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User Manual - Probabilistic Market Price Simulator

1. 68 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC gt VSC DC Current to view the detailed hourly DC current of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC DC current table a user can choose to display the VSC DC current results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed VSC DC current results listed in the table WINS te dnatas My Account IEEETISWithWIindHVDC AC ies Cures gt TRANSO Outpt gt HVDC gt VIC DC Carme gt Home Inputs P Arua eed Owoer gt GENCOs Input gt TRANAEUS Input b DISCOS Input b system Limits Mifano Sj Daowniosd D Bun Sturt te uz m ne ua tt mz LIS tks nii gt Outputs n154 nases 2 5670 n127e 0 t692 21576 0 3866 00442 naozo o odi 2 2234 n gt GENCOs Dutput vacz pases oases 2 2670 oazu ose 1576 D 3162 awas 01020 oarre 3 2224 oos r T 0A441 1 3234 01204 TRANS OS Output P drench Flows WEI 2 3854 oasa 1437 1379 0 2044 0 0574 0 3255 4 7109 0 9717 24209 3j 51af 2 4 Phase Shifter vaca t4 0531 44376 13296 0 4461 34 0 1204 aes tosta 03337 2 71386 0 9737 82 04122 2 4413 n1a6z b Yap Changer 2 0220
2. Hour tuurt While when a user click on the 24h LMP button at the end of each record as shown in the above page the 24 hour LMPs curve of the chosen bus will be plotted as shown in the following page Ere E a amp amp T 8 Q 10 EEEE ET 17 18 19 20 24 22 22 24 78
3. ID load ID character maximum length 2 Bus No bus number long integer Status status integer O or 1 PL constant power MW load default 0 MW double PL percentage of PL over total load double QL constant power MVAR load default 0 MVAR double QL percentage of QL over total load double 43 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt DISCOs Input gt 24 Hours Load to view detailed hourly load information of each load of the system 21 ya 3 CK Orn oeo OT ng WINS v tome Inputs P Area aed Onnar gt GENO ingot b Fossi tinne Combined Cycle Units Hy dno tants Catchments Pumped Sterege Unite Wind Unite TRANGE De Input doors Branches Transformers Shunt Elements voc b Current amp aurte Converter b Voltage amp aurce Converter b DC Buses b p Bronches DISCUS Input P ined Distribution gt 2s flours Loads P System Limite Run fsi amm IEEETINWithWindHVDC AC his gt ce gt Download Dista toad Load Load Loads Loot wata Load Lauda badi Lami 13 OtzTCOI orsTcol STO input gt 24 Hows Loads S295 e382 3 aua 4657 1134 1 5 tarda a 30 77 22 04 reat 01 18 42 7 3337 aE 42 54 WALILIAI Heinsii My Accoun GOS 44 WINS User Manual Illinois Institute of Technology IIT 3 4 5 Inputs System Limits Go to Home Inputs System
4. WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt GENCOs Input Wind Units to view the detailed information on each wind unit of the system Besides by selecting the different items in the dropdown list on the top left of the wind units table a user can choose to display each individual GENCO s units list or all the wind units The Download Data button allows a user to download the detailed wind units related data listed in the table The Add New Unit button allows a user to add more wind units to the current system The Edit and Delete buttons in front of each existing wind unit record allow a user to edit or delete the chosen unit information The Edit operation allows a user to edit the detailed information of the selected unit while the Delete operation will delete the unit from the system Movie Bp c GENCOS pat own WINS ta terwes My Accoun SOOT EEELISWithWind AC mama Lis me gt pst gt GEN Gaps gt Wind Unity AliGencus 9 Ciowtlosd Dela Act New Lied Description of individual columns of the wind unit table is as follows Unit Name unit name string no space Plant plant name string no space Owner Name owner name string no space Unit ID unit ID string no space Bus No bus number where the unit is located long integer Min Capacity minimum real power capacity MW double Max Capacity maximum real power capacity MW double Min Capacity minimum re
5. AlGencor S DOowniosdDas Acid Mew Line Lo nin r Mie LAE tun Man un Ur Lert et tanit 4 flant CH y a SUS Kemanite Comacty Comastty Lan oxi Inna e Leashes Grasratmu banana e Ci d T CUP E C777 03001777723 LR State USE atur TIN TTE 7 The description of individual columns of the pumped storage unit table is as follows Unit Name unit name string no space Plant plant name string no space Owner Name owner name string no space Unit ID unit ID string no space Bus No bus number where the unit is located long integer Min Capacity minimum real power capacity MW double Max Capacity maximum real power capacity MW double Min Capacity minimum reactive power capacity MVAR double Max Capacity maximum reactive power capacity MVAR double Min Up Time minimum on operation time hour gt 0 integer Min Down Time minimum off operation time hour gt 0 integer Initial Loading Status initial operating state 0 idle 1 generating 1 pumping integer 23 WINS User Manual Initial Hours Lower Limit Generation Discharge Upper Limit Generation Discharge Lower Limit Pumping Discharge Upper Limit Pumping Discharge Initial Upstream Reservoir Volume Terminal Upstream Reservoir Volume Lower Limit Upstream Reservoir Volume Upper Limit Upstream Reservoir Volume Initial Downstream Reservoir Volume Terminal Downstream Reservoir Volume Lower Limit Downstream Reservoir Volume Upper Limit Downst
6. minimum reactive power capacity of the mode MVAR double maximum reactive power capacity of the mode MVAR 18 WINS User Manual Ramp Up Ramp Down MBtu MW Curve Nox Curve Illinois Institute of Technology IIT double ramping up rate of the mode MW hour Less than or equal to MSR double ramping down rate of the mode MW hour Less than or equal to MSR double heat rate curve index of the mode long integer NOx emission curve of the mode long integer When a user clicks any curve data hyperlink in the table a new page will pop up to show the detailed curve information The curve types of combined cycle units are very similar to those of fossil units 19 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt GENCOs Input Hydro Units to view the detailed information on each hydro unit of the system Besides by selecting the different items in the dropdown list on the top left of the hydro units table a user can choose to display the units of individual GENCOs or all the hydro units The Download Data button allows a user to download the detailed hydro units related data listed in the table The Add New Unit button allows a user to add more hydro units to the current system The Edit and Delete buttons in front of each existing hydro unit record allow a user to edit or delete the chosen unit information The Edit operation allows a user to edit the detailed informati
7. 0 7932 P OVSE AC Angie P VSC DC Waltege P VGE OC Current b Yoc ttodelatn Index b VSE Iaterwal AC Veltepr b DE Bronth terrent mur meesch bina PT 70 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC gt VSC Internal AC Voltage to view the detailed hourly internal AC voltage of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC internal AC voltage table a user can choose to display the VSC internal AC voltage results of individual TARNSCOSs or all TRANSCOs The Download Data button allows a user to download the detailed VSC internal AC voltage results listed in the table WI NS My Act cunt TEEEMISWithWindHVPC_AC a dis fica gt Dumu gt TEANSCOs Cumas gt HVDC gt VSC Imemal AC Vokage bo Area wed Ownnr b GETO Foot Ai Transas E Dewrived Oste b TRANSCOs Input b DISCUS Input b System Limite hane a ite mae MLA mie mja MLA WAO te wis LT IJ b Run SOUL Outputs Veci 0 9044 Majiji 3009 3 3653 1007 1 4400 477 tare i r 1 nee 123211104801 1070 b GENTOS utput escis li i tabar 12344 Janos az 1 ye i dota 12394 1149 1 iia gt TRANSCOs Output Bidat Mame v c 0 3623 1 0196 0 571 02603 iss bec hana 0 4708 pei ipm soe ae 0 10445 1 0008 Lami 1 0430 1028 gt Ph
8. Download Data buttons allow a user to download the TANSCOs related data listed in the table RANGEN TEMERE fh D wee ee ive e v0 X n M MID Ace 4 199 29 WDNSATRAMSCOS ange m J Set WI A S M daeta My Accoun EMITS IEEETINWith Wind AC gt Home fiam gt pats 3 TRANSCOs lap Inputs b Area asd Owner 27 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt TRANSCOs Input Buses to view the detailed information on each bus of the system Besides by selecting the different items in the dropdown list on the top left of the buses table a user can choose to display buses of individual TRANSCOS or all the buses The Download Data button allows a user to download the detailed bus related data listed in the table The Add New Bus button allows a user to add more buses to the current system The Edit and Delete buttons in front of each existing bus record allow a user to edit or delete the chosen bus information The Edit operation allows a user to edit the detailed information of the selected bus while the Delete operation will delete the bus from the system eee buts RANA De iret hart Monde union fh tA Yee rey Wata peis toy e gt CX 0 P wp Az AT 1A ZINN Ees ripe io o Mme inpats e PRANSCOS Input sB 4 A WI NS V dasmat My Account SUPT IEEELISWih Wind AC v tome Heme gt kwata gt TRANDO Da Jama gt Dures Ai Taraba
9. aea azea anat ne ts ya ata a4 D ae asar 7 gt DISCOS Input a2 ae me 4 jaa apes at 16 44 16 A334 42s v 14 WA sant 48a ko System Limits th 40 32 asar dhen i S204 3 60a 5 amp 44 atos 2 v9 48 ciio 4416 43 28 d25 amp ata asio eset aste 350 P mun SUL gt Outputs b GEMCO S Hutput b TRASSCO Owtput bane MAP neu tiruri r ust tinwes tie Heel turii waue Dar IE Heuris fieerio truri muri tie When a user clicks on the buttons on the bottom of the table with text from Hourl to Hour24 the single hour LMPs curve of all buses will be plotted as shown in the following page A user could choose the range of the buses to be displayed on the graph Aa Sr cX Y LMPs ar All Buses From tnd Tee 34 Depim LMPs at Hour 1323234384 Fr 8 9 10 12 13 14 4 W T 10 19 2021 22 22 5 77 WINS User Manual Illinois Institute of Technology IIT ah ELISWioWindHVDC AC utr gt LIMP ai LIE 22 uzi Murs Ann ni IT mie ML LII mia LII 40m 4068 3658 4091 4111 165 aor 41411 aval ahot aom avis 30 21 15 61 m 4 ae as ma as 354 as wat a nas As n as wet A 194 4232 aza I tuus tuurt Dr sra 2M aM M GM a cl Meucks Ibrurit Mauris towels touris tiewrl fexelz Meer fuurs
10. j Home s Outputs PLMP WINS M deower Mis Acccat ETN TEEEMISWithWindHVDC_AC Home RE n2 Inputs fica gt Cups gt LMP b Area wed Ownnr Oowiced Date gt ELOS Enpot b Fossil unas Combined Cycle Unite Hydra Units b Catchmeots ni nio M11 ni ni wa mis Maiz wis K A ep anie Unite KIA 4297 ansa 32 68 oesol ypes 122 4232 acos onre sdti 4250 4259 54 128 apa ATI aci wood Unity TRANSCUS Input ax ane Fees z s nerz 2044 apo x31 e amp 00 44 36 4416 sast ated arsa a mor oaan coz Seres p 22 ez i past ioro nebi ataa aros 119 77 ance ange 4358 427 atsa 36 saz saan 4502 ti f mcis iia 4 s Rd weae 344 43 05 43 82 06 09 44 16 dane 43 ane arm 9616 es 6 sean 450 gt Transformers gt Shunt Elemente amp fatai aps W060 202 60 GR C4 064a a2 50 42 00 a0 tss san LEET 429 ato iu 45 00 44 36 aga YONO ara fazes 9508 3264 sai 384a ag 70 ez 96 mei 44 36 ed t 2358 a254 apti arsa as saat 4502 71 b Current source Converter pA quud uiid eqep Ys se 2 gt 2 i b Voltage Seurre Converter 42 32 42 64 0S6 f 30 64 1 59 oa 4594 ko n3 4416 4358 4283 JESL 4416 2801 saa 4501 n b DC Buses L a 4220 rule e 0 4s 4225 aiye a 44 16 44 6 A3 4 A ales siis t0 44 1 46a b DS ronches o arsi ars
11. penmancn aar ist 230 are 42 8 26 77 112 anos aa KA 1343 1 28 033 7 TLD 96 03 23 09 4 Le oda Dcos Tom An m5 saws 100 3 rosaa 04 roai araz ass DCBR ANCHM 2244 41 94 57 396 14 86 21 03 4657 4171 1042 1812 1123 pesasncen Laozeo anza stt i59 49 95 90 98 99 98 aoo 36 92 12 00 penama shaa WAL gt m x 6235 8324 303 55 9548 102 71 87 52 OCDRANCH 5938 400 20 13 56 9 43 49 98 atn 247 acan f o 7 t 11435 9 36 424 qu 723 470 toa ae 11 72 74 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs TRANSCOs Output gt HVDC gt DC Branch Loss to view the detailed hourly power loss of the DC lines of the system Besides by selecting the different items in the dropdown list on the top left of the DC branch loss table a user can choose to display the DC branch power loss results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed DC branch power loss results listed in the table Mme Dutpots a TRANSCOS za WINS We termes My Accoun Wan DW TEEEMISWithWindHVDC_AC n oar gt ptm fas gt Cup gt TRANS CO Cumas gt HVDC gt DO Branch Leas b Area wed Onnar b GETO Enpot Xi TramCuw E Dowrived Data b TRANSCOs Input b DISCUS Input b System Limits Run amp CUL Dopis b GENTOS Output gt TRANS Cis Output DC
