IEEE-RTS-24

TheIEEEReliabilityTestSystem1SystemDescriptionThe24bussystem[1]isillustratedinFigure1.Theslackbusofthesystemisnode13.Figure1:24-buspowersystem{IEEEOneAreaRTS-9611.1UnitDataTables1-3presentthegeneratingunits'dataofthepowersystem.Thegeneratingunitsoerasingleblockofenergy,upanddownreservecapacity.Table1providesthetechnicaldataofgeneratingunits,Table2categorizestheunitsindierenttypesandTable3providesthecostsandinitialstateofthegeneratingunitsatthebeginningoftheschedulinghorizon.Thedataisbasedon[1],[2],[3].Table1:TechnicalDataofGeneratingUnitsUnitNodePmaxPminR+RRURDUTDTMWMWMWMWMW/minMW/minhhUnit1818400100006.676.6711Unit2121400100006.676.6711Unit1115230.440402284Unit2215230.440402284Unit15b1515554.2530303388Unit161615554.2530303388Unit23a23310108.560603388Unit23b2335014040404488Unit773507570707788Unit1313591206.85180180331210Unit15a15601260601142Unit2222300300005500Table2:UnitTypeUnitTypeUnit(s)Nuclear1821Coal/Stream12151623aCoal/3Stream23bOil/Stream71315Hydro22Table3:CostsandInitialStateofGeneratingUnitsUnitCCuCdCsuPiniUiniTini$/MWh$/MW$/MW$MW0/1hUnit185.47000320150Unit215.47000320116Unit113.3215141430.4121.6122Unit213.3215141430.4121.6122Unit15b10.52161431200-2Unit1610.521614312124110Unit23a10.521716624248110Unit23b10.8916142298280150Unit720.70109172500-2Unit1320.93873056.700-1Unit15a26.117543700-1Unit220.000002401242ApositiveTinishowsthetimeperiodsthatthegeneratingunithasbeenonlineatthebeginningofschedulinghorizon.Anegativeoneshowsthetimeperiodsthatthegeneratingunithasbeenoineatthebeginningofschedulinghorizon.1.2LoadDataInFigure2,theloadproleisillustrated.Table4providesthetotalsystemdemandperhourandTable5presentsthenodelocationoftheloads,aswellasloadateachnodeasapercentageofthetotalsystemdemand.Theloaddataisbasedon[2].5101520050010001500200025003000HoursSystemDemand[MW]SystemDemandFigure2:SystemDemandProleTable4:LoadProleHourSystemDemandHourSystemDemandMWMW11598.252132266.17821502.834142266.17831431.270152218.46941407.416162218.46951407.416172361.59661431.270182385.45071765.233192385.45082051.487202290.03292266.178212170.760102290.032221979.924112290.032231741.379122266.178241502.8343Table5:NodeLocationandDistributionoftheTotalSystemDemandLoadNode%ofsystemloadLoadNode%ofsystemloadLoad113.8Load10106.8Load223.4Load13139.3Load336.3Load14146.8Load442.6Load151511.1Load552.5Load16163.5Load664.8Load181811.7Load774.4Load19196.4Load886Load20204.5Load996.11.3TransmissionLinesThetransmissionlinesdataisgiveninTable6.Thelinesarecharacterizedbythenodesthatareconnected,aswellasthereactanceandthecapacityofeachline.Thedataisbasedon[2].Table6:ReactanceandCapacityofTransmissionLinesFromToReactanceCapacityFromToReactanceCapacityp.u.MVAp.u.MVA120.014617511130.0488500130.225317511140.0426500150.090735012130.0488500240.135617512230.0985500260.20517513230.0884500390.127117514160.05945003240.08440015160.0172500490.11117515210.024910005100.09435015240.05295006100.064217516170.0263500780.065235016190.0234500890.176217517180.01435008100.176217517220.10695009110.08440018210.013210009120.08440019200.0203100010110.08440020230.0112100010120.08440021220.06925002ImplementationIncludingWindPowerProductionItisrecommendedtoincludesixwindfarmsatdierentlocationsthroughoutthegrid.Itisproposedtolocatethewindfarmsat3,5,7,16,21and23nodes.Inthiscase,thecapacityonthetransmissionlinesconnectingthenodepairs(15,21),(14,16)and(13,23)isreducedto400MW,250MWand250MW,respectively.Thisisdoneinordertointroducebottlenecksinthetransmissionsystem.4References[1]C.Grigg,P.Wong,P.Albrecht,R.Allan,M.Bhavaraju,R.Billinton,Q.Chen,C.Fong,S.Haddad,S.Kuruganty,etal.TheIEEEReliabilityTestSystem1996.Areportpreparedbythereliabilitytestsystemtaskforceoftheapplicationofprobabilitymethodssubcommittee.IEEETransactionsonPowerSystems,14(3):1010-1020,1999.[2]A.J.Conejo,M.Carrion,J.M.Morales.DecisionMakingunderUncertaintyinElectricityMarkets.SpringerUS,2010.[3]F.Bouard,F.D.Galiana,A.J.Conejo.Market-ClearingwithStochasticSecurityPartII:CaseStudies.IEEETransactionsonPowerSystems,20(4):1827-1835,2005.NomenclatureCProductioncostCdDownwardreservecostCsuStartupcostCuUpwardreservecostDTMinimumdowntimeofeachgeneratingunitPiniPoweroutputofeachgeneratingunitattime0PmaxMaximumoutputpowerofeachgeneratingunitPminMinimumoutputpowerofeachgeneratingunitR+MaximumreservecapacityofupregulationofeachgeneratingunitRMinimumreservecapacityofupregulationofeachgeneratingunitRDRampdownrateofeachgeneratingunitRURampuprateofeachgeneratingunitTiniNumberofhoursofwhichthegeneratingunitwasin/outatthebeginningofplanninghorizonUiniStatingwhethertheunitisonline/oineattime0UTMinimumuptimeofeachgeneratingunit5