A Multi-Agent Approach to Electric Power Systems

Abstract

2. Effective construction of comprehensive software by using the multi-agent approach 2.1 Methodical approach to multi-agent software development Traditionally, there are active complex research of energy systems (electrical power system, natural gas industry, mineral oil providing system, carbon providing system, heat supply system), Fuel Energy Complex (FEC) and energy security problem of Russia in Melentiev Energy Systems Institute of Siberian Branch of the Russian Academy of Sciences (ESI SB RAS). Results of researching the branch energy systems often are input data for FEC research. And results of researching the developing trends of FEC must be taken into account while analyzing developing process of the branch energy systems. It is necessary to co-ordinate input and output information to get grounded conclusions and recommendations whish are prepared for outer organizations. That is why we must create www.intechopen.com

Self-adaptive Distribution System State Estimation

“…However, classic optimization approaches applied to distribution systems have a high computational complexity [11]. Also, few studies have been made to propose a multi-agent approach to solve the state estimation problem by applying a decomposition of the problem in smaller problems easier to solve, followed by an aggregation of these solutions [13,16,22].…”