12. 0 MVA double emergency rate flow limit C default 0 MVA double fixed tap default 1 p u double fixed phase shifter angle default 0 degree double minimum tap change double maximum tap change double minimum phase shifter angle double maximum phase shifter angle double 33 WINS User Manual Illinois Institute of Technology IIT Go to Home Inputs gt TRANSCOs Input gt Shunt Elements to view the detailed information on each shunt element of the system Besides by selecting the different items in the dropdown list on the top left of the shunt elements table a user can choose to display the shunt elements of individual TRANSCOs or all the shunt elements The Download Data button allows a user to download the detailed shunts related data listed in the table The Add New Shunt button allows a user to add more shunts to the current system The Edit and Delete buttons in front of each existing shunt element record allow a user to edit or delete the chosen shunt information The Edit operation allows a user to edit the detailed information of the selected shunt while the Delete operation will delete the shunt from the system HANSCDs inpet amp S TT IT TUp TTEE fh oa He Chen kaaa foo e O cecx Tm een EXS ft ome ingats s PRARSCOs Irast 65 5 WINS W dormes Aa IEEE118 With Wind AC T ws oye ez int gt kupita gt TRAN ispa gt Shure Biemeses pial oct
13. 179 3 100 109 a 280 24 300 301 309 to 360 300 300 508 35 350 200 305 so 300 b vot ino oT T a a pio 0 p 0 0 s 0 a a p la 5 v DISCUS Tapit wor wc 7 a a afo c lwa s ss ezav s zs 304 72 as s e firo 209 10 100 es b oad Distribution P P4 tours Loads 1204 T gt 1 o t aj D D r afo D P System Limits 1 0 tos 7 b el tele o e we ele e 6 foj b o e s s e 5 tun SELE 1510 T E ac 9 p LI Li a 10 M J A 10 f a I 79 v it xID o idi i 19 la wafa 1 oj asc so 3 1 saa ao 220 xx an 111 j2 250 250 260 iu 240 zw 380 300 503 200 x 6 1 b Unit Commitment 49 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt GENCOs Output gt Spinning Reserve to view the detailed hourly spinning reserve of each unit of the system Besides by selecting the different items in the dropdown list on the top left of the spinning reserve table a user can choose to display the unit spinning reserve results of individual GENCOs or all GENCOs The Download Data button allows a user to download the detailed unit spinning reserve results listed in the table IEEEIINWith Wind AC v Nome m ae E gt inputs Os Cut gt Sprang Reverver P Area eed Owoer gt GENCOS Input Fossil nite Combined Cycle tinite gt Hydro units et iet Um 2 8 aX gatus EEA MES MD WAY ES MIP HAP We Be x 2 s Mi Ez
14. 9734 0 ano 11176 oases 1 0130 nam oosa joues os 4 bu 9 E Lobes 1 0498 1 2329 de a v ia i jea 0 9910 0 95 paci oara ose aso b hr a 149 Late rota rasta 0 9919 0 9924 1 0406 1 0602 1 000 6 9963 10922 1 0841 owes 0 980 ngaa 1 08 bu 9 i 103 3 1031 Ladu 0 9809 a 1291 60806 1 0292 0 970 09744 0 9713 19714 9723 0 97 DT TT tao 9306 1 0 7 1 08 njo vei omes 1 A302 0 9834 1 0021 6 4 e oan nares 0 9740 05718 toam hi od t 1 06 a 1059 k xia 0 65 1 9008 1 646 4 193 1 0893 10 1418 1 0109 1 0 14524 410m 05 1 rt 10091 a oses a te 16208 1 1059 10667 10706 1 0221 10000 14274 4 06 1 za 0 9835 EJE 1083P 105 1 029 nins 56 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt Bus Voltage Angle to view the detailed hourly voltage angles of buses of the system Besides by selecting the different items in the dropdown list on the top left of the bus voltage angle table a user can choose to display the bus voltage angle results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed bus voltage angle results listed in the table WINS m ron My Accoun TEES IEEE118 With Wind AC tome ent gt Oupus gt TRANSCOs Cumar Eus Voltage Angle gt Inputs bo Are
15. AC Termine MW ESC AC Termine VAR COC AL Angle DCO5RANCH 110037 Otti 125 1 3 COC OF voltage CSE OC Curreot ESU Fiemg Eutimctiun Angie CSC Transfermer Tep VEC AE Terminai NW VSO AC Terminal VAR VSL AL Angle gt var OF Veltege VSE OC Current VSC Modulation Intex VSC Internal AC Voltegr DE Breech Current DE preach Plum FT 45 AI 34 70 Duel 65 03 nn mae t9 estaj zn 4215 373 95 t1 71 5 15 tss la AAA LA LALA 73 WINS User Manual tore Outputs twine w r amp ye n 3 WINS 7 tome 7 Inputs P Ares aed Onnar b GENCOS Input b TRAWSEUS Input b DISCO Input Aeanch Flaws CSE AL Terminal MW ESC AC Terminai ivan ESC AU Angie ESE DE Voltage CSC DE Current COC Fing Tatisctinn Angis ESC Transformer Tap VSL AC Termine mw VSE AL Fermina MYA VSC AC Angle VSE OF Voltequ VEC OC Current VEC Modulation Indew VST lateral AC Voltage IK Branch Correm b DC Branch riam FT b LI LI b b LI b b b b b b b b Illinois Institute of Technology IIT ET IEEETINWithWindHVDC AC us Cupit gt TRANSO Outpost gt HVDC gt DC Branch Flow TF AI TransCas Domlosd Data E Hig MAL petz ee Mms mz DCREAMCHLE 71 DepRAncen iras 14g 11 aian azar msn zs Oceano arja 4749 3953 1 10 3743 17 111 74 74 05 1526 arat
16. Branches b oYeansfenrmers P Shunt Elements bonv DISCO Input GENCOs Output V ert Comimitimest b la timit aanita 48 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt GENCOs Output gt Generation Dispatch to view the detailed hourly generation dispatch of each unit of the system Besides by selecting the different items in the dropdown list on the top left of the unit generation dispatch table a user can choose to display the unit generation dispatch results of individual GENCOs or all GENCOs The Download Data button allows a user to download the detailed unit generation dispatch results listed in the table WINS pn fuo gt Outputs gt GENC Os Oui gt Generason Durpatch b Area aod Owner gt GENCOs Input b Fossi Unite b Combined Cycle tinite Hydro Ua botatchments IEEEIINWIiI Wind AC LEM NI 12 Mit MAS MLG IMEZ MUS NIS MIU MIR MIX NAD b Pumped Stecuge Unite 1001 tat 5 a u o o 5 Lj o L b o vig a 5 u a v b Wind Unite neo Ter T a plo 0 4 p 0 0 n a la H gt TRAWSEUO Input gt Beers iso YE T a n a c 1 G ajo D 5 o sis a aio lalsi o ranches 1204 YA 240 59 0135 1 0 4 270 J wa 1204 n YQ 300 300 300 310 320 200 300 0 300 gt MAANA zm tc gt zem 130 172 3 100 4 of 260 ya E 320 w 3 o0 oe 320 3 P Shunt Elemente in os z In 180
17. Commitment 57 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC CSC AC Terminal MW to view the detailed hourly terminal AC real power dispatch of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC AC terminal MW table a user can choose to display the CSC terminal AC real power dispatch results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed CSC terminal AC real power dispatch results listed in the table TUIDUUUBDUUCDUECBHERGTUEGTT e ECX 4 M Neen A21 47 190 29M WONSIOCHCACY rite osm 74 Home Outpens s TRANSCOS tpat ri WINS I dope My Accoun KUU IEEELISWithWindHVDC AC Alice gt Dumu gt TRANSOOs Cumas HVDC gt TTT b GENTOS Dutput gt TRASE Output itte dy duo wis pio vero 5 28 Seat 20214 P CC AS Terminal or b CSC AC Termins HVAR b CSC AC Angle 58 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC CSC AC Terminal MVAR to view the detailed hourly terminal AC reactive power dispatch of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC AC terminal MVAR table a user can choose to display the CSC terminal AC reactive power dispatch re
18. For example by clicking the MBtu MW Curve data 10001 the following new page shows the heat rate curve of Unit TG1 A user can modify the parameters for the heat rate curve by changing the data in the textboxes and clicking the Update button to commit the changes fh te Kw mor post Dub ia C X is um Veron i Den EMCO Wer i Fos M SAWING Orr inp Unetied Page a wasi Unit how Mate Uurve Carve Type Quadratic Curve kuaza Heat Rate Curve exf2ste MOI Geratatean MW 15 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt GENCOs Input Combined Cycle Units to view the detailed information on each combined cycle unit in the system Besides by selecting the different items in the dropdown list on the top left of the combined cycle units table a user can choose to display the units of individual GENCOS units or all the units The Download Data button allows a user to download the detailed combined cycle units related data listed in the table The Add New Unit button allows a user to add more combined cycle units to the current system The Edit and Delete buttons in front of each existing combined cycle unit record allow a user to edit or delete the chosen unit information The Edit operation allows a user to edit the detailed information of the selected unit while the Delete operation will delete the unit from the system 9 Np O18 4 199 DGC
19. Go to Home gt Outputs gt GENCOs Output gt Committed Capacity to view the detailed hourly committed capacity of each unit of the system When one unit is scheduled ON in the current hour its committed capacity is equal to its generation capacity in the current hour otherwise its committed capacity is equal to zero in the current hour Besides by selecting the different items in the dropdown list on the top left of the committed capacity table a user can choose to display the unit committed capacity results of individual GENCOs or all GENCOs The Download Data button allows a user to download the detailed unit committed capacity results listed in the table WINS Hi dneuas My Accoun SOUT EEELISWithWied AC gt tome hs pt gt Quigus gt GENGE Inputs eae P Area and Owner Ai Genos 2 Dowloss ist GENCOs Input Fossi Unite is Quis gt Command Capacity Combined Cycle Units Hydro Units uat tem leet gt 22 z v Lc x ommum AD LA MES MAA WIZ ILU IEY MDP HAL MZZ MZA ld botatchments b Pumped Stecage Unite isor tot oiv no sje of ojo v o b L J o 0 b 6 a 1 wind Unite 22 ToS xa ha Ka be 5 ola p a o olola TRANSED Input gt ewes 1203 703 z ajujo a oja ojo p a vjoja s olja b ranches 1204 YA 100 302 920 100 302 320 200 302 208 208 100 209 324 Sar b Transformers n n M sus TOC STER uem 57E
20. Limits to view limits on system load system loss and system reserve A user can set the values for each system limit or define the simple linear relationship between each individual system limits using the functions on the right of the system limit table BELILILLLZILLLIZAXCIOLLINMEEEEEEEEEEEEEEEEEEEEEEEEEENNI fM D dee reor xke Debs ree QU e x o Teri mener oe red Homes Inks cSystemtimns TAI WINS tm tocnes My Account MITTEN IEEE118WithWindHVDC AC nds au me gt lucus gt System Lensia A user can also directly change hourly load loss spinning reserve and operating reserve in the corresponding tables by clicking the Select button in front of each system limit For ezample the following page shows the 24 hours load limit by clicking the Select button in from of Load Edit button in front of each hourly load limit allow a user to edit the chosen load limit 45 WINS User Manual Illinois Institute of Technology IIT gt tome gt Inputs bo Arco wed Owner GENO input P Fossil Unite gt Combined Cycle Unite P siyas Units o Catthments Pumped Storage Units Wind Unite TRANSCUS Input Poen b Branches DISCUS Input gt ose Duteibutinn za Hours Leads k Run SOUE gt Outputs GOs Dutput unt Commitment Weekly Umt Commitment Generation Dispatch H Spinning Reserves b Operating Reserves gt Comimitted Capecty 7 TRANSEDs Output Branch Flows gt Phare
21. OFF integer Water Power Conversion Curve water to power conversion curve index long integer Startup Cost Curve start up cost curve index long integer 20 WINS User Manual Illinois Institute of Technology IIT Natural Inflow natural inflow Hm3 h double Spillage maximum spillage Hm3 h double Lower Limit Discharge lower limit of water discharge Hm3 h double Upper Limit Discharge upper limit of water discharge Hm3 h double Initial Reservoir Volume initial reservoir volume level Hm3 double Terminal Reservoir Volume terminal reservoir volume level Hm3 double Lower Limit Reservoir Volume lower limit of reservoir volume Hm3 double Upper Limit Reservoir Volume upper limit of reservoir volume Hm3 double When a user clicks any curve data hyperlink in the table a new page will pop up to show the detailed curve information There is a unique curve of hydro unit Water Power Conversion Curve which is a quadratic function showing the relationship between the natural water flow and the power generation of the hydro unit For example by clicking the hyperlink 16001 the following new page shows the water power conversion curve of Unit H1 User can modify the parameters for the curve by changing the data in the textboxes and clicking the Update button to commit changes fh ga C e roy dete Deb ie C o X D Tunair 19 29 MSA Wate Toone ihr sanaaa Anne Cie vein Gta Ye ANY LOB add ORUM TUNE OO ios Ha
