├── .gitignore ├── ATP ├── estudio_v2.atp ├── estudio_v2.lis └── estudio_v2.txt ├── AutomationPSCAD ├── 3_prueba_1x500_4_obj.csv ├── Fault_1_Circuits_automation.bakx ├── Fault_1_Circuits_automation.gf46 │ ├── Control_MultiRun.dta │ ├── Control_MultiRun.f │ ├── Control_MultiRun.o │ ├── Fault_1_Circuits_automation.30065.bat │ ├── Fault_1_Circuits_automation.30129.bat │ ├── Fault_1_Circuits_automation.exe │ ├── Fault_1_Circuits_automation.inf │ ├── Fault_1_Circuits_automation.infx │ ├── Fault_1_Circuits_automation.mak │ ├── Fault_1_Circuits_automation.mak.bat │ ├── Fault_1_Circuits_automation.map │ ├── Fault_1_Circuits_automation_01.out │ ├── Fault_1_Circuits_automation_02.out │ ├── Fault_C1.dta │ ├── Fault_C1.f │ ├── Fault_C1.o │ ├── Main.dta │ ├── Main.f │ ├── Main.o │ ├── Medida.dta │ ├── Medida.f │ ├── Medida.o │ ├── Station.dta │ ├── Station.f │ ├── Station.o │ ├── TMulti.log │ ├── TMulti.out │ ├── TMulti.tli │ ├── TMulti.tlo │ ├── TMultip2.log │ ├── TMultip2.out │ ├── TMultip2.tli │ ├── TMultip2.tlo │ └── faltas_01.out ├── Fault_1_Circuits_automation.pscx ├── Fault_1_Circuits_automation.psmx ├── PSCADAutomationTest.py ├── Results_tests │ ├── Fault_at_0.1 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.142 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.184 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.226 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.268 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.311 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.353 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.395 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.437 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.479 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.521 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.563 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.605 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.647 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.689 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.732 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.774 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.816 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ ├── Fault_at_0.858 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out │ └── Fault_at_0.9 │ │ ├── TLine_part1.out │ │ ├── TLine_part2.out │ │ ├── automationTest.inf │ │ ├── automationTest_01.out │ │ └── automationTest_02.out ├── Test_1 │ ├── Fault_1_Circuits_automation.inf │ ├── Fault_1_Circuits_automation_01.out │ ├── Fault_1_Circuits_automation_02.out │ ├── TMulti.out │ ├── TMultip2.out │ ├── faltas_01.out │ └── result.pdf ├── automationTest.bakx ├── automationTest.gf46 │ ├── Main.dta │ ├── Main.f │ ├── Main.o │ ├── Station.dta │ ├── Station.f │ ├── Station.o │ ├── TLine_part1.log │ ├── TLine_part1.out │ ├── TLine_part1.tli │ ├── TLine_part1.tlo │ ├── TLine_part2.log │ ├── TLine_part2.out │ ├── TLine_part2.tli │ ├── TLine_part2.tlo │ ├── automationTest.30065.bat │ ├── automationTest.exe │ ├── automationTest.inf │ ├── automationTest.infx │ ├── automationTest.mak │ ├── automationTest.mak.bat │ ├── automationTest.map │ ├── automationTest_01.out │ └── automationTest_02.out ├── automationTest.pscx ├── automationTest.psmx ├── volleyMain.bakx ├── volleyMain.gf46 │ ├── Main.dta │ ├── Main.f │ ├── Main.o │ ├── Station.dta │ ├── Station.f │ ├── Station.o │ ├── volleyMain.30192.bat │ ├── volleyMain.exe │ ├── volleyMain.mak │ ├── volleyMain.mak.bat │ └── volleyMain.map ├── volleyMain.pscx ├── volleyMain.psmx ├── volleySlave.bakx ├── volleySlave.gf46 │ ├── Main.dta │ ├── Main.f │ ├── Main.o │ ├── Station.dta │ ├── Station.f │ ├── Station.o │ ├── TLine_part1.log │ ├── TLine_part1.out │ ├── TLine_part1.tli │ ├── TLine_part1.tlo │ ├── TLine_part2.log │ ├── TLine_part2.out │ ├── TLine_part2.tli │ ├── TLine_part2.tlo │ ├── mrunout_01_01.out │ ├── mrunout_01_02.out │ ├── mrunout_01_03.out │ ├── mrunout_01_04.out │ ├── mrunout_01_05.out │ ├── mrunout_01_06.out │ ├── mrunout_01_07.out │ ├── volleySlave.30256.bat │ ├── volleySlave.30257.bat │ ├── volleySlave.30258.bat │ ├── volleySlave.30259.bat │ ├── volleySlave.30260.bat │ ├── volleySlave.30261.bat │ ├── volleySlave.30262.bat │ ├── volleySlave.30263.bat │ ├── volleySlave.exe │ ├── volleySlave.inf │ ├── volleySlave.infx │ ├── volleySlave.mak │ ├── volleySlave.mak.bat │ ├── volleySlave.map │ ├── volleySlave_01.inf │ ├── volleySlave_02.inf │ ├── volleySlave_03.inf │ ├── volleySlave_04.inf │ ├── volleySlave_05.inf │ ├── volleySlave_06.inf │ └── volleySlave_07.inf ├── volleySlave.pscx └── volleySlave.psmx ├── Dataset ├── example.txt ├── menu.csv └── movie_metadata.csv ├── LICENSE ├── Matlab └── test_matlab.mat ├── README.md ├── Text files ├── testfile.txt └── testfile_copy.txt ├── Topic 00 - Introduction.ipynb ├── Topic 01 - HelloWorld.ipynb ├── Topic 02 - VariablesAndBasicMath.ipynb ├── Topic 03 - Data Structures.ipynb ├── Topic 04 - ConditionalsAndLoops.ipynb ├── Topic 05 - Functions.ipynb ├── Topic 06 - Modules.ipynb ├── Topic 07 - Numpy.ipynb ├── Topic 08 - Pandas.ipynb ├── Topic 09 - Matplotlib.ipynb ├── Topic 10 - ATPAndMatlab.ipynb ├── Topic 11 - ReadingAndWritingFiles.ipynb ├── Topic 12 - PSCAD.ipynb ├── dados-1 ├── 37.dat ├── 38.dat ├── 39.dat ├── 40.dat ├── 41.dat ├── 42.dat ├── 43.dat ├── 44.dat └── 45.dat ├── imagens ├── AtributosPSCAD.png ├── PSCADAutoLib.jpg ├── ParametrosPSCAD.PNG ├── SAXS1.png └── flor.jpg └── sin_cos.png /.gitignore: -------------------------------------------------------------------------------- 1 | *checkpoints* 2 | .* # ignore all hidden files and folders 3 | !/.gitignore # explicitly do not ignore .gitignore -------------------------------------------------------------------------------- /AutomationPSCAD/3_prueba_1x500_4_obj.csv: -------------------------------------------------------------------------------- 1 | 1,1,1,1,1,0.00239,0.0167,0.045,1E-11,1,0,0,0,19,12,0.003,6,1,0.4572,-7.754870277,17.67807717,-7.754870277,18.22296011,-8.226752747,18.49540159,-8.698635217,18.22296011,-8.698635217,17.67807717,-8.226752747,17.4056357,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 2 | 1,1,1,2,1,0.00239,0.0167,0.045,1E-11,1,0,0,0,19,12,0.003,6,1,0.4572,0.438423786,17.69739455,0.438423786,18.20364273,0,18.45676683,-0.438423786,18.20364273,-0.438423786,17.69739455,0,17.44427046,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 3 | 1,1,1,3,1,0.00239,0.0167,0.045,1E-11,1,0,0,0,19,12,0.003,6,1,0.4572,7.754870277,17.67807717,7.754870277,18.22296011,8.226752747,18.49540159,8.698635217,18.22296011,8.698635217,17.67807717,8.226752747,17.4056357,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 4 | 2,1,1,0.004572,4.188,1,0,5.393188443,22.02540159,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 5 | 2,2,1,0.004572,4.188,1,0,-5.393188443,22.02540159,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 6 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Control_MultiRun.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 14 | 15 | DATADSD: 16 | 17 | 18 | DATADSO: 19 | 20 | 21 | 22 | ENDPAGE 23 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Control_MultiRun.