基于PLEXOS的电动汽车附加负荷电力系统优化调度
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摘要
试图使用电力建模PLEXOS软件对额外的电动汽车负载进行电力调度优化,采用的数据来源于爱尔兰电力市场,根据北爱尔兰系统运营商(SONI)和全岛电网(AIG)的最新文件和计划。利用2025年的发电和输电数据以及负荷需求预测,建立了2025年单一电力市场的单代模型,利用该仿真模型对特定需求负荷下的发电和供能调度进行了优化。
引文
[1]HAJJI A M,LEWIS M P.How to Estimate Green House Gas(GHG)Emissions from an Excavator by Using CAT's Performance Chart,AIP Conference Proceedings,2017,1887(1):1-8.
[2]SELVAKKUMARAN S,LIMMEECHOKCHAI B,MASUI T,HANAOKAT,MATSUOK Y.An explorative analysis of CO2 emissions in Thai Industry sector under Low Carbon Scenario towards 2050,Energy Procedia,2014(52):260-270.
[3]MAHMOUD S,JOAKIM M,JOAKIM W.Modeling of photovoltaic power generation and electric vehicles charging on city-scale:A review,RENEWABLE&SUSTAINABLE ENERGY REVIEWS,2017(89):61-71.
[4]H?GLUND-ISAKSSON L,WINIWARTER W,PUROHIT P,RAFAJP,SCHOPP W,KLIMONT Z.EU low carbon roadmap 2050:Potentials and costs for mitigation of non-CO2 greenhouse gas emissions,Energy Strategy Reviews,2012(1):97-108.
[5]XIN J,KYRI B,DANE C.Foresee:A user-centric home energy management system for energy efficiency and demand response,APPLIED ENERGY,2017(205):1583-1595.
[6]LU W,SULEIMAN S,ANDY C.Optimal decentralized coordination of electric vehicles and renewable generators in a distribution network using A*search,INTERNATIONAL JOURNAL OFELECTRICAL POWER&ENERGY SYSTEMS,2018(98):474-487.
[7]PETER P,MAZEN A,YACINE L M.Probabilistic Energy Management Strategy for EV Charging Stations Using Randomized Algorithms,IEEE TRANSACTIONS ON CONTROL SYSTEMS TECH-NOLOGY,2018,26(3):1099-1106.
[8]SBORDONE D,BERTINI I,PIETRA B.Di EV fast charging stations and energy storage technologies:A real implementation in the smart micro grid paradigm,ELECTRIC POWER SYSTEMS RE-SEARCH,2015(120):96-108.
[9]KARAPOSTOLAKIS S,RIGAS E S,BASSILIADES N.RAMCHURNS D.EVLib:A Library for the Management of the Electric Vehicles in the Smart Grid,Proceedings of the 9th Hellenic Conference on Artificial Intelligence,2016(5):16.
[10]PERERA A T D,ATTALAGE R A,PERERA K K C K,DAS-SANAYAKE V P C.Designing standalone hybrid energy systems minimizing initial investment,life cycle cost and pollutant emission,Energy,2013(54):220-230.
[11]FOLEY A M,LEAHY P G,MCKEOGH E J,Gallachóir B P.Electric Vehicles and Displaced Gaseous Emissions.In:Proceedings of the 6th International IEEE Vehicle Power and Propolsuion Conference(VPPC10),Lille,France.
[12]FOLEY A,DALY H,Gallachóir B P.Quantifying the Energy and Carbon Emissions Implications of a 10%Electric Vehicles Target.In:Proceedings of the 2010 International Energy Workshop(IEW),KTH Royal Institute of Technology.Stockholm,Sweden.
[13]KEOLEIAN G,KELLY J,MACDONALD J,CAMERE A C,DE M,SCHAFER A.Environmental Assessment of Plug-In HybridElectric Vehicles in Michigan:Greenhouse Gas Emissions,Criteria Air Pollutants,and Petroleum Displacement.Center for Sustainable Systems,Report No.CSS11-0.University of Michigan.Ann Arbor,Michigan;11th January 2011.
[14]BOYNUEGRI A R,UZUNOGLU M,ERDINC O,GOKALP E.A new perspective in grid connection of electric vehicles:Different operating modes for elimination of energy quality problems,Applied Energy,2014(132):435-451.
[15]CLEMENT-NYNS K,HAESEN E,DRIESEN J.The impact of charging Plug-In Hybrid electric vehicles on a residential distribution grid.IEEE Transactions on Power Systems 2010;25(1):371-80.
[16]MAHMOUD SM JOAKIM M,JOAKIM W.Modeling of photovoltaic power generation and electric vehicles charging on city-scale:A review,RENEWABLE&SUSTAINABLE ENERGY REVIEWS,2018(89):61-71.
[17]MARKEL T,BROOKER A,GONDER J M,O Keefe,Simpson A,THORNTON M.Plug-In Hybrid Vehicle Analysis,Milestone Report NREL/MP-540-40609.National Renewable Energy Laboratory,2006.
