IEEE Transactions on Power Systems · 2002 · 32 citations · 8 references
Natural ResourcesEconomicsElectrical EngineeringEnergy EconomicsEnergy SystemsOptimizationCapacity ExpansionElectricity MarketsPower Sector EconomicsPower Transmission SystemsTransmission PlanningTransmission SystemsCapacity Expansion ModelingCompetitive Capacity ExpansionCompetitive ExpansionLagrangian FormulationLagrangian RelaxationTransmission Grid ExpansionTransmission Network Expansion PlanningTransmission System Expansion
A transmission network plays a key role in allowing access to the most efficient generators to all consumers. In most cases, the new transmission projects are defined by a system operator, which focuses on improving the bulk system's reliability and reducing short-term operating problems. Because electricity market participants are prevented from investing in transmission facilities that may benefit them, transmission expansion may not have been sufficient to stimulate competition within the market. In this paper, the authors show formally through a mathematical formulation based on the Lagrangian relaxation technique that the investment on transmission capacity can be a profitable activity, and therefore, the introduction of competition in the transmission expansion could be possible. Such a competitive expansion of transmission capacity would allow the participants to improve the efficiency of the electricity market.
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