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Fault_1_Circuits_automation.gf46/Control_MultiRun.o -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.30065.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\Fault_1_Circuits_automation.gf46\" 3 | Fault_1_Circuits_automation.exe -v4 143.106.14.201 30065 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.30129.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\Fault_1_Circuits_automation.gf46\" 3 | Fault_1_Circuits_automation.exe -v4 143.106.14.201 30129 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.exe: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.exe -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="IfRMS_C1" Group="Main" Max=2.0 Min=-2.0 Units="" 2 | PGB(2) Output Desc="Vo_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 3 | PGB(3) Output Desc="Vo_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 4 | PGB(4) Output Desc="Vo_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 5 | PGB(5) Output Desc="Io_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 6 | PGB(6) Output Desc="Io_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 7 | PGB(7) Output Desc="Io_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 8 | PGB(8) Output Desc="Vf_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 9 | PGB(9) Output Desc="Vf_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 10 | PGB(10) Output Desc="Vf_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 11 | PGB(11) Output Desc="If_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 12 | PGB(12) Output Desc="If_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 13 | PGB(13) Output Desc="If_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 14 | PGB(14) Output Desc="Vi_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 15 | PGB(15) Output Desc="Vi_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 16 | PGB(16) Output Desc="Vi_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 17 | PGB(17) Output Desc="Ii_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 18 | PGB(18) Output Desc="Ii_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 19 | PGB(19) Output Desc="Ii_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 20 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.infx: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.mak: -------------------------------------------------------------------------------- 1 | 2 | #------------------------------------------------------------------------------ 3 | # Project 'Fault_1_Circuits_automation' make using the 'GFortran 4.6.2' compiler. 4 | #------------------------------------------------------------------------------ 5 | 6 | #------------------------------------------------------------------------------ 7 | # All project 8 | #------------------------------------------------------------------------------ 9 | 10 | all: targets 11 | @echo !--Make: succeeded. 12 | 13 | 14 | 15 | #------------------------------------------------------------------------------ 16 | # Directories, Platform, and Version 17 | #------------------------------------------------------------------------------ 18 | 19 | Arch = windows 20 | EmtdcDir = C:\PROGRA~2\PSCAD46\emtdc\gf46 21 | EmtdcInc = $(EmtdcDir)\inc 22 | EmtdcBin = $(EmtdcDir)\$(Arch) 23 | EmtdcMain = $(EmtdcBin)\main.obj 24 | EmtdcLib = $(EmtdcBin)\emtdc.lib 25 | 26 | 27 | #------------------------------------------------------------------------------ 28 | # Fortran Compiler 29 | #------------------------------------------------------------------------------ 30 | 31 | FC_Name = gfortran.exe 32 | FC_Suffix = o 33 | FC_Args = -c -ffree-form -fdefault-real-8 -fdefault-double-8 34 | FC_Debug = 35 | FC_Preprocess = 36 | FC_Preproswitch = 37 | FC_Warn = -Wconversion 38 | FC_Checks = 39 | FC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 40 | FC_Compile = $(FC_Name) $(FC_Args) $(FC_Includes) $(FC_Debug) $(FC_Warn) $(FC_Checks) 41 | 42 | #------------------------------------------------------------------------------ 43 | # C Compiler 44 | #------------------------------------------------------------------------------ 45 | 46 | CC_Name = gcc.exe 47 | CC_Suffix = o 48 | CC_Args = -c 49 | CC_Debug = 50 | CC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 51 | CC_Compile = $(CC_Name) $(CC_Args) $(CC_Includes) $(CC_Debug) 52 | 53 | #------------------------------------------------------------------------------ 54 | # Linker 55 | #------------------------------------------------------------------------------ 56 | 57 | Link_Name = gcc.exe 58 | Link_Debug = 59 | Link_Args = -o $@ 60 | Link = $(Link_Name) $(Link_Args) $(Link_Debug) 61 | 62 | #------------------------------------------------------------------------------ 63 | # Build rules for generated files 64 | #------------------------------------------------------------------------------ 65 | 66 | 67 | %.$(FC_Suffix): %.f 68 | @echo !--Compile: $< 69 | $(FC_Compile) $< 70 | 71 | 72 | %.$(CC_Suffix): %.c 73 | @echo !--Compile: $< 74 | $(CC_Compile) $< 75 | 76 | 77 | 78 | #------------------------------------------------------------------------------ 79 | # Build rules for file references 80 | #------------------------------------------------------------------------------ 81 | 82 | 83 | #------------------------------------------------------------------------------ 84 | # Dependencies 85 | #------------------------------------------------------------------------------ 86 | 87 | 88 | FC_Objects = \ 89 | Station.$(FC_Suffix) \ 90 | Main.$(FC_Suffix) \ 91 | Medida.$(FC_Suffix) \ 92 | Control_MultiRun.$(FC_Suffix) \ 93 | Fault_C1.$(FC_Suffix) 94 | 95 | FC_ObjectsLong = \ 96 | "Station.$(FC_Suffix)" \ 97 | "Main.$(FC_Suffix)" \ 98 | "Medida.$(FC_Suffix)" \ 99 | "Control_MultiRun.$(FC_Suffix)" \ 100 | "Fault_C1.$(FC_Suffix)" 101 | 102 | CC_Objects = 103 | 104 | CC_ObjectsLong = 105 | 106 | UserLibs = 107 | 108 | SysLibs = -lgfortran -lstdc++ -lquadmath -lwsock32 109 | 110 | Binary = Fault_1_Circuits_automation.exe 111 | 112 | $(Binary): $(FC_Objects) $(CC_Objects) $(UserLibs) 113 | @echo !--Link: $@ 114 | $(Link) "$(EmtdcMain)" $(FC_ObjectsLong) $(CC_ObjectsLong) $(UserLibs) "$(EmtdcLib)" $(SysLibs) 115 | 116 | targets: $(Binary) 117 | 118 | 119 | clean: 120 | -del EMTDC_V* 121 | -del *.obj 122 | -del *.o 123 | -del *.exe 124 | @echo !--Make clean: succeeded. 125 | 126 | 127 | 128 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_1_Circuits_automation.mak.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\Fault_1_Circuits_automation.gf46\" 3 | make -f Fault_1_Circuits_automation.mak 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_C1.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | ! 1 0.0 // p1(1) 14 | ! 2 0.0 // p1(2) 15 | ! 3 0.0 // p1(3) 16 | ! 4 0.0 // p2(1) 17 | ! 5 0.0 // p2(2) 18 | ! 6 0.0 // p2(3) 19 | 7 0.0 // NT_1 20 | 8 0.0 // NT_2 21 | 9 0.0 // NT_3 22 | 10 0.0 // NT_7(1) 23 | 11 0.0 // NT_7(2) 24 | 12 0.0 // NT_7(3) 25 | 26 | 27 | !--------------------------------------- 28 | ! Local Branch Data 29 | !