[18]MANUEL W,PAUL D,MARK H,BRIANó,FIONN R,MORGANB,HANS-HOLGER R.Incorporating flexibility requirements into long-term energy system models-A case study on high levels of renewable electricity penetration in Ireland,Applied Energy,2014(135):600-615.
[2]SELVAKKUMARAN S,LIMMEECHOKCHAI B,MASUI T,HANAOKAT,MATSUOK Y.An explorative analysis of CO2 emissions in Thai Industry sector under Low Carbon Scenario towards 2050,Energy Procedia,2014(52):260-270.
[3]MAHMOUD S,JOAKIM M,JOAKIM W.Modeling of photovoltaic power generation and electric vehicles charging on city-scale:A review,RENEWABLE&SUSTAINABLE ENERGY REVIEWS,2017(89):61-71.
[4]H?GLUND-ISAKSSON L,WINIWARTER W,PUROHIT P,RAFAJP,SCHOPP W,KLIMONT Z.EU low carbon roadmap 2050:Potentials and costs for mitigation of non-CO2 greenhouse gas emissions,Energy Strategy Reviews,2012(1):97-108.
[5]XIN J,KYRI B,DANE C.Foresee:A user-centric home energy management system for energy efficiency and demand response,APPLIED ENERGY,2017(205):1583-1595.
[6]LU W,SULEIMAN S,ANDY C.Optimal decentralized coordination of electric vehicles and renewable generators in a distribution network using A*search,INTERNATIONAL JOURNAL OFELECTRICAL POWER&ENERGY SYSTEMS,2018(98):474-487.
[7]PETER P,MAZEN A,YACINE L M.Probabilistic Energy Management Strategy for EV Charging Stations Using Randomized Algorithms,IEEE TRANSACTIONS ON CONTROL SYSTEMS TECH-NOLOGY,2018,26(3):1099-1106.
[8]SBORDONE D,BERTINI I,PIETRA B.Di EV fast charging stations and energy storage technologies:A real implementation in the smart micro grid paradigm,ELECTRIC POWER SYSTEMS RE-SEARCH,2015(120):96-108.
[9]KARAPOSTOLAKIS S,RIGAS E S,BASSILIADES N.RAMCHURNS D.EVLib:A Library for the Management of the Electric Vehicles in the Smart Grid,Proceedings of the 9th Hellenic Conference on Artificial Intelligence,2016(5):16.
[10]PERERA A T D,ATTALAGE R A,PERERA K K C K,DAS-SANAYAKE V P C.Designing standalone hybrid energy systems minimizing initial investment,life cycle cost and pollutant emission,Energy,2013(54):220-230.
[11]FOLEY A M,LEAHY P G,MCKEOGH E J,Gallachóir B P.Electric Vehicles and Displaced Gaseous Emissions.In:Proceedings of the 6th International IEEE Vehicle Power and Propolsuion Conference(VPPC10),Lille,France.
[12]FOLEY A,DALY H,Gallachóir B P.Quantifying the Energy and Carbon Emissions Implications of a 10%Electric Vehicles Target.In:Proceedings of the 2010 International Energy Workshop(IEW),KTH Royal Institute of Technology.Stockholm,Sweden.
[13]KEOLEIAN G,KELLY J,MACDONALD J,CAMERE A C,DE M,SCHAFER A.Environmental Assessment of Plug-In HybridElectric Vehicles in Michigan:Greenhouse Gas Emissions,Criteria Air Pollutants,and Petroleum Displacement.Center for Sustainable Systems,Report No.CSS11-0.University of Michigan.Ann Arbor,Michigan;11th January 2011.
[14]BOYNUEGRI A R,UZUNOGLU M,ERDINC O,GOKALP E.A new perspective in grid connection of electric vehicles:Different operating modes for elimination of energy quality problems,Applied Energy,2014(132):435-451.
[15]CLEMENT-NYNS K,HAESEN E,DRIESEN J.The impact of charging Plug-In Hybrid electric vehicles on a residential distribution grid.IEEE Transactions on Power Systems 2010;25(1):371-80.
[16]MAHMOUD SM JOAKIM M,JOAKIM W.Modeling of photovoltaic power generation and electric vehicles charging on city-scale:A review,RENEWABLE&SUSTAINABLE ENERGY REVIEWS,2018(89):61-71.
[17]MARKEL T,BROOKER A,GONDER J M,O Keefe,Simpson A,THORNTON M.Plug-In Hybrid Vehicle Analysis,Milestone Report NREL/MP-540-40609.National Renewable Energy Laboratory,2006.
[18]MANUEL W,PAUL D,MARK H,BRIANó,FIONN R,MORGANB,HANS-HOLGER R.Incorporating flexibility requirements into long-term energy system models-A case study on high levels of renewable electricity penetration in Ireland,Applied Energy,2014(135):600-615.