22. different items in the dropdown list on the top left of the branches table a user can choose to display the branches of individual TRANSCOs or all the branches The Download Data button allows a user to download the detailed branch related data listed in the table The Add New Branch button allows a user to add more branches to the current system The Edit and Delete buttons in front of each existing branch record allow a user to edit or delete the chosen branch information The Edit operation allows a user to edit the detailed information of the selected branch while the Delete operation will delete the branch from the system G VO X n idles EVE AE 194 22 MG enam coer ft J Med Ines PRANSCOS rost tis WI NS WR dones My Accoun METTES TEEEMISWithWind AC ch int gt Lepots gt TRAN SC Os ispa gt Branches ne Line Lee I DIET TETTCETA TEC 1 PA uiauE B B status 5 CY ence Five a ame Bane kame tu te if rU wa 5 u LA SHAD 55A ISFA Co onn End b vor gt DISCO Input lj E The description of individual columns of the branch table is as follows Name branch name character maximum length 20 no space Area Name area name string Zone Name zone name string Owner Name owner name string From Bus 1 from bus number long integer To Bus J to bus number long integer Circuit ID CID circuit ID character maximum length 2 Status branch status integer O or 1 Resistan
23. pa 1 in wa 106 21 0 058 11 Uu 4 nar ust 1 i 67 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC gt VSC DC Voltage to view the detailed hourly DC voltage of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC DC voltage table a user can choose to display the VSC DC voltage results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed VSC DC voltage results listed in the table o Mame i Uvtipeks TRANSOOS Ouf ual WINS tome v Inputs bo Area wed Ownnr gt GETO Enpot b TRANSCOs Imput b DISCUS Input b System Limits 5 Run SOUL gt Owtputs b GENTOS utput P ranh Flows gt Phase Shitter Tap Cheager gt fee Voltage iaqnitude gt ee voltage Angle nyot ESCUAC Terminal MW ESC AC Terminal HVAR COC AC Angle COC OF Voltage 5C OC Current D D L b b CSU Piriny tatiertiun Angie P CSC Transfermer Tap P VSC AC Terminal HW b VSE AC Terminal HVAR b SU AC Angle b vM IM Voltauc b YSE DE Current IEEEI18WithWindHVDC AC at gt Cupu gt TRANS OOs Cuma gt HVDC gt VSC Ai Trancas Downiond Data ut NU 1406 1 1208 JESS 1t0 1 1100 n awa teri
24. record allow a user to edit or delete the chosen mode of the selected unit The Edit operation allows a user to edit the detailed information of the mode while the Delete operation will delete the mode from the unit The description of individual columns of the combined cycle unit table is as follows Unit Name unit name string no space Area Name area name string no space Owner Name owner name string no space Plant plant name string no space Bus No bus number where the unit is located long integer Unit ID unit ID string no space Min Capacity minimum real power capacity MW double Max Capacity maximum real power capacity MW double Min Capacity minimum reactive power capacity MVAR double Max Capacity maximum reactive power capacity MVAR double Min Up Time minimum on operation time hour gt 0 integer Min Down Time minimum off operation time hour gt 0 integer Ramp Up ramping up rate MW hour Less than or equal to MSR double 17 WINS User Manual Ramp Down Quick Start Capability Max Sust Ramp Number of Minutes Initial Mode Initial Hours Initial MW Number of Mode Number of CT Number of ST Fuel Type Fuel Price MBtu MW Curve CT Information CT Startup Fuel Type CT Startup Fuel Price CT Startup Fuel Curve CT Shutdown Fuel Type CT Shutdown Fuel Price ST Information ST Startup Fuel Type ST Startup Fuel Price ST Startup Fuel Curve ST Shutdown Fuel Type ST Shu
25. the detailed information on each voltage source converter VSC of the HVDC lines of the system Besides by selecting the different items in the dropdown list on the top left of the VSC table a user can choose to display the VSCs of individual TRANSCOs or all the VSCs The Download Data button allows a user to download the detailed VSC related data listed in the table The New Voltage Source Converter button allows a user to add more VSCs to the current system The Edit and Delete buttons in front of each existing VSC record allow a user to edit or delete the chosen VSC information The Edit operation allows a user to edit the detailed information of the selected VSC while the Delete operation will delete the VSC from the system IU UIDUUETTTIPTETES fM LA Yee roy ee ie amp Cc x 4 gt MED Ka AI 1A DID AA fo j gt ome d inp p FRANSOOs Inmet ritn i 000 IEEE118With WindHVDC AC WI NS M awa hi Aout EET v ton ome gt kusu gt TRANS OCs lapit gt EVDO gt Voltage Source Converter b Area wed Onnar AiTramcos S DowtlomtOein New Vata Suerte Cutssrte Cit wakaa Arasi si TAANZ ocarou 1 The description of individual columns of the VSC table is as follows Name voltage source converter name string Area Name area name string Zone Name zone name string Owner Name owner name string Group Name group name of HVDC lines string Type VSC type integer 1 or 2 1 Rectifier 2 Inv
26. to the current system The Edit and Delete buttons in front of each existing zone record allow a user to edit or delete the chosen zone information The Edit operation allows a user to edit the name of the zone while the Delete operation will delete the zone and all the components such as units buses and branches corresponding to the zone from the system 12 WINS User Manual Illinois Institute of Technology IIT 3 4 3 Inputs GENCOS Input Go to Home Inputs gt GENCOs Input to view the overall information of the GENCOs Five major categories of units are available fossil combined cycle hydro pumped storage and wind units This page displays the list of GENCOS and the statistic information about the numbers of different type of units belonging to each GENCO The Download Data button allows users to download the GENCOS related data listed in the table WINS aa Account MITTIT GENCOs pat B Go to Home Inputs gt GENCOs Input Fossil Units to view the detailed information on each fossil unit of the system Besides by selecting the different items in the dropdown list on the top left of the fossil units table a user can choose to display the fossil units of individual GENCOs or all the fossil units The Download Data button allows a user to download the detailed fossil units related data listed in the table The Add New Unit button allows a user to add more fossil units to the current system The E
27. uz2 ee ONSEN botatchments inig Nane Tror z b Pumped Steeage Unite iwi 7 t e e v ajv ejs e o o ojofjaujojojlojejojofafejo Wind Unite in raz T olealelaliola a pia onja elolslielola si n gt TRANSEOS Input gt Buses 1093 To T 2 5 a 0 a a ofo n s e loj ls ejojaj sz n 3 Branches i004 Toa T 2a 30 301 ap 20 a ola o o b ejo u 1 b Transformers e zz sula s AA ai 1015 os o ijwi wi ss o o e sjajej jojo ejo o a e o b vot imt TGE T n Olagiala a 0 p a n n 0 7 L n 2 OISCOs Input i00 ya T olalolatola an is ro 30 132 te 56 133 i2 35 133 8 oja 8 i2 oe 1 Load Distribution P 24 eur Leads sme Tos T Ja alo a oja ofo b j ajejejofejou 1 V System Limits 1005 Tas T s 5 ajs aoj5 en oja Ce a b b 0 t b oja L b 1 mun stur a Sa 1 313 10 3 1 9 m i Outputs ino 21 n 2130 301 30 2n m 10 n m i L t a n j 2 CR ETTE Unt Commitment 50 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt GENCOs Output Operating Reserve to view the detailed hourly operating reserve of each unit of the system Besides by selecting the different items in the dropdown list on the top left of the operating reserve table a user can choose to display the unit operating reserve results of individual GENCOS or all GENCOs The Download Data button allows a user to download
28. z Con iced Date Fossil Unite Cambined Cycle Unite gt Plvdre Unite Crome Ys Circu gt Catchimeots Um Pumped Stecage Units wind Unite jem 323 t Jam zeas 2435 ZEO sao ates ILT ETAD 3249 23 00 3 33 WA mae 23 20 3078 TRANSCO Input 1 5 AS az 4s 38 4 4 4647 41 13 74 s az ANI ta dA 5 ya gt fuses 2 gt 1 gt l z TT 23 3 1 I gt Gr nihes m2 4 i s asa ma 7143 soaa 71 36 a225 swe 154 05 109 24 108 b26 a8 208 77 121 53 201 12 1 b ofeanafermers hee s 1 wI 74 4 7458 42133 474 5542 70 08 7121 a2 mu 00 0 34 42 Ix 82 44 zu ji eM eee nnt t cx es mim 09 76 zt oon 0033 anaa orar aa 12034 10224 siaa arse mri n DISCO Input ARo vs 199 44 1277 set 16 Vn t im 44 4d E 57 tosd Distribution arj efo t wo 297 87 47840 AAA AA 4148 65 240 78 297 00 264 71 264 42 295 6t 2964 290 49 266 04 266 24 ours Leads 4 i pe i d E em A se P Myste Limits eee ele t 80 Pitas 7 4 265 24 2 seS 0t 2 32 07 34929 96 8 63 161 94 363 9e 222 54 040 8 Run amp CUL BAe w Soy 2019 17925 149 27 105 19 449 19 49 50 eana 6 39 269 21 299 9 262 58 l car 6818 266 9 gt Owpute mae 4 T 1 i ange Seat 451 atta aeo wee s Wa seat an2
29. 0 2061 2 1714 0 MBbE 0 6464 2 0220 f o azea 2 075 6 0200 o 2 0551 0 3443 0 2 2 0097 05249 4 412 5 3323 4 Sa Voltage Megnitede h 75 7 E x 4 Sus Vultagu Angie vac sosoo 0 1561 2 1771 0 s4 6 REM b 248 a z0 oo vd err amp 0631 0 3343 0 233 DoT 03369 oped 333 gt wor yan sax 0 08x1 2 3127 omer 02019 0222 0 1237 3t 0 0670 0419 WA wana 444 e oosa 2 2120 9 342 8 3712 4 b KOC AC Termin ne vacs 24175 0 2804 0 7467 0 2619 amp 025 01237 a snze 6 0470 6 2144 3 2524 32 0 4444 amp 0032 3339 J Jaji 3 ESC AC Terminai ivan CSC AC Angle vaca 3 4229 6 0 aata 22221 1 2079 1 04110 2 1728 b40W 04421 1 pedo 0 2306 a 4222 maso Oates 0 830 0 0423 CSE DC Voltage Wark azs utes 2 209 bites 45098 0920 WALII aaway 02949 0 5925 RADIO 00903 04227 6317 4 CSE DE Current CSC Transfurmer Tap VSE AC Terminal nw VSC AC Terminal NYANI VSC AU Angie VSC OC Voltage b YSS De Current b VSO Modulation Indew 69 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC VSC Modulation Index to view the detailed hourly modulation index of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC modulation index table a user
30. 502 1 1472 2337 1 3344 1 3012 1 1374 1333 14 93 1 iz 140e 113M 12k DCBuUSA 1 3800 1 3502 1 1262 1 2610 127 1 1330 1 3424 1 1442 1 1502 1 1502 L 1502 1 1495 1 1202 1 1502 1 1509 1 1508 1 1501 1 1502 LIA DCbUSS 1 3494 1 3338 1 1508 1 1497 1 1530 1 15001 1 2422 1 2495 L te94 L1213 1 1f08 1 1347 1 1302 1 1495 1 12 ji 1478 niani 1 20657 1120 DCbum 1 3526 1 3530 1 2613 1 3373 1 1376 1 5433 1 1905 1 3495 1 1508 1 1508 itari 1 1502 1 1502 1 1502 1 1505 1 1302 1 1503 1 108 Lt pchus 1 3434 1 3458 2200 tason L 3t00 1 3499 L 1 00 L3699 1 1466 1 3144 L 1073 14598 1 1476 11t02 1131 1 size LWA ja sarias DCbuta 1 3426 1 3500 1 3443 1 3106 Leet 1 3432 1 1497 1 1508 1 1472 1 1507 1 1 COE 1 1502 1 1494 11477 1 a209 1 1203 1 4506 1 184 Chup fraa 1 3922 1088 1 2090 18978 1 1907 1 30987 1 1907 119032 1 1 1048 Lamela toaal 11732 a bass 147 L to28 Lim 1100 Lia DCRUtLb L 3503 1 13973 1 1908 1 1 5934 1 4696 1 2997 MAYA toto pco 1 1074 1 3703 1 1604 1 1577 1 t9 1 0922 1 09608 1L DC Ret akese z LI LI 76 WINS User Manual Illinois Institute of Technology IIT 3 6 3 Outputs LMP Go to Home Outputs gt LMP to view the detailed hourly locational marginal prices LMPs of the system in both tabular and graphical forms SQ X u Sweeewiwimmocwe e HINENM aaa
31. AC b Aree end Onner gt GENTO ingot b Fossi Unite Drmarinod Don ihanet hwunber at inat i TCO4 42 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt DISCOs Input gt Load Distribution to view the detailed information on each load of the system Besides by selecting the different items in the dropdown list on the top left of the loads table a user can choose to display the loads of individual DISCOs or all the loads The Download Data button allows a user to download the detailed load related data listed in the table The Add New Load button allows a user to add more loads to the current system The Edit and Delete buttons in front of each existing load record allow a user to edit or delete the chosen load information The Edit operation allows a user to edit the detailed information of the selected load while the Delete operation will delete the load from the system Inget Load Destribedtion Maz Gunsti jeb tly apasta DIECO f za we roy amp COX o eode in wL mer m vm Homes nks DISCOS Input slo y f WINS tsena My Acccun MENTENI IEEE118WithWindHVDC AC p S Ee dis lucus gt DISZ Oz pe gt Load Dartribatcn veda eoweRE 4 SE The description of individual columns of the load table is as follows Name load name character mazimum length 20 no space Area Name area name string Zone Name zone name string Owner Name owner name string
32. ANSCOs The Download Data button allows a user to download the detailed CSC transformer tap results listed in the table B p WINS We termes My hcc MENTENI IEEEI18WithWindHVDC AC gt tte AMEDA sunt Car Rods filie gt Cupe gt TRANS CO Cuipst gt HVDC gt CSC Trimtomner Tap b Area aed Ownwr b GEMECOS Enpot b TRANSCDs Input b DISCO Input p System Limits 5 Run SOUC Owtput b GEN Dutput gt TRANSCOs Output Li is Sranch Plows vn Onno 1 0 nami nwa mta e mam o rro 3 0044 e oa e aoo e rea e az 3 a 68 vot oet NI e mio 4 m4 mise gt Phase Shitter H T 29 losses orase one gt es voltage Angle v Hvot P CSC AC Terminal MW CSC AC Terminal HVAR COO AC Angle Sf OF voltage CSE OC Current ESE Finmg Ftimetium Angie gt CAS Transformer Tan b VEC AL Terminal MW 64 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC VSC AC Terminal MW to view the detailed hourly terminal AC real power dispatch of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC terminal AC dispatch MW table a user can choose to display the VSC terminal AC real power dispatch results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed VSC terminal AC real power dispatch results list