--------------------------------------- 30 | BRANCHES: 31 | 9 8 RS 1.0e+15 // 1 NT_3 NT_2 32 | 8 7 RS 1.0e+15 // 1 NT_2 NT_1 33 | 7 9 RS 1.0e+15 // 1 NT_1 NT_3 34 | 9 0 RS 1.0e+15 // 1 NT_3 GND 35 | 8 0 RS 1.0e+15 // 1 NT_2 GND 36 | 7 0 RS 1.0e+15 // 1 NT_1 GND 37 | 10 9 A // 1 NT_4 NT_3 38 | 11 8 A // 1 NT_5 NT_2 39 | 12 7 A // 1 NT_6 NT_1 40 | 3 12 RS 1000000.0 // 1 p1(3) NT_7(3) 41 | 1 10 RS 1000000.0 // 1 p1(1) NT_7(1) 42 | 2 11 RS 1000000.0 // 1 p1(2) NT_7(2) 43 | 4 1 R 1.0e-07 // 1 p2(1) p1(1) 44 | 5 2 R 1.0e-07 // 1 p2(2) p1(2) 45 | 6 3 R 1.0e-07 // 1 p2(3) p1(3) 46 | 47 | 48 | !--------------------------------------- 49 | ! Local Transformer Data 50 | !--------------------------------------- 51 | TRANSFORMERS: 52 | 53 | 54 | DATADSD: 55 | 56 | 57 | DATADSO: 58 | 59 | 60 | 61 | ENDPAGE 62 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_C1.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Fault_1_Circuits_automation.gf46/Fault_C1.o -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Main.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 1 0.0 // NT_1(1) 14 | 2 0.0 // NT_1(2) 15 | 3 0.0 // NT_1(3) 16 | 4 0.0 // NT_2(1) 17 | 5 0.0 // NT_2(2) 18 | 6 0.0 // NT_2(3) 19 | 7 0.0 // NT_3(1) 20 | 8 0.0 // NT_3(2) 21 | 9 0.0 // NT_3(3) 22 | 10 0.0 // NT_4(1) 23 | 11 0.0 // NT_4(2) 24 | 12 0.0 // NT_4(3) 25 | 13 0.0 // NT_5(1) 26 | 14 0.0 // NT_5(2) 27 | 15 0.0 // NT_5(3) 28 | 16 0.0 // NT_6(1) 29 | 17 0.0 // NT_6(2) 30 | 18 0.0 // NT_6(3) 31 | 19 0.0 // NT_13(1) 32 | 20 0.0 // NT_13(2) 33 | 21 0.0 // NT_13(3) 34 | 22 0.0 // NT_20(1) 35 | 23 0.0 // NT_20(2) 36 | 24 0.0 // NT_20(3) 37 | 25 0.0 // NT_21(1) 38 | 26 0.0 // NT_21(2) 39 | 27 0.0 // NT_21(3) 40 | 28 0.0 // NT_22(1) 41 | 29 0.0 // NT_22(2) 42 | 30 0.0 // NT_22(3) 43 | 44 | 45 | !--------------------------------------- 46 | ! Local Branch Data 47 | !--------------------------------------- 48 | BRANCHES: 49 | 0 19 RE 0.0 // 2 GND NT_13(1) 50 | 0 20 RE 0.0 // 2 GND NT_13(2) 51 | 0 21 RE 0.0 // 2 GND NT_13(3) 52 | 25 4 RS 1000000.0 // 2 NT_21(1) NT_2(1) 53 | 26 5 RS 1000000.0 // 2 NT_21(2) NT_2(2) 54 | 27 6 RS 1000000.0 // 2 NT_21(3) NT_2(3) 55 | 0 22 RE 0.0 // 3 GND NT_20(1) 56 | 0 23 RE 0.0 // 3 GND NT_20(2) 57 | 0 24 RE 0.0 // 3 GND NT_20(3) 58 | 7 28 RS 1000000.0 // 3 NT_3(1) NT_22(1) 59 | 8 29 RS 1000000.0 // 3 NT_3(2) NT_22(2) 60 | 9 30 RS 1000000.0 // 3 NT_3(3) NT_22(3) 61 | 62 | 63 | !--------------------------------------- 64 | ! Local Transformer Data 65 | !--------------------------------------- 66 | TRANSFORMERS: 67 | ! Three coupled lines: 68 | 3 / Number of windings... 69 | 28 22 0.0 0.01/ 70 | 29 23 0.0 0.009 0.0 0.01/ 71 | 30 24 0.0 0.009 0.0 0.009 0.0 0.01/ 72 | ! 73 | ! Three coupled lines: 74 | 3 / Number of windings... 75 | 19 25 0.0 0.01/ 76 | 20 26 0.0 0.009 0.0 0.01/ 77 | 21 27 0.0 0.009 0.0 0.009 0.0 0.01/ 78 | ! 79 | 80 | 81 | !--------------------------------------- 82 | ! Local Transmission Lines and Cables 83 | !--------------------------------------- 84 | TLINES: 85 | PSCAD Line Constants 86 | ! TMulti Main Main 87 | 3 0 88 | 1 1 2 3 0 0 0 0 89 | 1 16 17 18 0 0 0 0 90 | 91 | TLINE-INPUT-DATA TMulti.tli 92 | TLINE-OUTPUT-DATA TMulti.tlo 93 | 94 | PSCAD Line Constants 95 | ! TMultip2 Main Main 96 | 3 0 97 | 1 13 14 15 0 0 0 0 98 | 1 10 11 12 0 0 0 0 99 | 100 | TLINE-INPUT-DATA TMultip2.tli 101 | TLINE-OUTPUT-DATA TMultip2.tlo 102 | 103 | 104 | 105 | DATADSD: 106 | 107 | 108 | DATADSO: 109 | 110 | 111 | 112 | ENDPAGE 113 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Main.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Fault_1_Circuits_automation.gf46/Main.o -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Medida.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | ! 1 0.0 // p2(1) 14 | ! 2 0.0 // p2(2) 15 | ! 3 0.0 // p2(3) 16 | ! 4 0.0 // p1(1) 17 | ! 5 0.0 // p1(2) 18 | ! 6 0.0 // p1(3) 19 | 20 | 21 | !--------------------------------------- 22 | ! Local Branch Data 23 | !--------------------------------------- 24 | BRANCHES: 25 | 1 4 R 1.0e-07 // 1 p2(1) p1(1) 26 | 2 5 R 1.0e-07 // 1 p2(2) p1(2) 27 | 3 6 R 1.0e-07 // 1 p2(3) p1(3) 28 | 29 | 30 | !--------------------------------------- 31 | ! Local Transformer Data 32 | !--------------------------------------- 33 | TRANSFORMERS: 34 | 35 | 36 | DATADSD: 37 | 38 | 39 | DATADSO: 40 | 41 | 42 | 43 | ENDPAGE 44 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Medida.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Fault_1_Circuits_automation.gf46/Medida.o -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Station.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 14 | 15 | DATADSD: 16 | 17 | 18 | DATADSO: 19 | 20 | 21 | 22 | ENDPAGE 23 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/Station.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Fault_1_Circuits_automation.gf46/Station.o -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/TMulti.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.431533241E-01 24 | Reactance Xsq [pu]: 1.20662265 25 | Susceptance Bsq [pu]: 9.12558336 26 | Surge Impedance Zcsq [pu]: 0.363626410 27 | 28 | Zero Sequence 29 | ............. 30 | 31 | Resistance Rsq [pu]: 2.24381445 32 | Reactance Xsq [pu]: 7.29497653 33 | Susceptance Bsq [pu]: 5.17018893 34 | Surge Impedance Zcsq [pu]: 1.18784218 35 | 36 | 37 | 38 | ----------------------------------------------------- 39 | PHASE DOMAIN DATA @ 60.000 Hz: 40 | ----------------------------------------------------- 41 | 42 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 43 | 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 44 | 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 45 | 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 46 | 47 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 48 | 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 49 | 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 50 | 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 51 | 52 | ----------------------------------------------------- 53 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 54 | ----------------------------------------------------- 55 | 56 | SEQUENCE TRANSFORM MATRIX: 57 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 58 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 59 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 60 | 61 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 62 | 0.461141353E-03,0.149923954E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 63 | 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 0.000000000E+00,0.000000000E+00 64 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 65 | 66 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 67 | 0.100000000E-10,0.379701400E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 68 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 0.000000000E+00,0.000000000E+00 69 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 70 | 71 | ----------------------------------------------------- 72 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 73 | ----------------------------------------------------- 74 | 75 | Minimum Time