DocumentCode :
3861010
Title :
Final implementation of SEACON: new scope and new open system platform
Author :
A.L. Mahou;F.J. Soto;F. Blanco;G. Pastor;J. Serna;M.A. Alfageme;J. Corera;R. Criado;V. Ferrer;J. Martin;J.M. Garcia-Santesmases
Author_Institution :
Red Electr. de Espana SA, Madrid, Spain
Volume :
13
Issue :
3
fYear :
1998
Firstpage :
898
Lastpage :
903
Abstract :
SEACON is a hybrid (heuristic and algorithmic) expert system for the contingency analysis and preventive or corrective control of transmission networks that has been recently redesigned to implement new end user requirements and to increase its performance. This paper describes the main results and the operational experience from the development and implementation of a new system based on the initial idea. Software reuse strategies became capital in this project. The new design includes advanced functionalities demanded by the practical use of the former system. Because of the high performance of the new system (up to fifteen times faster than the original) and its friendly user interface, SEACON has become a very valuable tool among dispatchers. SEACON is in operation in the Red Electrica´s National Control Centre and in Iberdrola´s Central and Regional Control Centres, dealing with transmission and subtransmission networks (ranging between 400 kV and 66 kV), attached to the online state estimators and screening over 2000 possible contingencies. Results are presented using natural language, and a client-server scheme provided for corporate access.
Keywords :
"Open systems","Centralized control","Heuristic algorithms","Expert systems","Performance analysis","Algorithm design and analysis","Control systems","User interfaces","State estimation","Natural languages"
Journal_Title :
IEEE Transactions on Power Systems
Publisher :
ieee
ISSN :
0885-8950
Type :
jour
DOI :
10.1109/59.708783
Filename :
708783
Link To Document :
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