A Bilevel Approach to Transmission Expansion Planning Within a Market Environment

By L. Garcés, Antonio J. Conejo, Raquel García-Bertrand, Rubén R. Romero. IEEE Transactions on Power Systems, 2009

304 citations recorded by the source corpus.

Subfields: Electrical and Electronic Engineering

View Paper: https://www.semanticscholar.org/paper/4a37d2f71ea4c0b73bb0f64c2b8877e60d49f08c

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In Electrical and Electronic Engineering

Citations in the corpus

Multi-Stage Flexible Expansion Co-Planning Under Uncertainties in a Combined Electricity and Gas Market (2015, background): “Garces, et al, 2009 [82] Present a bi-level model for transmission expansion planning within a market environment.”
Robust Optimization for Transmission Expansion Planning: Minimax Cost vs. Minimax Regret (2014, background): “In [3]–[6], uncertainties including load prediction inaccuracies, transmission line and generator outages, generation and transmission line capacity factors are considered.”
Wind Power Investment: A Benders Decomposition Approach (2012, background): “If this is not the case, variables modeling the unserved energy can be included in the lower-level problems to prevent infeasibility [12].”
Strategic Generation Investment Using a Complementarity Approach (2011, methodology): “In the technical literature, most works using a bilevel approach similar to the one proposed in this paper pertain to offering strategies [9], [10], transmission expansion [11], [12], and”
A Three-Level Static MILP Model for Generation and Transmission Expansion Planning (2013, background): “In the same vein, [13] formulates a bilevel model where the transmission planner minimizes transmission investment costs in the upper level and the lower level is the market clearing of the pool.”
Bi-Level Game Approaches for Coordination of Generation and Transmission Expansion Planning Within a Market Environment (2013, methodology): “Nonetheless, nonlinear terms in MPECs can be efficiently linearized without approximation using the linearization approach for KKT conditions provided in [23] and [24].”
The role of grid extensions in a cost-efficient transformation of the European electricity system until 2050 (2013, background): “Garcés et al. (2009) apply their model in a case study including 10 generation units and one dispatch period.”
Transmission Switching in Expansion Planning (2010, methodology): “A bilevel model for transmission expansion planning within a market environment was proposed in [40].”
Transmission and Wind Power Investment (2012, methodology): “The nonlinearities in item 1) can be linearized using the linearization procedure proposed in [15].”
A Strategy to Solve the Multistage Transmission Expansion Planning Problem (2011, background): “In fact, the literature includes other TEP approaches dealing with decentralized strategic oligopolistic generation firms [5].”
Toward Fully Renewable Electric Energy Systems (2015, methodology): “Constraints (1k) contain non-linearities that can be linearized applying the procedure proposed in [11].”
A Transmission Planning Framework Considering Future Generation Expansions in Electricity Markets (2010, background): “In [5], a bilevel transmission expansion model is presented in which the upper level is modeled as transmission investment cost minimization,”