Delay for the Line [ms]: 8.637805290 76 | Recommended Time Step for the Line [ms]: 0.863780529 77 | 78 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/TMulti.tli: -------------------------------------------------------------------------------- 1 | Line Summary: 2 | { 3 | Line Name = TMulti 4 | Line Length = 2574.0 5 | Steady State Frequency = 60.0 6 | Number of Conductors = 3 7 | } 8 | ! This should be in a section called TLINE-INPUT-DATA 9 | Frequency Dep. (Phase) Model Options: 10 | { 11 | Interpolate Travel Times = 1 12 | Infinite Line Length = 0 13 | Curve Fitting Start Frequency = 0.5 14 | Curve Fitting End Frequency = 1000000.0 15 | Total Number of Frequency Increments = 100 16 | Maximum # of Poles for Surge Admittance Fit = 20 17 | Maximum # of Poles for Attenuation Constant Fit = 20 18 | Maximum Fitting Error (%) for Surge Admittance = 0.2 19 | Maximum Fitting Error (%) for Attenuation Constant = 0.2 20 | Maximum Residue/Pole Ratio Tolerance = 2000000.0 21 | Weighting Factor 1 = 1.0 22 | Weighting Factor 2 = 1000.0 23 | Weighting Factor 3 = 1.0 24 | Write Detailed Output Files = 0 25 | } 26 | ! This should be in a section called TLINE-INPUT-DATA 27 | Line Constants Ground Data: 28 | { 29 | Ground Resistivity Type = 0 30 | GroundResistivity = 4000.0 31 | GroundPermeability = 1.0 32 | EarthImpedanceFormula = 0 33 | EarthUImpedanceFormula = 2 34 | EarthMImpedanceFormula = 2 35 | } 36 | ! This should be in a section called TLINE-INPUT-DATA 37 | Line Constants Tower: 38 | { 39 | External file name = ..\3_prueba_1x500_4_obj.csv 40 | } 41 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/TMultip2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.435725538E-03 24 | Reactance Xsq [pu]: 0.121858287E-01 25 | Susceptance Bsq [pu]: 0.921862396E-01 26 | Surge Impedance Zcsq [pu]: 0.363575395 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.226356148E-01 32 | Reactance Xsq [pu]: 0.736439255E-01 33 | Susceptance Bsq [pu]: 0.522408566E-01 34 | Surge Impedance Zcsq [pu]: 1.18730780 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.435892162E-03 40 | Reactance Xsq [pu]: 0.121881076E-01 41 | Susceptance Bsq [pu]: 0.921776097E-01 42 | Surge Impedance Zcsq [pu]: 0.363626410 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.226647924E-01 48 | Reactance Xsq [pu]: 0.736866317E-01 49 | Susceptance Bsq [pu]: 0.522241306E-01 50 | Surge Impedance Zcsq [pu]: 1.18784218 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 60 | 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 61 | 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 65 | 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 66 | 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.414507929E+01,0.172834144E+02 0.391458048E+01,0.108371111E+02 0.391458048E+01,0.108371111E+02 70 | 0.391458048E+01,0.108371111E+02 0.414507929E+01,0.172834144E+02 0.391458048E+01,0.108371111E+02 71 | 0.391458048E+01,0.108371111E+02 0.391458048E+01,0.108371111E+02 0.414507929E+01,0.172834144E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.263725503E-06,0.149094730E-03 0.309324555E-08,-.251703737E-04 0.309324555E-08,-.251703737E-04 75 | 0.309324555E-08,-.251703737E-04 0.263725503E-06,0.149094730E-03 0.309324555E-08,-.251703737E-04 76 | 0.309324555E-08,-.251703737E-04 0.309324555E-08,-.251703737E-04 0.263725503E-06,0.149094730E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.461141353E-03,0.149923954E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.379701400E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.086957284 102 | Recommended Time Step for the Line [ms]: 0.008695728 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/TMultip2.tli: -------------------------------------------------------------------------------- 1 | Line Summary: 2 | { 3 | Line Name = TMultip2 4 | Line Length = 26.0 5 | Steady State Frequency = 60.0 6 | Number of Conductors = 3 7 | } 8 | ! This should be in a section called TLINE-INPUT-DATA 9 | Frequency Dep. (Phase) Model Options: 10 | { 11 | Interpolate Travel Times = 1 12 | Infinite Line Length = 0 13 | Curve Fitting Start Frequency = 0.5 14 | Curve Fitting End Frequency = 1000000.0 15 | Total Number of Frequency Increments = 100 16 | Maximum # of Poles for Surge Admittance Fit = 20 17 | Maximum # of Poles for Attenuation Constant Fit = 20 18 | Maximum Fitting Error (%) for Surge Admittance = 0.2 19 | Maximum Fitting Error (%) for Attenuation Constant = 0.2 20 | Maximum Residue/Pole Ratio Tolerance = 2000000.0 21 | Weighting Factor 1 = 1.0 22 | Weighting Factor 2 = 1000.0 23 | Weighting Factor 3 = 1.0 24 | Write Detailed Output Files = 0 25 | } 26 | ! This should be in a section called TLINE-INPUT-DATA 27 | Line Constants Ground Data: 28 | { 29 | Ground Resistivity Type = 0 30 | GroundResistivity = 4000.0 31 | GroundPermeability = 1.0 32 | EarthImpedanceFormula = 0 33 | EarthUImpedanceFormula = 2 34 | EarthMImpedanceFormula = 2 35 | } 36 | ! This should be in a section called TLINE-INPUT-DATA 37 | Line Constants Tower: 38 | { 39 | External file name = ..\3_prueba_1x500_4_obj.csv 40 | } 41 | -------------------------------------------------------------------------------- /AutomationPSCAD/Fault_1_Circuits_automation.gf46/faltas_01.out: -------------------------------------------------------------------------------- 1 | Multiple Run Output File 2 | Run # tfa Tension 3 | 1 -.1193554768E-03 449.4239994 4 | 5 | The optimum occurred for run # 1 and has been repeated for the last run below: 6 | Run # tfa Tension 7 | 2 -.1193554768E-03 449.4239994 8 | 9 | Statistical Summary Based on 1 Runs: 10 | ----------------------------------------- 11 | tfa Tension 12 | Minimum: -.1193554768E-03 449.4239994 13 | Maximum: -.1193554768E-03 449.4239994 14 | Mean: -.1193554768E-03 449.4239994 15 | Std Dev: NaN Infinity 16 | 2% Level: NaN -Infinity 17 | 98% Level: NaN Infinity 18 | 19 | Probability Density Functions (%) for Variable 1, Tension 20 | ------------------------------------------------------------------- 21 | Centre of Range Probability(%) Cumulative Prob.