33. BAANCSO 0 00 644 o ranch Flows gt Phase Shitter DEBRI 0 06 6 09 0 08 3 98 a s o o8 040 02 191 34 gt Vap Changer Coes ors eas 0 99 0 22 0 00 604 0 20 0 01 10 oar oa gt Bwa Voltage iaqnitude gt mes Voltage Angle akapaa 40 601100 oat moo inet oat oa oam e c v Hvot Debtanc o ax KAA oor ose 16 06 corr one luas eon oor oariecel woo oar Loon I Decot 0 te e 1z o22 020 8 P 600 o 0e 00 00 0291a 3 p 11 01 a b CST AC Terminal MW ESC AC Terminal HVAR EBC AL Angie Deora 10 5 00 COC OF voltage CSE OC Current ESE Firmy Estisctinm Angie COC Transformer Tep VSC AC Terminal HW VGE AC Terminal WAR VSE AL Angle VSO OL Voltage VSE OF Current VGC Modulation Index t0 07 oo 0 2 4 00 0t 0 07 1 00 oo 0 09 0 8 i eso fnt iasa can t Dcemavcnio ot 11 038 VEC Internal AC Voftapr DE Bronth Current p Branch Pias FT p ramh Phew TY P DC Branch Lars b DC Bus Vultage 75 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC DC Bus Voltage to view the detailed bus voltage magnitude of the DC lines of the system Besides by selecting the different items in the dropdown list on the top left of the DC bus voltage magnitude table a user can choose to display the DC bus voltage magnitude r
34. Dowload Deas Add Nuw dus Yotlane Yultauc Nus fast las w NI Lati 10 44 an voitane an Yoane Neeitele Wa eetitele rm Bit Deita husi Arena Zeres IRANI 3 0 Edr Qoia b Git Dess Bis w Outputs GEMO Output Unt Commitment The description of individual columns of the bus table is as follows Name bus name character maximum length 20 no space Area Name area name string Zone Name zone name string Owner Name owner name string Bus No bus number long integer Type bus type integer only take the following numbers 0 unregulated load PQ 2 hold voltage within VAR limits gen PV 3 hold voltage and angle swing V Theta 4 isolated BaseKV bus base voltage kV double non negative 28 WINS User Manual Voltage Magnitude Voltage Angle GL BL Min Voltage Magnitude Max Voltage Magnitude Status Illinois Institute of Technology IIT bus voltage magnitude p u double non negative bus voltage angle degree double shunt conductance p u double shunt susceptance p u double minimum bus voltage magnitude p u double non negative maximum bus voltage magnitude p u double non negative bus status integer O or 1 29 WINS User Manual Illinois Institute of Technology IIT Go to Home Inputs gt TRANSCOs Input Branches to view the detailed information on each branch of the system Besides by selecting the
35. ENCOS apat Comes 103 AS BLA M Aoi zl IEEE118 Wirth Wind AC A avis ieme gt kupata gt GENCOs ipt gt Combs Cycle Units b Area aed Owner v GENCDS Inout b o fawsil Unite gt Combined Cocte Unite Al mcr gt Dowload Dm Azid New Une gt Myre Units P Cotchretets Fumped Storage Units gt Wind Unite TRANSCOS Input P ue P Gronches n am gt gt es E va Ue tana Uait Ame wnsr Que Une Quen ame ua Chant kabeis a Kanat Lenaute mut Paus AINE MNA DELE EE 7C ETE Pe reet cian canon Eat select 7608 90 75 00 Eit Select Daite dert peo b feansfeemers p f b shunt Elemente Edt Golem Dakss CCH arent GEnCO 0 eje 0 7540 60 gt s 00 ISA 50 gt nvoc th ija t 0 TI DISCO Input PoR lass hice Wa z ww ood Deeteibution C dros COCs ALE WA 8 d 0 b 24 ors Leads P System Limits Run seue Owtputs GEHNCOS Output b Unt Commitment r faea omor o ae ex ndo 10000 10040 100 00 2 j 10008 100 00 P Weekly Unt Commitmen b Generate Divpateh gt Spinning Reserves Operating Reserves gt Committed Capacity gt TRANSCOs Gotput boseanch Flows bo Phase Shifter h Bus Yaltaqe Magnitude gt Gee Foltege Angle gt VOL bann gt mar id j The Add New Mode button allows a user to add more modes to the selected combined cycle unit The Edit and Delete buttons in front of each existing mode
36. KAA La kawawa Fra anuai 13 3 4 3 Inputs TRANSCOS JP ka 27 3 4 4 Inputs DISCOS Tnp t 2 c rdiet en rd ete RR Gee ERES p te dde 42 3 4 5 Inputs System Limits ssiru eunan etre te ev TC EP REP ioana kie 45 353 IW ANISIT S 47 NONOUI UK MEM 46 3 6 1 Outputs GENCOS Outpl t aa erre aerea rt eee ere da ete a a E ai 48 3 6 2 Outputs TRANSCO OS Output ai AA re eee e e Pe PRe si sara aseara 53 3 6 3 Outputs LMP reiecta eerte rode etes a EGER P eder dias TI II WINS User Manual Illinois Institute of Technology IIT 1 Introduction This manual is to introduce the web based Graphical User Interface GUI for WINS The Wind INtegration Simulator WINS would simulate the actual operation of power systems with the integration of volatile wind generation The users of WINS are entities with full information of the system such as the Independent System Operators ISOs The ISO has the overall information about the system and the market In addition generator and transmission line unavailability is considered in WINS and wind deliverability is analyzed for solutions WINS simulates the actual market operations which is based on the security constrained unit commitment SCUC with full AC transmission and voltage constraints considered The computational engine of WINS is written in Microsoft Visual C and the Graphical User Interface GUI is written in Microsoft Visual C and A
37. SP NET The database is based on ORACLE and can be extended to include other database formats as well Microsoft Excel is used for the downloading reports WINS was first developed in 2002 when it was called POwer Market Simulator POMS However numerous modifications and improvements have been introduced to the software based on its applications to various industrial projects WINS User Manual Illinois Institute of Technology IIT 2 WINS Installation To use the web based WINS a user only needs to have an internet browser The flowing discussion applies to the server side installation 2 1 Hardware Requirements o The Demo version of WINS needs at least 300MB of hard disk space o RAM 512MB or higher o Screen resolution 1024x768 pixels or higher 2 2 Software Requirements o WINS runs in Windows 2003 Server environment 32 bit or 64 bit o Internet Browser Microsoft IE Mozilla Firefox or Google Chrome o Microsoft Excel version 2000 or version 2003 has to be installed o Microsoft NET Framework 2 0 has to be installed o Oracle 11g ODAC 11 1 0 6 21 with Oracle Developer Tools ODT for Visual Studio has to be installed 2 3 Install Microsoft NET Framework 2 0 If the computer has been installed with Microsoft Visual Studio 2005 Microsoft NET Framework 2 0 is already installed and this step can be skipped Otherwise search Microsoft NET Framework Version 2 0 Redistributable Package on WEB and users will
38. Shifter gt Ges waltage Angle gt avot boa b mar 46 WINS User Manual Illinois Institute of Technology IIT 3 5 Execute SCUC Go to Home Inputs gt Run SCUC to view all the control parameters used to execute the SCUC program Edit button in front of each parameter allows a user to change the value of the chosen parameter Click the Run SCUC button to execute SCUC And the whole process is divided into three sub processes 1 SCUC exe retrieves the input data from oracle database 2 SCUC exe executes the SCUC core algorithm and calculates the optimization results 3 SCUC exe writes the results back to the oracle database 11 GSO espe WINS ta daoias My Ateua SOM IEEETINWith Wind AC 7 tome ES s mr gt Xu SCUT Inputs nome gt mn s b Area end Onnar gt GENTO Input SCUC parameters b Wawasili init b Combined Cycle tinite Hydro ists b Catchewents b Pumped Steeage Unite dr water 128 kapanga muitpimn update reg gt Wend Unite fan fos are i muds ramping consirar n econemic dupatz or ont gt TRANSEOS Input gebe zai fcAESERYE 1 sovanter reserve constrart Ke dnpatzh or sot oWeanches tat IMI t asdar intel MW valus m UC and 2D b Yeansfermers tar KRUG aom ral he t gt ss MUR zari m 1 0020 wlatrew thuslity gap brew b vor tat MAWUCITEU DISCOS Input tds wwxucrRCuT 10 mesimumm zat durahizn number it the UC phase gt Laa Distribution ep LESS 4 9 P4 Meurs L
39. UrS t 12 1 n oan 1 00509 LABDA 1 000 60 j Drag DCERANCH irral termed THA posrours 11 1 1 1 vt Ke 1 1 3 p ocemenchs areal Zwwi maneo DC DOGROUFS 11 14 1 1 020 100500 1000 1 800 30 amp Dwwes DcsrANCHIJ Areal Zani TRA pc pcsecurs 11 t2 1 1 1 1 001 Ix 1 t The description of individual columns of the DC branch table is as follows Name DC branch name string Area Name area name string Zone Name zone name string Owner Name owner name string Group Name group name of HVDC lines string IDC from DC bus number long integer JDC to DC bus number long integer Circuit ID circuit ID character maximum length 2 Status DC branch status integer 0 or 1 Resistance R DC branch resistance double 40 WINS User Manual Rate A Rate B Rate C Illinois Institute of Technology IIT flow limit A for long term rating default 0 MVA double flow limit B for short term rating default 0 MVA double flow limit C for emergency rating default 0 MVA double 41 WINS User Manual Illinois Institute of Technology IIT 3 4 4 Inputs DISCOs Input Go to Home Inputs gt DISCOs Input to view the overall information of the DISCOs This page displays the list of DISCOs and the statistic information about the numbers of loads that belong to each DISCO The Download Data button allows a user to download the DISCOs related data listed in the table IEEEIINWiI Wind HVIMC
40. Wind INtegration Simulator WINS User Manual Illinois Institute of Technology IIT August 2012 WINS User Manual Illinois Institute of Technology IIT Table of Contents 1 Introduction ssssssssssesesesesesososoenenenen 3 2 WINS Installation seseseseeeemenenenesesosososososnenenenens sose 4 2 1 Hardware Requirements iii 4 2 2 Software Requirements aa 4 2 3 Install Microsoft NET Framework 2 0 esses esent enne ethn enint nes enint nen enint nnn ens 4 2 4 Install Oracle Data Access Components eese eese eene etnies enne nhs etes i 5 REN LICUIT H 5 2 6 Install WINS ses eese teo aie te eoa Fa as Ree aay Feud eden Pee ra ea d Red 5 n 6 3 1 IF m 6 Jar MONATE COSE 7 32 1 Modit y C ase ertet estin aere ctetu LIE DUE 7 3 2 2 LAANA EAE EAEE EE EEE ER EAE RE 8 3 2 3 Add KWA KAA AAA iiir A EEEE RE E EEE RETE TEE EEE EREE 8 3 2 4 Choose CaSe wA 9 3 3 Sue Map Of WINS uua S 9 p MENU nM Il 3 4 1 Inputs Area and Owner AA aa HE rS REED ERE deb tees en 11 3 4 2 Inputs GENCO S Iput aaa UNAKAA KUA
41. a eed Owner Ai Travelon on sj r v GENS badat Al Travelon xseni ad Date Fossil Unite Cambined Cycle Unite divdre Unite WP same mi ng Ha ne 0 H o H neo 93 dero deu o teo id dita a me iyo miaa miyo ii boCatchimeots ne b Pumped Sterage Units ai buts me pv 2629 18 2835 2 e 11 05 2 14 1154 42 b wind Unite eus un 2m 2 61 z5 2 34 9 00 24 TE v 40 TR ANSEUS Input i gt ama 2 eus aaa UA SI 1 82 30 68 41 gt ranches 4 OUS4 4 87 35 38 34 90 33 06 T 35 b ofeanafFermers is gt Shunt Clemente BUSS 24 1 33 7 24 7 42 79 2 1 12 00 2 09 21 f 3 b voc amp ouse AA AI 2s to KA 22 42 1 a7 2640 2 0 761 3 Je E O68C0s Tapt eus as 72 3120 25 72 14 20 2 sas tm on ET 2ax yai 3240 37 26 74 19 04 0781 2047 32004 30 44 2 15 2 gt tosd Distribution bora Meurs Leads amp cuss 0 amp ui 22 71 4 15 89 20 22 00 1t 4n 27 e 1 ali on amp 23 58 26 77 29 78 t P System Limits ause lisia pw j i 470a 24 78 16 99 14 10 43 47 76 in 44 91 ETETETT ita 16 M0 II 32 00 47 Aun amp CUL z i Ai ipla ya 40 81 lt gt Outputs 15 MAGNO 43 62 21 09 25 69 32 14 14 24 40 LEES 1048 4142 202 14 29 988 70 16 8t 4 t192 4 17 v HENO utpat V Unn
42. active power capacity MVAR double Max Capacity maximum reactive power capacity MVAR double Wind Power Curve curve index for the time series of wind power There is a unique curve of wind unit Wind Power Curve which is a series of numbers showing the time series of the wind unit power generation percentage of maximum unit capacity For 25 WINS User Manual Illinois Institute of Technology IIT example by clicking the hyperlink 2001 the following new page shows the wind power curve of Unit W1 User can modify the series data for the curve by clicking the Edit button in front of each data record in the table and clicking the Update button to commit the Wied Power Corre Cares Type SERIES o nat d 1059 ut 40 aml ani Wind Power Curve cmt 04503 LII p 0411 em 7 u t2us m 4 4 eij 1 3932 t j 040682 A tai m 0 375 t z se em ti 1452 g eds u 2a E 1 11 0 1322 cat gt ean 14 1208 tm is NADIA tit 14 E eas i 0 1198 Sat i 14947 tm Ww avi 5 x un 1 44 Tei lu em 2 04275 ETN cat 4325 ia n nare ia 4 d 26 WINS User Manual Illinois Institute of Technology IIT 3 4 3 Inputs TRANSCOS Input Go to Home gt Inputs gt TRANSCOs Input to view the overall information of the TRANSCOs This page displays the list of TRANSCOS and the statistic information about the numbers of branches that belong to each TRANSCO The
