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Security-constrained transmission planning: A mixed-integer disjunctive approach

G. C. Oliveira (gerson***at***psr-inc.com)
S. Binato (silvio***at***psr-inc.com)
L. Bahiense (laura***at***psr-inc.com)
L. Thomé (mauricio***at***psr-inc.com)
M. V. Pereira (mario***at***psr-inc.com)

Abstract: We extend a static mixed intger diajunctive (MID) transmission expansion planning model so as to deal with circuit contingency criterion. The model simultaneously represents the network constraints for base case and each selected circuit contingency. The MID approach aloows a commercial optimization solver to achieve and prove solution aptimiality. The proposed approach is applied to a regional Venezuelan network, and results and future works are dicussed.

Keywords: optimization methods, power transmission planning

Category 1: Applications -- OR and Management Sciences

Category 2: Integer Programming ((Mixed) Integer Linear Programming )

Citation: submited to IEEE Transaction on Power Systems July, 30th, 2004

Download: [PDF]

Entry Submitted: 08/03/2004
Entry Accepted: 08/03/2004
Entry Last Modified: 08/06/2004

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