Autonomous Control System Architecture
- 58 Downloads
This chapter introduces the basic architecture of autonomous systems for intelligent control and operation systems for use in power systems. The functional architecture enabling the application of agent techniques is based on fundamental theoretical aspects. The operational architecture for control systems of power systems is defined and characterized. The proposed autonomous system structure enables the thorough usage of Information Technology (IT) to achieve a higher degree of automation and a more reliable operation of electrical power systems.
Unable to display preview. Download preview PDF.
- Lagerberg (ed) (1996) Organisation and Design of Autonomous Systems. University of Amsterdam, Faculty of Mathematics, Computer Science, Physics and Astronomy (WINS)Google Scholar
- Passino K (1995) Intelligent Control for Autonomous Systems. IEEE Spectrum, June: 55–62Google Scholar
- Abel E, e.a (1993) A multiagent approach to analyze disturbances in electrical networks. In: Proc. of 4th ESAP Conference, Melbourne, Australia, pp 606–611Google Scholar
- Talukdar S (1993) Asynchronous Teams. Proc. of 4th ESAP Conference, Melbourne, Australia, pp 647–655Google Scholar
- Talukdar S, Ramesh, VC (1993) Cooperative Methods for Security-Planning. In: Proc. of 4th ESAP Conference, Melbourne, Australia, pp 93–98Google Scholar
- Rehtanz C, Becker C (1998) Autonomous Systems for Intelligent Coordinated Control of FACTS-Devices. Proc. of Bulk Power System Dynamics and Control IV -Restructuring, Santorini, GreeceGoogle Scholar
- Rehtanz C, Handschin E, Becker C (1998) Coordinated Decentralized Control of FACTS-Devices Applying Autonomous Systems. In: Proc. of International Conference of Electrical Engineering, ICEE ’98, Kyongju, KoreaGoogle Scholar
- Fogel DB, Fukuda T, Guan L (1999) Scanning the Special Issue — Technology on Computational Intelligence. IEEE Proceedings Special Issue on Computational Intelligence, vol 87, no 9Google Scholar
- Van Son PJM (1995) Practical aspects of “intelligent machines” in the control room. Electra 159, pp 102–116Google Scholar