基于Shapley值的双边交易阻塞成本分摊Congestion Cost Allocation Under Bilateral Transaction Using Shapley Value
陈锐,彭建春,鲁栗,高效
摘要(Abstract)：
在阻塞管理中,附加费用法和节点电价法已成为阻塞成本分摊的重要方法。附加费用法简单却不能提供明显的经济信号,节点电价法能够提供经济激励信号但往往导致交易盈余。该文通过取消某些交易形成不同的联盟,提出了在双边交易中基于Shapley值的阻塞成本分摊方法。理论分析和仿真计算表明,用Shapley值方法分摊阻塞成本不仅具有经济合理性,而且能提供明显的经济激励信号
In congestion management,uplift method and nodal pricing method have been important conˉgestion pricing methods.Unfortunately uplift method fails to provide efficient price signals to customers.Nodal pricing results in merchandising surplus.This paper presents Shapley value based on transmission congestion cost allocation in Bilateral model,by abolishing some bilateral transactions to form various coalitions.Theoretical analysis and case study show that the proposed method can give more accurate and equitable signals to customers.
关键词(KeyWords)：
输电网;阻塞;成本分摊;Shapley值;双边交易模式
transmission network;congestion;cost allocation;Shapley value;bilateral model
基金项目(Foundation):
作者(Author):
陈锐,彭建春,鲁栗,高效
DOI: 10.19585/j.zjdl.2005.02.003
参考文献(References)：
- SinghH,HaoS,PalexopoulosA.Transmissioncongestionmanagementincompetitiveelectricitymarkets[J].IEEETrans.onPowerSystems,1998,13(2):672-680.
- SchweppeFC,CaramanisMC,TaborsRD,etal.Spotpric ingofelectricity[M].Boston:KluwerAcademicPublishers,1998.
- RauNS.Transmissionlossandcongestioncostallocation-anapproachbasedonresponsibility[J].IEEETrans.onPowerSystems,1999,23(2):30-40.
- RosenbegerAE.Congestionpricingormonopolypricing[J].TheElectricityJournal,200,15(4)1401-1409.
- 托马斯LC.决策论及其应用[M].勒敏,王辉青译.天津:解放军出版社,1998.
- HarrySingh,ShangyouHao.TransmissionCongestionManage mentinCompetitiveMarkets[J].IEEETrans.onPowerSys tems,1998,13(2):672-680
- HSJung.Congestioncostallocationmethodinapoolmodel.IEEProc.TransmissionandDistrb,2003,150(5):604-610.
- JavierContreras.CoalitionFormationinTransmissionExpansionPlanning[J].IEEETransactiononPowerSystems.1999,14(3):1144-1152.
- JeromeYen,YoungheYan,JavierContreras.Multi_agentapproachtotheplanningofpowertransmissionexpansion[J].DecisionSupportSystems.2000(28):279-290.