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Title A robust mathematical framework for managing simultaneous feasibility condition in financial transmission rights auction
 
Names SARKAR, V
KHAPARDE, SA
Date Issued 2006 (iso8601)
Abstract Objective of this paper is to suggest a robust and easy-to-implement mathematical framework for dealing with simultaneous feasibility condition in financial transmission rights (FTRs) auction. The framework suggested is robust in the sense that it provides a purely analytical basis for clearing option and obligation FTRs simultaneously. Formulation has been shown for a DC power flow based model. In order to get rid of the over-burden of a huge number of constraints that result in the basic formulation, we have developed a simple and elegant idea which is entitled as directional breaking. Application of directional breaking drastically reduces the number of constraints and, thus, renders the formulation to ease the computations.
Genre Article
Topic Commerce
Identifier Proceedings of the IEEE Power Engineering Society General Meeting, Montreal, Canada, 18-22 June 2006, 1-6