A Multi-Agent Based Framework for Intelligent Electrical Graphic System
Xiuling Liu, Hongrui Wang, Chaoying Chen · 2007
The development of integrated automation has dramatically changed the way of substations are managed. Moreover, the emergence of real time systems such as SCADA and DMIS, has put increasing pressure on electrical graphic platform. In this paper, a multi-agent based framework for intelligent electrical graphic system is developed for substations. This system is divided into many agents. Among them, the design and realization of topologic agent and power-flow agent are discussed in details. The topologic network is modeled by a bus model which is converted from the electrical node model. Based on full path power flow arithmetic, the subsection power flow arithmetic is proposed to optimize the current paths.