43. ase Shitter yata 1 v L469 1 8412 1 9024 0 991 1 55 E jian jia d EEES Ba mala 183 SS 1083 gt Yap Changar VOCE 14200 14291 1 0352 140012 0 9908 ha 1119 SANT 184 1547 aain 10084 1456 10 er cas Lars 14558 14972 1 P Bwa Voltage agnitede ls gt Wes Voltage Angle sce fi 14587 15414 1 129 70a tatsi Larse 12202 10m 27S 1M ns 14212 1 1 0548 v nvot vac 1 5499 LAMI 0 9882 09992 0 97 23 o lia Hn rac absit 1 0401 bis E alae 1007 els wali sd Wana ujio n rios 11016 b CSC AC Terminal NW gt esl v 2e sce Lawns 12s 1 2000 0 00 0 96681 30 eo 1 0058 0 2774 farso otar 0 9063 0 2625 n36 2 12091 12253 10321 101 yat ESC AC Terminad VAR OESE AL Angle voce Loom t S198 0 9068 0 9895 0 9040 0 9933 my moi aor mja ea ar a azy hi 353 1t o wa sao ambia 100931 10 01 1034 LGC OC Voltage estts 0 5704 ogee eee a ases o aere vr aeo nasze aasa nasse o am aasa n a n eg nasaz oas n 209 fuss asun o 80d CSE OF Current CSU Firing Eatiection Angie COU Transformer Tep O VEC AC Terminal NW VSE AC Terminal VAR VSL AL Angle VST OC Voltage VSE OF Current VGC Medulation Index b YSG Antarnal AC Yajtaas DE Bronth Current P ME Branch Phew FT 71 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC DC Branch Current to view the de
44. asks Y RES PT SOR PETE RTE Se MI kaa X gt Shunt Elements i 9 300 308 30013 aj 308 380 300 308 320 309 30 j o8 sav 300 292 ao 320 b voc Laos TG gt la lo p lala jo elolalesloeliolsin ola y SU m wor mr z a v o o a 10012 100 102 102 120 200 zos 120 180 1co 103 120 teo 202 300 120 P oad Distribution I boda hours Leads 1208 moe a 9 0 s oja e D t t ejo P System Limits wo tos 7 Ja e 6 oleleiolelelo elelole ole ojaojajojaja sun stur y S i ju a xij e Es bres Outputs 1510 sia 325 100 302 220 200 502 3 m sat o 302 302 220 200 30 ane aso xx ni 36 2 20 2 n 30x zn 2 gt Unt Commitment 52 WINS User Manual Illinois Institute of Technology IIT 3 6 2 Outputs TRANSCOSs Output Go to Home Outputs gt TRANSCOs Output gt Branch Flows to view the detailed hourly flow of each branch of the system Besides by selecting the different items in the dropdown list on the top left of the branch flow table a user can choose to display the branch flow results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed branch flow results listed in the table o ta Ye roy xke fob io ati T WINS aa My Azcoun METETA IEEELISWithWind AC T is Ghi gt Ouyus gt TRANSCOs Cues ERI b Arca wot LII gt tenes rien Ali Tree Cot
45. can choose to display the VSC modulation index results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed VSC modulation index results listed in the table WINS Hi imis b Accor TINTS IEEETINWithWindHVDC AC M o Gies gt Cups TRANSO O Ouest gt HVDC gt VSC NENNEN Bun SOUC Outputs AMTmnsCae j Do b DENCO Dutput gt TRANSCOs Ovtput P Branch Flows wame Mi Hh n n no aa Hil MIL Hif sis mis nie Hir Hib mit d rena ptor gards ogee fiend tmo soris bana panel kaaa MA 0 9264 0 9801 ANE 6 3504 0 0365 0 b Tap Changer s b Sue Valtege Magnitudu v i 5434 aji wu 698 0 4754 0 9 nae 04624 ones Lo ers iw te Ji i gt Sue Valtaqe Angle vaos useat o 4052 sale gatar aasal nason anon o i p 59 0 925 saji 0 3023 oars ota 044 o 305 0 5104 vata T svor ig t an Yen Gan ful a t on t oases 0 waoane ua ese o aera neo 0 9863 0 9815 0 900810 b CSC AC Teemimed PINAM vice 0 4018 0 9024 0 62 oon oae eni oara ates otn oves 0 9294 0 9250 0 9216 nates 0 5602 daver 05344 oss ove ce o P CUE AC Angie avr o atas sete o atus o son cases ood ya ya b CSC DC Yaitaga b SC OC Current sexa o u 910 702 wa o 5z1 sae b CSC Peing Patectian Angie passy oaza b CSC Wanike Tee d P YSE AC Teremia Hw o 3t24 0 os ios b VSE AC Terminal MYAR nazi 05342
46. ce R resistance DEAFULT 0 p u double Reactance X reactance DEAFULT must input p u double Charging B total branch charging DEAFULT 0 p u double 30 WINS User Manual Illinois Institute of Technology IIT Rate A long term rate flow limit A default 0 MVA double Rate B short term rate flow limit B default 0 MVA double Rate C emergency rate flow limit C default 0 MVA double GI line shunt conductance at from bus side default 0 p u double BI line shunt susceptance at from bus side default 0 p u double GJ line shunt conductance at to bus side default 0 p u double BJ line shunt susceptance at to bus side default 0 p u double Length branch length default 0 double 3l WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt TRANSCOs Input Transformers to view the detailed information on each transformer of the system Besides by selecting the different items in the dropdown list on the top left of the transformers table a user can choose to display each individual TRANSCO s transformer list or all the transformers The Download Data button allows a user to download the detailed transformer related data listed in the table The Add New Transformer button allows a user to add more transformers to the current system The Edit and Delete buttons in front of each existing transformer record allow a user to edit or delete the chosen tra
47. cle Units Hydra V Catchments gt Pumped Steeage Unite H wind Units gt IRAMSCUS Input P Base gt Seanchws P Transformers Shunt Elements wvor Dist Lood Otetribution b Leads P System t b Bun SK gt Ovtputs GEMO Dutput Unt Commitment Weekly Uns Commitm er Gemeeatesn Dispatch fpinnig Meserves Uperateeg Meserves Committed Capacity RANSCOe Output Branch Mowe Phase Shitter tow Cheeger Pus Faltege Megnitede Bus Voltege Angle vor b u 10 WINS User Manual Illinois Institute of Technology IIT 3 4 Inputs Through the TreeView under the Inputs node a user can view and modify all the following input data of WINS o Area and Owner Area Owner and Zone information of selected case o GENCOs TRANSCOs DISCOs Input information related to market participants GENCOs TRANSCOs and DISTCOs o System Limits hourly system load loss and spinning operating reserve 3 4 1 Inputs Area and Owner Go to Home gt Inputs gt Area and Owner to view the list of area zone and market participant entities of the system fh pa yee roy kaaa Debo re lt 7 COR 40 Tee ditte 47 aoa a f Moe i ipe p Aree end Over WINS toons My Account MITTEN EEELISWithWind AC tone Inputs V Aree anil ener GELO Enpot Homs gt Beti gt Area and Draner Area Management Add Now feos Owner Management Add Now Owret Zone Management Add Mow Zone ssil Units wed Cycle Unite Aree Name Arne Mil
48. d Ownnr b OEO lapot gt TRANSCOs Input b DISCON Input p System Limits 5 Bun sour Owtpute b GENTOS Dutput gt IRANSCUS Output Branch Flows Phase Shitter Tap Changer Bus Voltage Magnitude Des Voltage Angle vot CSC AC Terminal MW CSC AC Terminal HVAR EBC AC Angle CSC OF voltage ESE OF Current CSC firing Patiection Angie CSC Transfermer Tep P VSE AC Terminal HW b VSC AC Terminal NAR P YSE AC Ange M termes My Accoun HEPTEN IEEE118With WindHVDC AC fei gt Outputs gt TRANS CO Oumar HVDC gt VSC AC Temna MVAR nta ni ta the s Uu ma LIE Ut 4 40 35 93 5 09 6 95320 22 36 14 09 60 0 7 15 12 90 00 09 0 80 vc exeo ae jean i20 968 asist otad voee 66 76 6747 m0 Krise o s 8 697 8 65 06 sao 7 a l ers 48 5 49 vacs whee roco 59 92 moo alaani kaa 6979 ate Tato 24 79 stem 49 30 60 40 65 75 0 40 Wa TT t6 enn ly v c laiti 14 09 taae sew one 03 29 v 06 ex S2 63 07 ea bti 10 00 65 69 atas star 9 58 was Sarr 19 41 40 v3 14 127 st nx 10 3a exce sort 4 je era 87 98 32 82 vico 199 68 190 94 wr o 125327 tyr on 143 69 157 24 zt 08 tata zz at 234 cor mi tarn ase ra zz ter sa 192 ar ism zt vsere pet sees 20 54 m zu omms arry aasa 1 1 1 1 231 86 50 36 40 66 WINS User Manual Illin
49. dit and Delete buttons in front of each existing fossil unit record allow a user to edit or delete the chosen unit information The Edit operation allows a user to edit the detailed information of the selected unit while the Delete operation will delete the unit from the system 13 WINS User Manual fM LA Wa ma beest Deb ie Illinois Institute of Technology IIT PITE eo gt CNX a P Mp A16 47 Wa UA AA oed Ht nos ip F Home MAKE p GENCOS Ingen 1 Fass s perstieg Reserves b Committed Capacity IEEE118With Wind AC NOOs pet gt Foesd Units in Add Naw Unt Han n ay i x Lopate rive her Unit Aces wner piany Mae ts Bawa im yae MA E mane Mame dime mi ee Sa P TTT M Leoob r2 enw fheur iw Lan The description of individual columns of the fossil unit table is as follows Unit Name Area Name Owner Name Plant Bus No Unit ID Min Capacity Max Capacity Min Capacity Max Capacity Min Up Time Min Down Time Ramp Up Ramp Down Quick Start Capability Max Sust Ramp Number of Minutes Initial Hours Initial MW Fuel Type Fuel Price MBtu MW Curve Startup Fuel Type unit name string no space area name string no space owner name string no space plant name string no space bus number where the unit is located long integer unit ID string no space minimum real power capacity MW double maximum real power capacity MW double minimum reactive pow
50. duty Sresi Deret ANSCOL t ai nye ie Lasa spant Area t ma 4 4 IR 5 it SC Deduct Area Tore mawsco2 1 r 1 zn 30 00 Lo o P lt 4 Capacter free Zar T2ANS 1 t T 3 rant Rit Dedede SCS Capestzr Ares Zara TXANSCO2 1 1 towa 00 kn Shunt Ciements i b vot Lit Lawa apant Ares zar A i i Dit Deletes Capestw Arno Tara Taanace i za i 2 2 eis Cas Comes soit ares Tar TAA M k Dik Delta b Carrat ares na TAAN BE i 60 00 TT m Ear Delete spaciter Ares i sen The description of individual columns of the shunt elements table is as follows Name shunt element name character maximum length 20 no space Type transformer type string Capacitor or Inductor Area Name area name string Zone Name zone name string Owner Name owner name string ID shunt element ID character maximum length 2 BusNo shunt element bus number long integer Status shunt element status integer O or 1 Q initial shunt capacitance default 0 MVAR double Min Q Max Q minimum shunt capacitance default 0 MVAR double maximum shunt capacitance default 0 MVAR double 34 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt TRANSCOs Input gt HVDC gt Current Source Converter to view the detailed information on each current source converter CSC of the HVDC lines of the system Besides by selecting the different items in the dropdown list on the top left of the CSC
51. e 41 198 ety tage ca etra WINS Oe aA e x a gt WINS Illinois Institute of Technology HT Wind INtegration Simulator WINS Input Engine Output Generate e Secrnt cnsried e Wnddewesit Ainiai Unt Coernmeet e Sytem production costing e Transgen EUC wah AC e Lotetonat mirgmi paces Draun Tanneriin na o Hoori generaton scheduling Votags Canaraints e Tnemmesor usage e Trimisa congestion WINS is Wind Integration Simulator based on Security Constrained Unit Commitment with fall AC transmission and voltage constraints Please hog in By clicking the Please log in Button a user can go to the case management page with the following log information User Name doetest Password doetest Q X o Sores in mawa oS Ce face hare 2a hus Ut Qranch tut unit Lanautz riw Git Dente Laa KA aa METIAN wed C ie iet 7 wea A t 2012 14 31 12 AM Kit Deine ELL Bath Ma Ac mepeti AC its it kiza 14 2212 1 11 15 PA tas Cute MBULA IAA AC IBILISI i sat w once 8 13 2312 112040 AN Ddi Ook BIKUN AC WEFLLONoWm4 DC is oe ama 4 2 2012 0 34 21 AM Eat Debs UBU anta 0S TPES Ae Rw DC ive 14 ica 8 10 2012 18 24 19 A 4 10 2012 0 33 00 AM Riz Den ULI meate c SUA AK aah 12i iot to 09 410 2012 12 58 02 AM 9844 2012 4149 00 a WINS User Manual Illinois Institute of Technology IIT 3 2 Manage Case The case management page shown above lists all the cases which can be accessed by t
52. ed in the table WINS tome Inputs b Area wed Ownnr gt GELO Enpot b TRANSCOs Input b DISCOS Input b system Limits 5 Run SOUL gt Owtputs b o GEHC S Dutput gt IRANSCUS Output Branch Flows Phase Shitter Tap Chasger See Voltage Magnitede Des Voltage Angle vot CSC AC Terminal MW CSC AC Terminal HVAR COC AC Angle C60 OC Voltage ESE OC Current SE Fiemy Extisctiun Angie COU Transfermer Tep P YSG AC Tanmbral fW P VOC AC Terminal WAR IEEEIISWithWindHVDC AC Atoa gt Cups gt TEAISCOs Cura gt HVDC gt VSC AC Term MW Xi Trancas l Dosrivadi Data a Wha us tthe ih LAL 18 5 f1 4688 300 t 100 00 4 4 65 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC VSC AC Terminal MVAR to view the detailed hourly terminal AC reactive power dispatch of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC terminal AC dispatch MVar table a user can choose to display the VSC terminal AC reactive power dispatch results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed VSC terminal AC reactive power dispatch results listed in the table Hammes utpeke TRANSL OS Out ual WINS tone Inputs b Area we
53. eeds iod naren TE T Tesi mum cat farwbozn namber i2 the ED phass P System Limits tar zs roont zamba 0o nn network constreet 1 CC 2 Act gt Mun 3CUX sad e Outputs gt Unit Commitment Weebly Unt Commitment Tt may take several minutes to run SCUC De not refresh your imteenet browser Please wait Run SOU Geeere awon eat 47 WINS User Manual Illinois Institute of Technology IIT 3 6 Outputs Through the TreeView under Outputs node a user can view and download result of all modules of WINS o GENCOs TRANSCOs Output output results related to market participants GENCOs and TRANSCOs o LMP hourly locational marginal prices 3 6 1 Outputs GENCOs Output Go to Home gt Outputs gt GENCOs Output gt Unit Commitment to view the detailed hourly commitment status of each unit of the system Besides by selecting the different items in the dropdown list on the top left of the unit commitment table a user can choose to display the unit commitment results of individual GENCOs or all GENCOs The Download Data button allows a user to download the detailed unit commitment results listed in the table WINS deems My Accoun GETS Inputs Dt A up UT Gs P Arua and Onnar GENCOs input b Fossi Unite Com bined Cycle Units P Hydro tmets b otatchments b Pumped Stscege Unite P wind Unite TRANSEO Input gt teers na UI NN My NO M aua MEZ HIJ ILe MA MAG HAZ HLO MLE MTO te Ie HAD Ka OWNER P
