Titlebook: Autonomous Systems and Intelligent Agents in Power System Control and Operation; Christian Rehtanz Book 2003 Springer-Verlag Berlin Heidel

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Agent Technology Applied to the Protection of Power Systems,n autonomous piece of software capable of interacting with its environment. Our investigation centers on the use of agents within an electric power grid using a private communication network, termed a Utility Intranet, based on Internet technology. Our goal is to create practical agents that can be

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Development of a Coordinating Autonomous FACTS Control System,ge control as well as for the improvement of stability in electrical power systems. Therefore, they are attractive especially for grid companies in liberalized energy markets. However, the uncoordinated use of FACTS devices involves some negative effects and interactions with other devices, which le

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Multi-Agent Coordination for Secondary Voltage Control,e of the secondary voltage control is to eliminate any voltage violations in power system contingent operation. The introduction is presented through two example power systems, a simple single-machine infinite-bus power system and the New England 10-machine power system. The secondary voltage contro

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New Applications of Multi-Agent System Technologies to Power Systems,nding of power systems and MicroGrid with distributed generations are discussed. A new defense system concept, Strategic Power Infrastructure Defense (SPID), has been developed. Controlled islanding is an important extension of the SPID system and the multi-agent system is a promising technology for

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Operation of Quality Control Center Based on Multi-Agent Technology,IENDS, new facilities called Quality Control Center (QCC) are installed into the distribution systems, and the electricity with some kinds of quality can be produced in QCC corresponding to the customers’ requirements. This section explains a method for the emergency operation and the voltage regula

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Autonomous Systems and Intelligent Agents in Power System Control and Operation978-3-662-05955-5Series ISSN 1612-1287 Series E-ISSN 1860-4676

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Electronic Transport in Graphene,eration. Whereas intelligent agents solve subtasks autonomously, the supervision of the system state as a whole is still a human task. Therefore the user interface for energy management systems must be closely adapted to the human decision process.