(%) 100-Cumulative Prob. 22 | 449.4239994 0.000000000 0.000000000 100.0000000 23 | 449.4239994 0.000000000 0.000000000 100.0000000 24 | 449.4239994 0.000000000 0.000000000 100.0000000 25 | 449.4239994 0.000000000 0.000000000 100.0000000 26 | 449.4239994 0.000000000 0.000000000 100.0000000 27 | 449.4239994 0.000000000 0.000000000 100.0000000 28 | 449.4239994 0.000000000 0.000000000 100.0000000 29 | 449.4239994 0.000000000 0.000000000 100.0000000 30 | 449.4239994 0.000000000 0.000000000 100.0000000 31 | 449.4239994 100.0000000 100.0000000 0.000000000 32 | 33 | Initial Seed Used in Random Number Generation 34 | --------------------------------------------- 35 | Initial Seed 36 | 1303685979 37 | -------------------------------------------------------------------------------- /AutomationPSCAD/PSCADAutomationTest.py: -------------------------------------------------------------------------------- 1 | 2 | # coding: utf-8 3 | 4 | # In[2]: 5 | 6 | # Import configuration file and automation library 7 | import sys, os 8 | sys.path.append(r"C:\Program Files (x86)\PSCAD\Automation\Lib\mhrc") 9 | 10 | import automation.controller 11 | 12 | # Import other utilities to perform cool stuff 13 | from win32com.client.gencache import EnsureDispatch as Dispatch 14 | from automation.utilities.word import Word 15 | from automation.utilities.file import File 16 | import win32com.client 17 | import shutil 18 | 19 | #--------------------------------------------------------------------- 20 | # Configuration 21 | #--------------------------------------------------------------------- 22 | 23 | pscad_version = 'PSCAD 4.6.2 (x64)' 24 | fortran_version = 'GFortran 4.6.2' 25 | fortran_ext = '.gf46' 26 | 27 | # Working directory (use current directory) 28 | working_dir = os.getcwd() + "\\" 29 | 30 | #--------------------------------------------------------------------- 31 | # Main script 32 | #--------------------------------------------------------------------- 33 | 34 | project_name = 'automationTest' 35 | 36 | # Source and destination folders for output data 37 | src_folder = working_dir + project_name + fortran_ext 38 | dst_folder = working_dir + "testAutomation_Output" 39 | 40 | # Get the Automation Controller that is used to launch PSCAD 41 | controller = automation.controller.Controller() 42 | 43 | # Launch PSCAD and silence all dialogue boxes 44 | pscad = controller.launch(pscad_version, options={'silence': True}) 45 | 46 | # Set the compiler 47 | pscad.settings(fortran_version=fortran_version) 48 | 49 | # Load the project 50 | pscad.load([working_dir + project_name + ".pscx"]) 51 | project = pscad.project(project_name) 52 | project.focus() 53 | 54 | # Get the "Main" canvas 55 | main = project.user_canvas('Main') 56 | 57 | project.run() 58 | 59 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.1/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.133333182E-02 24 | Reactance Xsq [pu]: 0.189903280E-01 25 | Susceptance Bsq [pu]: 0.348409108E-01 26 | Surge Impedance Zcsq [pu]: 0.738280646 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.132852497E-01 32 | Reactance Xsq [pu]: 0.508341581E-01 33 | Susceptance Bsq [pu]: 0.239026444E-01 34 | Surge Impedance Zcsq [pu]: 1.45832675 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.133363228E-02 40 | Reactance Xsq [pu]: 0.189924112E-01 41 | Susceptance Bsq [pu]: 0.348389905E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.132906752E-01 48 | Reactance Xsq [pu]: 0.508437275E-01 49 | Susceptance Bsq [pu]: 0.239002296E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.281285406E+01,0.156610122E+02 0.210752153E+01,0.561512871E+01 0.210752153E+01,0.561512871E+01 70 | 0.210752153E+01,0.561512871E+01 0.281285406E+01,0.156610122E+02 0.210752153E+01,0.561512871E+01 71 | 0.210752153E+01,0.561512871E+01 0.210752153E+01,0.561512871E+01 0.281285406E+01,0.156610122E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.200596967E-06,0.589694178E-04 0.319883271E-09,-.689241735E-05 0.319883271E-09,-.689241735E-05 75 | 0.319883271E-09,-.689241735E-05 0.200596967E-06,0.589694178E-04 0.319883271E-09,-.689241735E-05 76 | 0.319883271E-09,-.689241735E-05 0.319883271E-09,-.689241735E-05 0.200596967E-06,0.589694178E-04 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.066700767 102 | Recommended Time Step for the Line [ms]: 0.006670077 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.1/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.117845288E-01 24 | Reactance Xsq [pu]: 0.169417032 25 | Susceptance Bsq [pu]: 0.314958221 26 | Surge Impedance Zcsq [pu]: 0.733418837 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.115689028 32 | Reactance Xsq [pu]: 0.450646167 33 | Susceptance Bsq [pu]: 0.216878505 34 | Surge Impedance Zcsq [pu]: 1.44148320 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.120026905E-01 40 | Reactance Xsq [pu]: 0.170931701 41 | Susceptance Bsq [pu]: 0.313550914 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.119616077 48 | Reactance Xsq [pu]: 0.457593548 49 | Susceptance Bsq [pu]: 0.215102066 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.245558424E+02,0.139211681E+03 0.183218266E+02,0.495900709E+02 0.183218266E+02,0.495900709E+02 70 | 0.183218266E+02,0.495900709E+02 0.245558424E+02,0.139211681E+03 0.183218266E+02,0.495900709E+02 71 | 0.183218266E+02,0.495900709E+02 0.183218266E+02,0.495900709E+02 0.245558424E+02,0.139211681E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.224246695E-05,0.533582197E-03 0.238360762E-06,-.618019631E-04 0.238360762E-06,-.618019631E-04 75 | 0.238360762E-06,-.618019631E-04 0.224246695E-05,0.533582197E-03 0.238360762E-06,-.618019631E-04 76 | 0.238360762E-06,-.618019631E-04 0.238360762E-06,-.618019631E-04 0.224246695E-05,0.533582197E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.600569084 102 | Recommended Time Step for the Line [ms]: 0.060056908 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.1/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.142/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.189429949E-02 24 | Reactance Xsq [pu]: 0.269832381E-01 25 | Susceptance Bsq [pu]: 0.495135501E-01 26 | Surge Impedance Zcsq [pu]: 0.738218628 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.188711811E-01 32 | Reactance Xsq [pu]: 0.722241533E-01 33 | Susceptance Bsq [pu]: 0.339704148E-01 34 | Surge Impedance Zcsq [pu]: 1.45811173 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.189516166E-02 40 | Reactance Xsq [pu]: 0.269892159E-01 41 | Susceptance Bsq [pu]: 0.495080391E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.188867490E-01 48 | Reactance Xsq [pu]: 0.722516128E-01 49 | Susceptance Bsq [pu]: 0.339634841E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.399567456E+01,0.222516143E+02 0.299359012E+01,0.797748139E+01 0.299359012E+01,0.797748139E+01 70 | 0.299359012E+01,0.797748139E+01 0.399567456E+01,0.222516143E+02 0.299359012E+01,0.797748139E+01 71 | 0.299359012E+01,0.797748139E+01 0.299359012E+01,0.797748139E+01 0.399567456E+01,0.222516143E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.285923979E-06,0.838043572E-04 0.918211555E-09,-.979403610E-05 0.918211555E-09,-.979403610E-05 75 | 0.918211555E-09,-.979403610E-05 0.285923979E-06,0.838043572E-04 0.918211555E-09,-.979403610E-05 76 | 0.918211555E-09,-.979403610E-05 0.918211555E-09,-.979403610E-05 0.285923979E-06,0.838043572E-04 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.094799402 102 | Recommended Time Step for the Line [ms]: 0.009479940 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.142/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.112521387E-01 24 | Reactance Xsq [pu]: 0.161622704 25 | Susceptance Bsq [pu]: 0.300100155 26 | Surge Impedance Zcsq [pu]: 0.733868208 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.110616487 32 | Reactance Xsq [pu]: 0.430166150 33 | Susceptance Bsq [pu]: 0.206576117 34 | Surge Impedance Zcsq [pu]: 1.44303898 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.114411611E-01 40 | Reactance Xsq [pu]: 0.162934896 41 | Susceptance Bsq [pu]: 0.298881866 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.114020003 48 | Reactance Xsq [pu]: 0.436185663 49 | Susceptance