54. er capacity MVAR double maximum reactive power capacity MVAR double minimum on operation time hour gt 0 integer minimum off operation time hour gt 0 integer ramping up rate MW hour Less than or equal to MSR double ramping down rate MW hour Less than or equal to MSR double quick start capability MW double maximum sustained ramping rate MW min double number of minutes for MSR Minutes integer initial operating time hour gt 0 ON 0 OFF integer initial operating MW double fuel type string fuel price MBtu double heat rate curve index long integer startup fuel type string 14 WINS User Manual Startup Fuel Price Startup Fuel Curve Shutdown Fuel Type Shutdown Fuel Price SO2 Curve NOx Curve Ramp Up Curve Ramp Up Time Ramp Down Curve Ramp Down Time Illinois Institute of Technology IIT startup fuel price MBtu double startup fuel curve index MBtu consumption as a function of startup hours long integer shutdown fuel type string take values defined in Sheet Global Definition shut down fuel price MBtu double SO2 emission curve index long integer NOx emission curve index long integer ramp up curve index long integer ramp up time Minutes integer ramp up curve index long integer ramp down time Minutes integer When a user clicks any curve data hyperlink in the table a new page will pop up to show the detailed curve information
55. erter ACBusNo AC bus number of the VSC connected to long integer DCBusANo DC bus number A of the VSC connected to long integer DCBusBNo DC bus number B of the VSC connected to long integer Status VSC status integer 0 or 1 37 WINS User Manual MODE SELVLI SELVI2 Reactance Min Capacity Max Capacity Min Capacity Max Capacity EACMIN EACMAX DC Min Current DC Max Current Illinois Institute of Technology IIT VSC control mode integer 1 PQ 2 PV VSC set point for control mode 1 double VSC set point for control mode 2 double VSC coupling transformer reactance double p u VSC minimum real power capacity double MW VSC maximum real power capacity double MW VSC minimum reactive power capacity double MVAR VSC maximum reactive power capacity double MVAR VSC minimum AC voltage double p u default 0 95 VSC maximum AC voltage double p u default 1 05 VSC minimum DC current limit double p u VSC maximum DC current limit double p u 38 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt TRANSCOs Input gt HVDC gt DC Buses to view the detailed information on each DC bus of the system Besides by selecting the different items in the dropdown list on the top left of the DC bus table a user can choose to display the DC buses of individual TRANSCOs or all the DC buses The Download Data button allows a user to download the detailed DC bus related data lis
56. esults of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed DC bus voltage magnitude results listed in the table 7 tome Inputs WINS P Area aed Owoer gt GENCOs Input gt TRANSC De Input b DISCOS Input b system Limits Hun stut gt Outputs b GENTO Duteut gt TRANSE Ds Output p p b p p p p p b b b b b b b ya L Branih Flows Phase Shifter Tap Chesger fa Voltage Megnitede Bus Valtaqu Angle vor CSE AL Terminal HW CSC AC Terminai van CSE AC Angie ESE DC Voltage CSE DE Current CSC Fieing Tutisctinn Angle ESC Transformer Tap VSE AL Terminal mw VST AC Terminal HVAR VSC AL Angie VSC OC Veltege VGC DE Current VEC Modulation Inden VST intemal AL Voltage M Bronth Caere DC Branch fiam FT DC Branch Mem Tr DC Branch inse Hi detent My Accoun IEEETINWithWindHVDC AC ics gt Cures gt TEANSCOS Outpt gt HUDE gt DC Bus Voltage Mifano Sj Domosd Dee Nama nt tiz tt its no ur no ny miu w mz Wa IMs Ia tio tar Hao uL DCbusi 1 2500 3505 1 3509 115315 1 1382 1 0471 1 1700 1 1500 1 43202 1 1442 1 1491 is DCBUEZZ 1 14221 1296 1 1712 1 3429 1 349 A25 1 3316 1 1 5448 1 1508 1 2 05 1 1505 1 2478 1 1475 1 1503 1 1483 1 1479 1 1452 LIN pcnaus 1 3316 1 3423 1 2500 taste 1 2800 1 1437 1 2808 1 1
57. eta Seat tiro 5225 v Entos lutpat Unt Commitment P Weekly Unt Commitment gt Gewsratian Dispatch 53 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt Phase Shifter to view the detailed hourly phase shift of phase shifter of the system Besides by selecting the different items in the dropdown list on the top left of the phase shifter table a user can choose to display the phase shift results of individual TARNSCOSs or all TRANSCOSs The Download Data button allows a user to download the detailed phase shift results listed in the table 0 Mame 2 utata gt FRANSIS Oui quat WINS E deinst biy Accoun BETTE EERS Wh WInd AC T e p mt gt Outputs gt TRANSCO Ouwa gt Phase Safier inputs b Arco eed Omar P b GENO Depot Y TRASE Input from To busse bne By D ME w tt H E wA WAA nin pig mip nie His mis miz aLa iiy aze nzi izz ig Sranches iu iui P oYeansfeomers Ie 2 le i i j 112751 mj a mjaizor s12jasejwanjwazi jesr eta sa jamaj a a usojuso s Shunt Eleovents awn 54 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt Tap Changer to view the detailed hourly turn ratios of transformers of the system Besides by selecting the different items in the dropdown list on the top left of the tap changer table a user can choose to display the tap changer result
58. fener Name WHE HWwhpITYPT ts Y m 5 ar t cat siete feet bit Deets DizTCOl n DIETCO Edi Daite Zener x Osists sexa i fit Oeste ist Dit Data 27 x ateta eral Rit Daieta OUST E mure Edt Quinte Zone iat Osista rea fat kamba Dis Dit Data orsTcon at bist Edt Debete T Kat Dsceta WCOL Lat Carte Cat Cete Edt Lerte Bit Getete masco Eat Lante Ett Deiete TAN gt Unt Commitment mansis Meum Aa The Add New Area button allows a user to add more Areas to the current system The Edit and Delete buttons in front of each existing area allow a user to edit or delete the chosen area information The Edit operation allows a user to edit the name of the area while the Delete operation will delete the area and all the components such as units buses and branches corresponding to the area in the system 11 WINS User Manual Illinois Institute of Technology IIT The Add New Owner button allows a user to add more Owners to the current system The Edit and Delete buttons in front of each existing owner allow a user to edit or delete the chosen owner information The Edit operation allows a user to edit the name and choose the owner type GENCO TRANSCO or DISTCO of the owner while the Delete operation will delete the owner and all the components such as units buses and branches corresponding to the owner in the system The Add New Zone button allows a user to add more Zones
59. find dotnetfx exe on microsoft com Download and double click it to install 4 WINS User Manual Illinois Institute of Technology IIT Microsoft NET Framework 2 0 2 4 Install Oracle Data Access Components Unzip ODTwithODAC1110621 zip and double click setup exe to install Oracle Data Access Components After installation copy sqlnet ora and tnsnames ora files to corresponding directory Modify the contents of sgInet ora and tnsnames ora if necessary 2 5 Install SCUC o SCUC exe file Create C WINS directory and put SCUC project in it o Data importer Copy oracle ctl bat pre load sql post load sql and directory Oracle which has a lot of ctl files to C WINS directory 2 6 Install WINS o Use Visual Studio WebSetup project to deploy the WINS to the virtual directory to publish the website The address of WINS is http 216 47 134 239 WINS Note Input data can be entered or modified through either web interface or database management tool Database in Oracle can be accessed by SQL Plus distributed with ODAC or PL SQL Developer developed by a third company WINS User Manual Illinois Institute of Technology IIT 3 WINS Functions Functions in WINS are presented here and various operations are explained 3 1 Login Enter http 216 47 134 239 WINS in the URL address bar of an internet browser to access WINS The Login page displays as follows Q x Ai CS Tees fict
60. he account doetest A user can modify the basic case information or delete a case by clicking the Edit or Delete button in front of each case By clicking the Add Case button a user can build a new case By clicking the Case Name of each case a user can choose one case and begin to study the case 3 20 1 Modify Case By clicking the Edit button of a case the following two columns of the case could be modified Case Name name of the selected case Case Description detailed comments of the selected case the sharin Fu od en fM LA yee reor beiesi Debo tt e SC X n whip Ave 4 194 20 WO del eut e io Mme IT B Qe maa rare Fosfas oy emeniber the parraad Www dtes ve htfp ltdi 47 694 290 deeem Mee Nin The Mt je Larr Maive ETTET ETTET M aaa AA Capacity Cow D LRL id kest hun Time d IEEE TISNO And AC LEE NG AC rita beeen as m 1 t TEETH 1 1214 tit el pirisee pe amp c itetilbwaewinnDC AC 121 181 a mie Misini batte FN AN2012 2 48 ey PN By clicking the Update or Cancel button a user can choose whether or not to accept the modification done before The other columns shown below could not be modified in the case management stage which reflects the actual information during the case study stage Created Time date when the selected case was created Last Run Time date when the selected case was executed of Buses the total number of buse
61. ion angle table a user can choose to display the CSC DC Firing Extinction angle results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed CSC Firing Extinction angle results listed in the table f Um we rer Reinet Deb oy E CQ Xx ny MID ATETEA 199 298 WDNSJOCS Are nt deos Pham i pete gt TRANSCON Mapt E WINS IA dasini My Accoua UMTS IEEETINWiIWindHVIDC AC me Quarts gt TRANS OO Ctput gt EVDO gt CSC Fintg Extnrtion Ange talHor P Area and Owner gt GENCOs Ingat gt TRAWAEUS Input b DISCOS Input b System Limits gt Wun SOUL gt Outputs gt gt GENCOs Dutput fa rane Coe gt Combad Date TRANSEUOs Output iu ME tit MEE IA gt ranch Flows y P Phase Shifter r b Tap Chesger Sa Voltage Megnitede Bus Voltage Angis gt woe b CSO AC Terminal HW bo CSC AC Terminai ivan b CSC AC Angle b CSC DC Voltage b CSE DE Current P LSS Firinag Enstinctise Anais 63 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC CSC Transformer Tap to view the detailed hourly transformer turns ratio of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC transformer tap table a user can choose to display the CSC transformer tap results of individual TARNSCOS or all TR
62. mp Phase 5 pets CEP Os ingit Com WINS maa My Accoun REMEDIE E IEEE11SWIdm Wind AC Hama ch nt gt ts gt GENCOs bpa gt Comiened Cycle Urets Ack Now Une LEMCOs Inout Peas unit gt Combined Coste Urota gt Hyro Unite gt Catchmants Hin E T Mas iuie UU LET Quick Mw Aree Mauer Rus sat News amu ln dart bofumpred Storage Units vists Pat kapeshy Canauly Cavetiiy Sansuite Ima Daven wind Units Me teen Gn ve M CWS A xm Car eme time CIMZNIU pe itur CRAWN FTRANSCUS input T bures bs Transformers Shunt Elements b ovo DISCUS Input gt Coed Dieirihutiun gt 24 Maure toads b System Limits gt Mun eur i 1 Ma TA Le i Y GENO Output 30 yoga aa aed i mep x 0046 b Unt Commitment f b Weekly Umt Commitment S28 amt Deita 10 Arpad GENC 01 113 ee Leo ja T mex 108 00 ne P Sow ves gt Ope gt Com Capecny TRANSCUS Output P Sranch Flows b Phase Shitter Different from other units there is a Select button in front of each existing combined cycle unit record When a user clicks to choose different combined cycle unit all its modes will be displayed correspondingly in the mode table below the unit table on the same page For example by clicking the Select button of unit CC1 the following page shows all the modes that belong to CCI 16 WINS User Manual Illinois Institute of Technology IIT P 98 ZXRMWOCSIOCUN YS no Mose i lies c G
63. n the top left of the DC branch table a user can choose to display the DC branches of individual TRANSCOs or all the DC branches The Download Data button allows a user to download the detailed DC branch related data listed in the table The Add New Branch button allows a user to add more DC branches to the current system The Edit and Delete buttons in front of each existing DC branch record allow a user to edit or delete the chosen DC branch information The Edit operation allows a user to edit the detailed information of the selected DC branch while the Delete operation will delete the DC branch from the system RANGE Ds inpet fh L y noy puesii Deb tio QU e x o mri moet e Ed Homes Ingats s PRAPSCOS pet s IEEETIS With WindHVDC AC ah me mur gt TEANHZCO dunt gt HVDC gt DC Branches Altra 4 Cos c Dorwtioms Dela Add New Branch Ares dune ioe Aut Resistania Bate A Rate D LODES wer KAn M t TTE MR RE D fmm vA em RWAN hw MeL wwi TROLD DCGROUPt 1 1 oat 1 000400 1000 0 1 000 4 BRANCH astal one hi KOU t 1 mo eter n KA ARC weal sone Thay eit Pour tie 1 t oat 60d 0x to c 1000 40 t erte 5 zi Sanda arrat ha pour 1 1 x 1 Lia b OC Branches et a Oita Moral Forel TTEA ee Coarcur a 1 1 Oe 1 00 9 1466 0 1 009 0 b pisCOs Input al auton Mah x za DCOR UP t 1 i i de f 1 bo System Limits NIS ae DCSRANCH areal fered TRANSOO_OC DOGmO
