EngineeringComputer ScienceElectrical EngineeringEnergy EconomicsOptimizationParallel ComputingElectricity MarketsEnergy PricingEnergy System ModelingInteger ProgrammingPower ManagementPower SystemsDispatch ModelingEconomic DispatchElectricity Market AnalysisMarket Clearing MechanismsMarket SimulationReal-time Electricity MarketsUnit CommitmentWholesale Energy Markets
This paper discusses the implementation of successful computational innovations that have occurred to support the evolution of the PJM competitive wholesale electricity market. These innovations include the implementation of Mixed-integer programming based unit commitment, multi-stage real-time dispatch and software to support our perfect dispatch concept. The paper discusses the efficiency gains that the market experienced when these innovations were successfully incorporated into the market clearing processes at PJM. The paper will also overview computational challenges that must be overcome to support further evolution of the competitive wholesale and retail electricity markets.
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Generation dispatch in a smart grid environment
Kwok W. Cheung, Xing Wang, But-Chung Chiu et al. · 2010 · 39 citations