Bsq [pu]: 0.205038811 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.234736281E+02,0.132851571E+03 0.175212467E+02,0.473531610E+02 0.175212467E+02,0.473531610E+02 70 | 0.175212467E+02,0.473531610E+02 0.234736281E+02,0.132851571E+03 0.175212467E+02,0.473531610E+02 71 | 0.175212467E+02,0.473531610E+02 0.175212467E+02,0.473531610E+02 0.234736281E+02,0.132851571E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.209842556E-05,0.508365739E-03 0.206027589E-06,-.589313413E-04 0.206027589E-06,-.589313413E-04 75 | 0.206027589E-06,-.589313413E-04 0.209842556E-05,0.508365739E-03 0.206027589E-06,-.589313413E-04 76 | 0.206027589E-06,-.589313413E-04 0.206027589E-06,-.589313413E-04 0.209842556E-05,0.508365739E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.572463982 102 | Recommended Time Step for the Line [ms]: 0.057246398 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.142/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.184/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.245481313E-02 24 | Reactance Xsq [pu]: 0.349729999E-01 25 | Susceptance Bsq [pu]: 0.641890932E-01 26 | Surge Impedance Zcsq [pu]: 0.738135041 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.244489158E-01 32 | Reactance Xsq [pu]: 0.935996880E-01 33 | Susceptance Bsq [pu]: 0.440418379E-01 34 | Surge Impedance Zcsq [pu]: 1.45782195 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.245669104E-02 40 | Reactance Xsq [pu]: 0.349860206E-01 41 | Susceptance Bsq [pu]: 0.641770877E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.244828228E-01 48 | Reactance Xsq [pu]: 0.936594981E-01 49 | Susceptance Bsq [pu]: 0.440267387E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.517688957E+01,0.288385563E+02 0.387829343E+01,0.103378393E+02 0.387829343E+01,0.103378393E+02 70 | 0.387829343E+01,0.103378393E+02 0.517688957E+01,0.288385563E+02 0.387829343E+01,0.103378393E+02 71 | 0.387829343E+01,0.103378393E+02 0.387829343E+01,0.103378393E+02 0.517688957E+01,0.288385563E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.372154483E-06,0.108645258E-03 0.200086758E-08,-.126951829E-04 0.200086758E-08,-.126951829E-04 75 | 0.200086758E-08,-.126951829E-04 0.372154483E-06,0.108645258E-03 0.200086758E-08,-.126951829E-04 76 | 0.200086758E-08,-.126951829E-04 0.200086758E-08,-.126951829E-04 0.372154483E-06,0.108645258E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.122897793 102 | Recommended Time Step for the Line [ms]: 0.012289779 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.184/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.107170400E-01 24 | Reactance Xsq [pu]: 0.153809518 25 | Susceptance Bsq [pu]: 0.285259899 26 | Surge Impedance Zcsq [pu]: 0.734296137 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.105495510 32 | Reactance Xsq [pu]: 0.409599904 33 | Susceptance Bsq [pu]: 0.196296382 34 | Surge Impedance Zcsq [pu]: 1.44452072 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.108796318E-01 40 | Reactance Xsq [pu]: 0.154938091 41 | Susceptance Bsq [pu]: 0.284212817 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.108423929 48 | Reactance Xsq [pu]: 0.414777777 49 | Susceptance Bsq [pu]: 0.194975557 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.223819176E+02,0.126469606E+03 0.167126035E+02,0.451043714E+02 0.167126035E+02,0.451043714E+02 70 | 0.167126035E+02,0.451043714E+02 0.223819176E+02,0.126469606E+03 0.167126035E+02,0.451043714E+02 71 | 0.167126035E+02,0.451043714E+02 0.167126035E+02,0.451043714E+02 0.223819176E+02,0.126469606E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.196011381E-05,0.483185998E-03 0.176814060E-06,-.560576664E-04 0.176814060E-06,-.560576664E-04 75 | 0.176814060E-06,-.560576664E-04 0.196011381E-05,0.483185998E-03 0.176814060E-06,-.560576664E-04 76 | 0.176814060E-06,-.560576664E-04 0.176814060E-06,-.560576664E-04 0.196011381E-05,0.483185998E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.544366058 102 | Recommended Time Step for the Line [ms]: 0.054436606 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.184/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.226/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.301473834E-02 24 | Reactance Xsq [pu]: 0.429586811E-01 25 | Susceptance Bsq [pu]: 0.788684018E-01 26 | Surge Impedance Zcsq [pu]: 0.738029888 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.300160294E-01 32 | Reactance Xsq [pu]: 0.114956482 33 | Susceptance Bsq [pu]: 0.541179985E-01 34 | Surge Impedance Zcsq [pu]: 1.45745740 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.301822043E-02 40 | Reactance Xsq [pu]: 0.429828254E-01 41 | Susceptance Bsq [pu]: 0.788461363E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.300788966E-01 48 | Reactance Xsq [pu]: 0.115067383 49 | Susceptance Bsq [pu]: 0.540899932E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.635602423E+01,0.354207545E+02 0.476122765E+01,0.126956122E+02 0.476122765E+01,0.126956122E+02 70 | 0.476122765E+01,0.126956122E+02 0.635602423E+01,0.354207545E+02 0.476122765E+01,0.126956122E+02 71 | 0.476122765E+01,0.126956122E+02 0.476122765E+01,0.126956122E+02 0.635602423E+01,0.354207545E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.459557288E-06,0.133493889E-03 0.371214017E-08,-.155957172E-04 0.371214017E-08,-.155957172E-04 75 | 0.371214017E-08,-.155957172E-04 0.459557288E-06,0.133493889E-03 0.371214017E-08,-.155957172E-04 76 | 0.371214017E-08,-.155957172E-04 0.371214017E-08,-.155957172E-04 0.459557288E-06,0.133493889E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.150994303 102 | Recommended Time Step for the Line [ms]: 0.015099430 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.226/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.101793628E-01 24 | Reactance Xsq [pu]: 0.145978385 25 | Susceptance Bsq [pu]: 0.270436550 26 | Surge Impedance Zcsq [pu]: 0.734702611 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.100328375 32 | Reactance Xsq [pu]: 0.388951561 33 | Susceptance Bsq [pu]: 0.186038133 34 | Surge Impedance Zcsq [pu]: 1.44592835 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.103181024E-01 40 | Reactance Xsq [pu]: 0.146941287 41 | Susceptance Bsq [pu]: 0.269543768 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.102827856 48 | Reactance Xsq [pu]: 0.393369892 49 | Susceptance Bsq [pu]: 0.184912302 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.212811588E+02,0.120066836E+03 0.158962759E+02,0.428442701E+02 0.158962759E+02,0.428442701E+02 70 | 0.158962759E+02,0.428442701E+02 0.212811588E+02,0.120066836E+03 0.158962759E+02,0.428442701E+02 71 | 0.158962759E+02,0.428442701E+02 0.158962759E+02,0.428442701E+02 0.212811588E+02,0.120066836E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.182722412E-05,0.458041105E-03 0.150548261E-06,-.531811076E-04 0.150548261E-06,-.531811076E-04 75 | 0.150548261E-06,-.531811076E-04 0.182722412E-05,0.458041105E-03 0.150548261E-06,-.531811076E-04 76 | 0.150548261E-06,-.531811076E-04 0.150548261E-06,-.531811076E-04 0.182722412E-05,0.458041105E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.516272726 102 | Recommended Time Step for the Line [ms]: 