64. nch flow results listed in the table Ya Outprat 2 WDC DC Sanch Flaw FT Mazilia Fret eee WI NS My Account TEEEMISWithWindHVDC_AC oe a fails gt Cusunz gt TEANSCOs Cumar gt HVDC gt DC Branch Flow FT bo Area wed Ownnr b GETO Inpat Ai Transas EI Dewrived Oste b TRANSCOs Input b DISCUS Input b System Limite me ha ma nis uu war Run SOUL a gt gt Ostputs OBR Ate GE 62 a 35 b GENTOS Output DCPAANON 41 47 19 67 5 seas 61 90 000 0720 6m 55 7232 u t j 845 4655 97 i gt LANSE ED TRANSC Os Output Dcbaawcso WA TAI tawr apis 7400 a5 000 E74 a210 amp 34 anes KAA iat spa a76 w6 fa b Branch Plows gt Phase Shitter Daaa 13450 3 135 Wa a 2 t5 53 a esat Seat ri 5 amp 5 14 os 62 46 4 i Tap Cheeger CBRN 1 58 o om sear tie 34 231 os n n 4845 we 90 96 mom mom 4724 4843 20000 4 9 bows Voltage eqnitede ee voltage Angle OC beac A 42 28 n 1 25 asat 46 00 9440 atar aee ex 70 ex 642 ties 1 v Hype DOBRA 11000 100 48 200 07 vta 105 06 190 08 166 08 200 z00 8 100 06 rowan fan z00 28 10032 ant se 3 208 w 108 ory Dope 53 65 i658 32 12061 Ire a toe 168 ied oe aa ene ants nra ez 1m 30 1b4 32 36 93 10 ot tase WA 108 07 DCBEFANCHLI 7141 4 1 53 nas ise et anset ais 117 z7 1 45 4 3 2 23 b CSC
65. nsformer information The Edit operation allows a user to edit the detailed information of the selected transformer while the Delete operation will delete the transformer from the system RANGE Ds inpet TI TEE fh pa We Caos hero fob we amp c iy Two 4 EJ anyeye Malewa nt it Movie i nits p PRANSCOS Inmet s T VR daret My Accus METETE uidi m Phase Wo E mala Sit DAP TAPRIAX AN dora val CT Aws Zana muar tuw Te Circuit Tree Mesistapre linactence Mame home Mene bame Qus Mor AD mw am T EET Dik Dakta TT Areed Zara TXANSC A i The description of individual columns of the transformer table is as follows Name transformer name character maximum length 20 no space Area Name area name string Zone Name zone name string Owner Name owner name string From Bus 1 from bus number long integer To Bus J to bus number long integer Circuit ID CID circuit ID character maximum length 2 Type transformer type integer 1 Tap changer 4 Phase shifter Resistance R resistance DEAFULT 0 p u double Reactance X reactance DEAFULT must input p u double Charging B total branch charging DEAFULT 0 p u double Rate A long term rate flow limit A default 0 MVA double 32 WINS User Manual Rate B Rate C Turns Ratio Phase Shift TAPMIN TAPMAX ANGLEMIN ANGLEMAX Illinois Institute of Technology IIT short term rate flow limit B default
66. nstant DC current 2 constant power 3 constant DC voltage 35 WINS User Manual SELVL NB RC KC ANG ANGMN ANGMX Turns Ratio TAPMIN TAPMAX MODE2 SELVL2 Min Capacity Max Capacity Min Capacity Max Capacity DC Min Current DC Max Current Illinois Institute of Technology IIT CSC set point for control mode 1 double Number of converter bridges integer Commutating resistance per bridge double p u Commutating reactance per bridge double p u CSC firing angle double degree default 15 CSC minimum firing angle double degree default 10 CSC maximum firing angle double degree default 25 CSC transformer off nominal turns ratio double p u default 1 CSC minimum transformer off nominal turns ratio double p u default 0 51 CSC maximum transformer off nominal turns ratio double p u default 1 50 CSC control mode 2 integer 0 to 3 0 blocked 1 constant DC current 2 constant power 3 constant DC voltage CSC set point for control mode 2 double CSC minimum real power capacity double MW CSC maximum real power capacity double MW CSC minimum reactive power capacity double MVAR CSC maximum reactive power capacity double MVAR CSC minimum DC current limit double p u CSC maximum DC current limit double p u 36 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt TRANSCOs Input HVDC Voltage Source Converter to view
67. ois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC gt VSC AC Angle to view the detailed hourly AC angle of the voltage source converters of the system Besides by selecting the different items in the dropdown list on the top left of the VSC AC angle table a user can choose to display the VSC AC angle results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed VSC AC angle results listed in the table WINS TEEEMISWithWindHVDC_AC LAT anor ior a sais Bicone gt Quepune gt TRANSOOs Duma gt HVDC gt VIC AC Ange bo Area wed Ownnr b GELO Papot 4i Transas l Dewrived Oste b TRANSCOs Input b DISCUS Input boSystem Limits 5 un SOUL gt stput Gf Os Output IRANSEUS Output Seanch Flows Phare Shitter Tap Chesger Sue Voltaqe aqnitede Des Foltege Angle vot CSC AC Terminai MW CSC AC Terminal HVAR CBC AC Angle CSC OF voltage ESE OC Current CSU Firing tatiection Angie CSC Transformer Tep VEC AC Terminal MW VGE AC Terminal VAR VSC AL Asale b vst OF Voltage P VSC DE Current CELLE n MLO M AL MA WA MiS on Wis Wit MAP AD MO S om ey Wane I veci 62 316 One 0 1 imla iw i voca bag 031 0t 149 0 60 644 629 n 0 65 4 1 43 46 4 9 Pen Fo o aay 1 l 0 pi e oe JIE 1 J 4 j ie waa 4 30 015 A BAM no
68. on of the selected unit while the Delete operation will delete the unit from the system fM DA yee Mor exea Deb ie e S A hy M rp Ave 4 199 DINIGA NS mee ln Mame ings EGINCOs Inga eds m E gt P WINS th dasini My Aitean BENTENE IEEE Wah Wind AC S USOS CHER Te Inputs Mire 4 o0 J b Area and Owoer A Genco g Dowload Cists Aca New Lins tite water Lower rua Sarun Natura Unit Quner Unit Bua Rann petis Comer Umg ani tante flam wan Laiti Ume tues TUTTI I MID nm34h Duarharar Dk renee Curve 2n 10 ne ue Catmayr Time tar haura fum ne fame 18 NA evar CT kat Delete w srt d 34 X L itO ALLI tt Delete We placet orci e s20 imo i MOS 24105 Lar Delete we fare fe t t nM fata fdr Delete W7 plereo eeucos mt 402 1900 120 00 i ie xw Outputs RENCO Output gt unit Commit ent The description of individual columns of the hydro unit table is as follows Unit Name unit name string no space Plant plant name string no space Owner Name owner name string no space Unit ID unit ID string no space Bus No bus number where the unit is located long integer Min Capacity minimum real power capacity MW double Max Capacity maximum real power capacity MW double Min Capacity minimum reactive power capacity MVAR double Max Capacity maximum reactive power capacity MVAR double Initial Hours initial operating time hour gt 0 ON 0
69. qnitude b Pes Voltage Angle DCbtANCH 0 19 0 0 3551 4 f atn uro 1 3989 0 3182 mat oaziz wss 0 9482 4 4294 115 0092 asiloa v vot DEDRA totoa 0954 west 0240 18355 6 6980 0 419 aert pas a oris eso aisa 18245 Cote n a tedjo gt EST AC Terminal NW Dcbtawo oars spa z 0600 2 oes 0 9657 saec 0574 es 04386 aere v 6569 2 e008 00931 fosi 0 ESC AC Terminal HVAR EBC AL Angle DCbRANOMS atii e baus 04401 3111 63311 0 sx Bata 6 ze 0 0194 0 00 o COC OF Voltage DCBEAMCHLE DASSI 1602 rozs laaro 2 5004 neasa 9828 anzer osta ovo eszes 00501 vit torsa ases t L i p b CSE OC Current b CSU Fiemy Eutimctinn Angie gt COC Transformer Tep P VSC AC Terminal HW b t p L L b VGE AC Terminal WAR VSL AC Angle v r OC Voltage VSE OC Current VGC Modulation Index VEC Internal AC Voltage OC prec Curreet 72 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC gt DC Branch Flow FT TF to view the detailed hourly branch flow of the DC lines of the system Besides by selecting the different items in the dropdown list on the top left of the DC branch flow table a user can choose to display the DC branch flow results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed DC bra
70. r can also click the Cancel button to discard the new case WINS User Manual Illinois Institute of Technology IIT De ya rant Foda 5 remania the past fw dosbeet ne http 11216 47 634 209 tamba Move tee Thee Be Met fov ja WINS AA My WAA EN Ui Sus ut unn Exe Qaiste MZILUBEfo AC IDE eho Wend _AC 11s 15 X 301 1 18 2212 20 40 09 AM 1 9 2012 10 29 32 AM xm Delete areis thng AC Ift L dw thun AC its tat 38 1 18 2112 1 19 Lt FN 1 Linis pr Cec Delete ERE Lisethenativoc AC MIELi wehwnenvOC_ac 12 ii Hu veut 7 13 2512 2 4 1 PN 7190042 2 44 08 pri 3 20 4 Choose Case A user can choose a case to study by clicking the Case Name of the case and the detailed case information will be displayed in the corresponding pages 3 3 Site Map of WINS The Site Map of WINS includes three areas TreeView Basic links and Main content area By clicking the My Account button a user can reset the password for the account The Sign Out button is placed on the right top of the site map for a user to log out of the WINS Below the selected case name shows the site map path of current page which provides a straightforward guidance for the user to understand the logic relationship of case information WINS User Manual Illinois Institute of Technology IIT f za we nov Goest Debo we 9429 WORST cope IEEEI1S With Wind AC a bo Area sod Ownnr GEHE OS Enpot b Fossil Units t Combined Cy
71. ream Reservoir Volume Water Power Conversion Curve Generation Water Power Conversion Curve Pumping Generation Min ON Pumping Min On Illinois Institute of Technology IIT initial operating time hours nonnegative integer generation discharge lower limit Hm3 h double generation discharge upper limit Hm3 h double pumping discharge lower limit Hm3 h double pumping discharge upper limit Hm3 h double initial upstream reservoir volume level Hm3 double terminal upstream reservoir volume level Hm3 double lower limit of upstream reservoir volume Hm3 double upper limit of upstream reservoir volume Hm3 double initial downstream reservoir volume level Hm3 double terminal downstream reservoir volume level Hm3 double lower limit of downstream reservoir volume Hm3 double upper limit of downstream reservoir volume Hm3 double water to power conversion curve index generation mode long integer water to power conversion curve index pumping mode long integer minimum operating time in generation mode integer positive minimum operating time integer positive in pumping mode When a user clicks any curve data hyperlink in the table a new page will pop up to show the detailed curve information The curve types of pumped storage units for the water power conversion curves in generation and pumping modes are very similar to those hydro units water power conversion curves 24
72. s of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed tap changer results listed in the table 55 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt Bus Voltage Magnitude to view the detailed hourly voltage magnitudes of buses of the system Besides by selecting the different items in the dropdown list on the top left of the bus voltage magnitude table a user can choose to display the bus vol tage magnitude results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed bus voltage magnitude results listed in the table gt tone Inputs bo Area wed Owner gt GELO Enpot b Fossil Unas Cembised Cycle Unite nyara Units gt Catchments Pumped storage Units bow Units TRANSE O Input gt teo gt Seanchws P Transformers P Shunt Elements owvor DISCOS Input tosd Distribution 24 Maur Leads P System Limite 5 Gun S Y Ompas GENCOs Dutput IEEE118With Wind AC hapu gt TEANZCOs Qut gt Bus Vokage Maguride nz n3 me us ne LM um ur mas Ln ni sua mis niii ra kes 2 o Maio iot ingm oss 09401 00404 0 94 0 9422 oms ae 2 Buzz 2 1 56 Lazez Lazia 0 0904 L 5 12183 03427 10171 D 915 0 9 osse arpa osen 0 95 ou OG 1 66 raz23 10208 aw
73. s of the system of the selected case WINS User Manual Illinois Institute of Technology IIT of Branches the total number of branches of the system of the selected case of Units the total number of generation units of the system of the selected case Capacity MW the total installed capacity of the system of the selected case 3 2 2 Delete Case By clicking the Delete button in front of a case a dialog box will pop up to ask whether a user really wants to delete the selected case as shown below Haee Stasin i aalan Te T xj me ie om g fidt b at e S0 X m Np ASI 1 SWIG Def Slt eno i a 1H hus Jut Qranch tut unit Lanauts riw Crosta Toms MILIA Ma ied AC ii m 76 3t6 r 18 2042 18 4b 0 A A t z012 12 5312 AM IPFE F1 AA TEEELL OWAD LAC 1 set t 200 7 19 2012 2 46 09 9M 1 21 2112 11 26 40 AM Ira HIEiijdemwngd DC ite i04 kinu 1 30 2037 18 24 19 AM 115 2812 1 amp Aut yos certain you ant ho delete EENI INVI Ct Cej cw A user can click the OK button to commit the delete operation or click the Cancel button to cancel the delete operation 3 20 5 Add Case Click the Add Case button and input the Case Name and Case Description for the new case A user can also choose to build a new base based on an existing case by checking the Base on Case checkbox then click the Insert button to add the new case to the database A use
