the description on MMS communication technologies are adapted to such a development. With STATCOM as an example, via the application of object-oriented technology, the definitions of equipment models, functional models, and data models, are explored primarily in the paper. Based on the modeling, the realization way and process of client-server and peer-peer protocols in the emergency voltage control based on UCA are discussed. The information exchange is simulated by example system as well.