0.051627273 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.226/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.268/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.357394083E-02 24 | Reactance Xsq [pu]: 0.509393501E-01 25 | Susceptance Bsq [pu]: 0.935523382E-01 26 | Surge Impedance Zcsq [pu]: 0.737903171 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.355701010E-01 32 | Reactance Xsq [pu]: 0.136290259 33 | Susceptance Bsq [pu]: 0.641999834E-01 34 | Surge Impedance Zcsq [pu]: 1.45701811 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.357974981E-02 40 | Reactance Xsq [pu]: 0.509796301E-01 41 | Susceptance Bsq [pu]: 0.935151850E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.356749703E-01 48 | Reactance Xsq [pu]: 0.136475269 49 | Susceptance Bsq [pu]: 0.641532478E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.753260428E+01,0.419971264E+02 0.564198958E+01,0.150502102E+02 0.564198958E+01,0.150502102E+02 70 | 0.564198958E+01,0.150502102E+02 0.753260428E+01,0.419971264E+02 0.564198958E+01,0.150502102E+02 71 | 0.564198958E+01,0.150502102E+02 0.564198958E+01,0.150502102E+02 0.753260428E+01,0.419971264E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.548402061E-06,0.158352022E-03 0.619692691E-08,-.184954977E-04 0.619692691E-08,-.184954977E-04 75 | 0.619692691E-08,-.184954977E-04 0.548402061E-06,0.158352022E-03 0.619692691E-08,-.184954977E-04 76 | 0.619692691E-08,-.184954977E-04 0.619692691E-08,-.184954977E-04 0.548402061E-06,0.158352022E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.179089344 102 | Recommended Time Step for the Line [ms]: 0.017908934 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.268/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.963923730E-02 24 | Reactance Xsq [pu]: 0.138130219 25 | Susceptance Bsq [pu]: 0.255629214 26 | Surge Impedance Zcsq [pu]: 0.735087619 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.951173788E-01 32 | Reactance Xsq [pu]: 0.368225270 33 | Susceptance Bsq [pu]: 0.175800208 34 | Surge Impedance Zcsq [pu]: 1.44726181 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.975657300E-02 40 | Reactance Xsq [pu]: 0.138944482 41 | Susceptance Bsq [pu]: 0.254874720 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.972317819E-01 48 | Reactance Xsq [pu]: 0.371962007 49 | Susceptance Bsq [pu]: 0.174849048 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.201718022E+02,0.113644313E+03 0.150726456E+02,0.405734273E+02 0.150726456E+02,0.405734273E+02 70 | 0.150726456E+02,0.405734273E+02 0.201718022E+02,0.113644313E+03 0.150726456E+02,0.405734273E+02 71 | 0.150726456E+02,0.405734273E+02 0.150726456E+02,0.405734273E+02 0.201718022E+02,0.113644313E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.169945305E-05,0.432929198E-03 0.127061210E-06,-.503018313E-04 0.127061210E-06,-.503018313E-04 75 | 0.127061210E-06,-.503018313E-04 0.169945305E-05,0.432929198E-03 0.127061210E-06,-.503018313E-04 76 | 0.127061210E-06,-.503018313E-04 0.127061210E-06,-.503018313E-04 0.169945305E-05,0.432929198E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.488149166 102 | Recommended Time Step for the Line [ms]: 0.048814917 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.268/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.311/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.353/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.395/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.437/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.479/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.521/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.563/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.605/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.647/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.689/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.732/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.774/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.816/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.858/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Results_tests/Fault_at_0.9/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/Test_1/Fault_1_Circuits_automation.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="IfRMS_C1" Group="Main" Max=2.0 Min=-2.0 Units="" 2 | PGB(2) Output Desc="Vo_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 3 | PGB(3) Output Desc="Vo_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 4 | PGB(4) Output Desc="Vo_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 5 | PGB(5) Output Desc="Io_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 6 | PGB(6) Output Desc="Io_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 7 | PGB(7) Output Desc="Io_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 8 | PGB(8) Output Desc="Vf_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 9 | PGB(9) Output Desc="Vf_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 10 | PGB(10) Output Desc="Vf_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 11 | PGB(11) Output Desc="If_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 12 | PGB(12) Output Desc="If_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 13 | PGB(13) Output Desc="If_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 14 | PGB(14) Output Desc="Vi_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 15 | PGB(15) Output Desc="Vi_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 16 | PGB(16) Output Desc="Vi_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 17 | PGB(17) Output Desc="Ii_C1:1" Group="Main" Max=2.0 Min=-2.0 Units="" 18 | PGB(18) Output Desc="Ii_C1:2" Group="Main" Max=2.0 Min=-2.0 Units="" 19 | PGB(19) Output Desc="Ii_C1:3" Group="Main" Max=2.0 Min=-2.0 Units="" 20 | -------------------------------------------------------------------------------- /AutomationPSCAD/Test_1/TMulti.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.435725538E-03 24 | Reactance Xsq [pu]: 0.121858287E-01 25 | Susceptance Bsq [pu]: 0.921862396E-01 26 | Surge Impedance Zcsq [pu]: 0.363575395 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.226356148E-01 32 | Reactance Xsq [pu]: 0.736439255E-01 33 | Susceptance Bsq [pu]: 0.522408566E-01 34 | Surge Impedance Zcsq [pu]: 1.18730780 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.435892162E-03 40 | Reactance Xsq [pu]: 0.121881076E-01 41 | Susceptance Bsq [pu]: 0.921776097E-01 42 | Surge Impedance Zcsq [pu]: 0.363626410 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.226647924E-01 48 | Reactance Xsq [pu]: 0.736866317E-01 49 | Susceptance Bsq [pu]: 0.522241306E-01 50 | Surge Impedance Zcsq [pu]: 1.18784218 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 60 | 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 61 | 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 65 | 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 66 | 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.414507929E+01,0.172834144E+02 0.391458048E+01,0.108371111E+02 0.391458048E+01,0.108371111E+02 70 | 0.391458048E+01,0.108371111E+02 0.414507929E+01,0.172834144E+02 0.391458048E+01,0.108371111E+02 71 | 0.391458048E+01,0.108371111E+02 0.391458048E+01,0.108371111E+02 0.414507929E+01,0.172834144E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.263725503E-06,0.149094730E-03 0.309324555E-08,-.251703737E-04 0.309324555E-08,-.251703737E-04 75 | 0.309324555E-08,-.251703737E-04 0.263725503E-06,0.149094730E-03 0.309324555E-08,-.251703737E-04 76 | 0.309324555E-08,-.251703737E-04 0.309324555E-08,-.251703737E-04 0.263725503E-06,0.149094730E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.461141353E-03,0.149923954E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.379701400E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.086957284 102 | Recommended Time Step for the Line [ms]: 0.008695728 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/Test_1/TMultip2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.431533241E-01 24 | Reactance Xsq [pu]: 1.20662265 25 | Susceptance Bsq [pu]: 9.12558336 26 | Surge Impedance Zcsq [pu]: 0.363626410 27 | 28 | Zero Sequence 29 | ............. 