74. s or all TRANSCOs The Download Data button allows a user to download the detailed CSC DC current results listed in the table WI NS IA daawa My Acca SOMITE LEEELISWihWindHV DC AC gt Hon z 2 serie C gt Inputs Gies gt Cu TRANSCOs Cugat gt HVDC gt P Area ed Onnar b GENCOS Input b TRAWSEUS Input b DISCOS Input b System Limits gt Hun SUL LI Os Dutput a TramaCas Duwnioed Data TRANSE Os Output gt Branch Flows Hin B uu ica His is 1 nass 3wa 0 0 0200 asada 1 2547 04295 2 7472 hassa 0 7827 pasea Ouse d 7697 Rada nabas epp 14365 o P Phase Shifter ym nasa M ome o 31 54 9m s n D a t nies 0 b Tap Chenger SCOUTS 0 2142 5 0470 0 2464 0 0200 0 9104 5 257 295 3 747 0 7827 ana 2 7627 panne one 427 10265 a Sa Voltage Megnitede LLL L LL L LEE Sus Veltage Angle gt avor b CSO AC Terminal NW b CSC AC Terminai van b CSC AC Angie b CSL DC Voltage P C36 DX Current P COO Pieing Tutisctinn Angle 62 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC CSC Firing Extinction Angle to view the detailed hourly Firing Extinction angles of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC Firing Extinct
75. sults of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed CSC terminal AC reactive power dispatch results listed in the table t OC Cf DM D Yee ne Deb o G Ox n D enee 4MIMIMMOOGGOKQaxe 00000000 dese prmerno a UTER WINS minea Mir Acone EEEN IEEET18 With WindHVDC AC mme b input Suh Sturt gt Opus b GEND Output TRANSCOs Output Branch Flows dome gt Cutpau gt TRANSO Capit gt EVDC gt OSC AC Depatch MVar uo wy wo AR Mez SEES 15 18 8 00 24481924 P CSC AC Dispati MW P CSC At Despatch ota 59 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC gt CSC AC Angle to view the detailed hourly AC angles of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC AC angle table a user can choose to display the CSC AC angle results of individual TARNSCOS or all TRANSCOs The Download Data button allows a user to download the detailed CSC AC angle results listed in the table ome i Outputs a TRANSCOS BADI WINS I domat My Accoun KUU EEEMISWithWindHVDC AC st icone gt Cursus gt TUANSCOs Cugat gt HVDC gt CSC AC Ange bo Area wed Owner b GETOS Empat b TRANSCOs Input b pisCUS Input b System Limits 5 Run SOUL gt Owtputs b GENTOS utput gt RASC Ou
76. table a user can choose to display the CSCs of individual TRANSCOs or all the CSCs The Download Data button allows a user to download the detailed CSC related data listed in the table The New Current Source Converter button allows a user to add more CSCs to the current system The Edit and Delete buttons in front of each existing CSC record allow a user to edit or delete the chosen CSC information The Edit operation allows a user to edit the detailed information of the selected CSC while the Delete operation will delete the CSC from the system TIE mU fh pa Ya Caos xao feb we lt 7 ER n Tana f Home i Inge ic PRANSCOS Inpet ks VR daas My Account METET IEEET1SWithWindHVDC AC hi ne gt kous gt TRANS COs Ing gt HVDC gt Current Source Converter Ama C ne Orem name OO Seas a aU DUWASA Status SODE SELYL SM AC UM The description of individual columns of the CSC table is as follows Name current source converter name string Area Name area name string Zone Name zone name string Owner Name owner name string Group Name group name of HVDC lines string Type CSC type integer 1 or 2 1 Rectifier 2 Inverter ACBusNo AC bus number of the CSC connected to long integer DCBusANo DC bus A number of the CSC connected to long integer DCBusBNo DC bus B number of the CSC connected to long integer Status CSC status integer 0 or 1 MODE CSC control mode 1 integer 0 to 3 0 blocked 1 co
77. tailed hourly current of the DC lines of the system Besides by selecting the different items in the dropdown list on the top left of the DC branch current table a user can choose to display the DC branch current results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed DC branch current results listed in the table IEEEIIS With WindHVDC AC Input fitit gt Ours gt TRANS COs Qumar gt HVDC gt DO Branch Curent bo Area wed Danar b GELO Enpot Xi Trancas Dewriped Osta tome b TRAsSCOs input b DISCUS Input LA Py pia odit E mi uz ow n m mi Ww nh iy aue 43 WA O MIA n 5 Kun SOUL gt Outputs OCBKANONL 04845 O4PR 5620 04278 0 2036 0 1974 0 3644 3 0845 0 1400 0 3729 A 2254 OOF 1 0 0438 0 0997 0 204 4 0032 0X b GEN Dutput DC PE ACN Z b 9 045 aie i tte TRANS Os Output a oar 1 650 oaee 0 41 2411 0 0 1 504 d 0 0570 0 3255 DCBRANCH 1 p 060 0 ist 1 02048 0 4044 603130 9 idncb Mews o aoe 4 0076 0 9500 1 0 mi 0 066 0 ya 4 2327 0097 0 52 9 4 0482 0 gt Phase Shitter Daa 0317 04698 O11 Oe ie O208 UA 4 Q6 1 040870 41941 amp 8524 464 0 0993 0 3525 aie OS BAH 06209 dare 5 6134 04466 9 4711 6 am 04110 4 1 28 6409 0 4425 bata 09164 QASTE 0 9409 aps heb Of gt Bwa Voltage la
78. tdown Fuel Price Illinois Institute of Technology IIT ramping down rate MW hour Less than or equal to MSR double quick start capability MW double maximum sustained ramping rate MW min double number of minutes for MSR Minutes integer initial operating mode 0 stands for OFF initial operating time hour gt 0 ON 0 OFF integer initial operating MW double number of modes integer number of CT integer number of ST integer fuel type string fuel price MBtu double heat rate curve index long integer startup fuel type string startup fuel price MBtu double startup fuel curve index MBtu consumption as a function of startup hours long integer shutdown fuel type string take values defined in Sheet Global Definition shut down fuel price MBtu double ST startup fuel type string ST startup fuel price MBtu double ST startup fuel curve index MBtu as a function of startup hours long integer ST shutdown fuel type string ST shutdown fuel price MBtu double The description of individual columns of mode table is as follows Mode No Number of CT Number of ST Min Capacity Max Capacity Min Capacity Max Capacity mode number integer positive number of CTs in the mode integer non negative number of STs in the mode integer non negative minimum real power capacity of the mode MW double maximum real power capacity of the mode MW double
79. ted in the table The Add New Bus button allows a user to add more DC buses to the current system The Edit and Delete buttons in front of each existing DC bus record allow a user to edit or delete the chosen DC bus information The Edit operation allows a user to edit the detailed information of the selected DC bus while the Delete operation will delete the DC bus from the system Mamea inputs PRANSCOS Igel shts WINS UA Ir Acone EES mMin veltept b MISCO Input P System Limits Sun ouc Edk Dalits DOR Aran Zonei ITRANS gt Outputs Ede Delete AP The description of individual columns of the DC bus table is as follows Name DC bus name string Area Name area name string Zone Name zone name string Owner Name owner name string Group Name group name of HVDC lines string BusNo DC bus number long integer Type DC bus type integer 3 for swing bus that balances losses in the DC network R Ground resistance to ground double Voltage Magnitude DC bus voltage magnitude double p u Min Voltage Magnitude minimum DC bus voltage magnitude double p u Max Voltage Magnitude maximum DC bus voltage magnitude double p u 39 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt TRANSCOs Input gt HVDC gt DC_ Branches to view the detailed information on each DC branch of the system Besides by selecting the different items in the dropdown list o
80. the detailed unit operating reserve results listed in the table WINS HA torent My Acoust TEEELISWithWied AC es tus qp Outputs gt GENT Or Oups gt Operating Kermani Inputs P Aree and Ononr RENCO Inpat b Fossi Unite b Combined Cycle tinite D y tro Ware Ter H2 P4 na i nE MUI GLL MAE MIJ WEES MES MIB MEF MIS MIP MAP NTL HIZ UZI NZE OWNER botatchments Pumped Stscage Unite 300 ToL T view of m aw 30 ss 20 3 b Wind Unite mz c T ETET gia 1 s mw n 10 n a gt TRANSEOS Input gt beers 3093 723 T WI 20 90 3D 20 3B 30 Be 30 m 35 x m 0 3513 3 20 210 5 0 32 30 1 b Branches 1004 Tc T n aln oja o ojo e D 1 b Yeansfermers ss zi E ai P Shunt Elemente 585 G ojajvjajojajtjo oja ojojafojojo elo a v b nvor imt wa T n 10 a1 32 20 i la 3 i m n 10 30 sa ya 08 Input oy te T olalolatolajsia ola plala Jofo olalia n 1 P oad Distribution 24 Meurs Leads soe Ta T 20 33 30 50 1 30 301 Bs o i x a 1D 20 1 P System Limits 2005 Tas T w 3 30 3013039 36 30 Se 30 50 00 28 2 5 Se b s x 308 356 50 Se 10 1 f mun stur Outputs 1b T T nja joja a 0 1 o o q jo w a 210 aja ajajale njajajo pjojajes aja 3 ke ETTE gt Unit Commitment 51 WINS User Manual Illinois Institute of Technology IIT
81. tput v Wnvor b CSC AC Terminai MW b CRC AC Terminal HVAR b CSC AC Anaie 60 WINS User Manual Illinois Institute of Technology IIT Go to Home Outputs gt TRANSCOs Output gt HVDC CSC DC Voltage to view the detailed hourly voltages of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC DC voltage table a user can choose to display the CSC DC voltage results of individual TARNSCOs or all TRANSCOs The Download Data button allows a user to download the detailed CSC DC voltage results listed in the table WI NS VR doses My Account BUTTE TEEEMISWithWindHVPC_AC Home gt Quipus gt TEANS CO Oumas gt HYDE gt CSC DC Voltage 4 Hib Hio heu wig tiy gt Phase Shitter of Wa 1a 0906 AA 1a otha liao gt Tap Chesger ibs 0 viet os colt a4 st 1 026 e gt fee Voltage isqnitude m mn NEN IND IEEE gt ee Veltede Angle NY b CSC AC Terminal MW b CSC AC Terminal HVAR b COC AC Angle gt 5006 voltage a ee ere 61 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Outputs gt TRANSCOs Output gt HVDC gt CSC DC Current to view the detailed hourly current of the current source converters of the system Besides by selecting the different items in the dropdown list on the top left of the CSC DC current table a user can choose to display the CSC DC current results of individual TARNSCO
82. up stream hydro unit name of catchment string no space Down Stream Unit down stream hydro unit name of catchment string no space Discharge Delay Time discharge delay time from up to down stream unit Hour integer 22 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt GENCOs Input gt Pumped Storage Units to view the detailed information on each pumped storage unit of the system Besides by selecting the different items in the dropdown list on the top left of the pumped storage units table a user can choose to display each individual GENCO s units list or all the pumped storage units The Download Data button allows a user to download the detailed pumped storage units related data listed in the table The Add New Unit button allows a user to add more pumped storage units to the current system The Edit and Delete buttons in front of each existing pumped storage unit record allow a user to edit or delete the chosen unit information The Edit operation allows a user to edit the detailed information of the selected unit while the Delete operation will delete the unit from the system Hagen kagari FAN Oe kagusi Punped Storage Lets Manila Tartar fh LA Ya nov esto feb tly e CQ X un Iw 1 194 SWISS amo DE ere aee E E 6 WI N Hi drent My n ETATE E IEEE118Wirnh Wind AC ip e t mr bpas 2 GENCOs ipat gt Putsped Storage Uses nputs E z 5
83. we i lias GEOS roat ii iyd United Page a Hydro Lan Water tu Powe Curve Type Quadratic Curve Parameters 21 WINS User Manual Illinois Institute of Technology IIT Go to Home gt Inputs gt GENCOs Input gt Catchment to view the detailed information on each hydro catchment of the system The Download Data button allows a user to download the detailed catchment related data listed in the table The Add New Catchment button allows a user to add more hydro catchment to the current system which requires at least two different hydro units existing in the current system The Edit and Delete buttons in front of each existing hydro catchment record allow a user to edit or delete the chosen catchment information The Edit operation allows a user to edit the up stream and down stream hydro units of the selected catchment while the Delete operation will delete the hydro catchment from the system mE ME Oe dapat Cotehe fh pa Ya Co eate fob tet oe EON vq Twsp diz26 47 1 3 229 ts a fio J Homea Inputs p GENCOS Inge s Cake gt gt WINS Wa termes Ms Accoun STEN IEEET18 With Wind AC gt tume me gt kwata gt GEN Sper gt Canctments aa mw Arid New Catctervert Catchment Indes Un Nireee iiet Dusen Surkam imit Dissharug Delay Tune Cruers The description of individual columns of the catchment table is as follows Catchment Index hydro catchment index integer Up Stream Unit

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