30 | 31 | Resistance Rsq [pu]: 2.24381445 32 | Reactance Xsq [pu]: 7.29497653 33 | Susceptance Bsq [pu]: 5.17018893 34 | Surge Impedance Zcsq [pu]: 1.18784218 35 | 36 | 37 | 38 | ----------------------------------------------------- 39 | PHASE DOMAIN DATA @ 60.000 Hz: 40 | ----------------------------------------------------- 41 | 42 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 43 | 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 44 | 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 0.150757541E-03,0.417086144E-03 45 | 0.150757541E-03,0.417086144E-03 0.150757541E-03,0.417086144E-03 0.159626270E-03,0.665067256E-03 46 | 47 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 48 | 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 49 | 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 0.000000000E+00,-.968287507E-09 50 | 0.000000000E+00,-.968287507E-09 0.000000000E+00,-.968287507E-09 0.100000000E-10,0.573358902E-08 51 | 52 | ----------------------------------------------------- 53 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 54 | ----------------------------------------------------- 55 | 56 | SEQUENCE TRANSFORM MATRIX: 57 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 58 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 59 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 60 | 61 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 62 | 0.461141353E-03,0.149923954E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 63 | 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 0.000000000E+00,0.000000000E+00 64 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.886872899E-05,0.247981112E-03 65 | 66 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 67 | 0.100000000E-10,0.379701400E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 68 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 0.000000000E+00,0.000000000E+00 69 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.670187652E-08 70 | 71 | ----------------------------------------------------- 72 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 73 | ----------------------------------------------------- 74 | 75 | Minimum Time Delay for the Line [ms]: 8.637805290 76 | Recommended Time Step for the Line [ms]: 0.863780529 77 | 78 | -------------------------------------------------------------------------------- /AutomationPSCAD/Test_1/faltas_01.out: -------------------------------------------------------------------------------- 1 | Multiple Run Output File 2 | Run # tfa Tension 3 | 1 0.7367035728E-03 457.2841353 4 | 5 | The optimum occurred for run # 1 and has been repeated for the last run below: 6 | Run # tfa Tension 7 | 2 0.7367035728E-03 457.2841353 8 | 9 | Statistical Summary Based on 1 Runs: 10 | ----------------------------------------- 11 | tfa Tension 12 | Minimum: 0.7367035728E-03 457.2841353 13 | Maximum: 0.7367035728E-03 457.2841353 14 | Mean: 0.7367035728E-03 457.2841353 15 | Std Dev: Infinity Infinity 16 | 2% Level: -Infinity -Infinity 17 | 98% Level: Infinity Infinity 18 | 19 | Probability Density Functions (%) for Variable 1, Tension 20 | ------------------------------------------------------------------- 21 | Centre of Range Probability(%) Cumulative Prob.(%) 100-Cumulative Prob. 22 | 457.2841353 0.000000000 0.000000000 100.0000000 23 | 457.2841353 0.000000000 0.000000000 100.0000000 24 | 457.2841353 0.000000000 0.000000000 100.0000000 25 | 457.2841353 0.000000000 0.000000000 100.0000000 26 | 457.2841353 0.000000000 0.000000000 100.0000000 27 | 457.2841353 0.000000000 0.000000000 100.0000000 28 | 457.2841353 0.000000000 0.000000000 100.0000000 29 | 457.2841353 0.000000000 0.000000000 100.0000000 30 | 457.2841353 0.000000000 0.000000000 100.0000000 31 | 457.2841353 100.0000000 100.0000000 0.000000000 32 | 33 | Initial Seed Used in Random Number Generation 34 | --------------------------------------------- 35 | Initial Seed 36 | 1080314725 37 | -------------------------------------------------------------------------------- /AutomationPSCAD/Test_1/result.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/Test_1/result.pdf -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/Main.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 1 0.0 // NT_1(1) 14 | 2 0.0 // NT_1(2) 15 | 3 0.0 // NT_1(3) 16 | 4 0.0 // NT_2(1) 17 | 5 0.0 // NT_2(2) 18 | 6 0.0 // NT_2(3) 19 | 7 0.0 // NT_3(1) 20 | 8 0.0 // NT_3(2) 21 | 9 0.0 // NT_3(3) 22 | 10 0.0 // NT_4(1) 23 | 11 0.0 // NT_4(2) 24 | 12 0.0 // NT_4(3) 25 | 13 0.0 // NT_5(1) 26 | 14 0.0 // NT_5(2) 27 | 15 0.0 // NT_5(3) 28 | 16 0.0 // NT_6(1) 29 | 17 0.0 // NT_6(2) 30 | 18 0.0 // NT_6(3) 31 | 32 | 33 | !--------------------------------------- 34 | ! Local Branch Data 35 | !--------------------------------------- 36 | BRANCHES: 37 | 1 4 RS 1000000.0 // 1 NT_1(1) NT_2(1) 38 | 2 5 RS 1000000.0 // 1 NT_1(2) NT_2(2) 39 | 3 6 RS 1000000.0 // 1 NT_1(3) NT_2(3) 40 | 0 1 RLCE 1.0 0.1 1.0 // 1 GND NT_1(1) 41 | 0 2 RLCE 1.0 0.1 1.0 // 1 GND NT_1(2) 42 | 0 3 RLCE 1.0 0.1 1.0 // 1 GND NT_1(3) 43 | 0 7 RLCE 1.0 0.1 1.0 // 2 GND NT_3(1) 44 | 0 8 RLCE 1.0 0.1 1.0 // 2 GND NT_3(2) 45 | 0 9 RLCE 1.0 0.1 1.0 // 2 GND NT_3(3) 46 | 10 13 RS 1000000.0 // 2 NT_4(1) NT_5(1) 47 | 11 14 RS 1000000.0 // 2 NT_4(2) NT_5(2) 48 | 12 15 RS 1000000.0 // 2 NT_4(3) NT_5(3) 49 | 13 7 A // 2 NT_5(1) NT_3(1) 50 | 14 8 A // 2 NT_5(2) NT_3(2) 51 | 15 9 A // 2 NT_5(3) NT_3(3) 52 | 16 17 RS 1000000.0 // 3 NT_6(1) NT_6(2) 53 | 17 18 RS 1000000.0 // 3 NT_6(2) NT_6(3) 54 | 18 16 RS 1000000.0 // 3 NT_6(3) NT_6(1) 55 | 16 0 RS 1000000.0 // 3 NT_6(1) GND 56 | 17 0 RS 1000000.0 // 3 NT_6(2) GND 57 | 18 0 RS 1000000.0 // 3 NT_6(3) GND 58 | 59 | 60 | !--------------------------------------- 61 | ! Local Transformer Data 62 | !--------------------------------------- 63 | TRANSFORMERS: 64 | 65 | 66 | !--------------------------------------- 67 | ! Local Transmission Lines and Cables 68 | !--------------------------------------- 69 | TLINES: 70 | PSCAD Line Constants 71 | ! TLine_part1 Main Main 72 | 3 0 73 | 1 4 5 6 0 0 0 0 74 | 1 16 17 18 0 0 0 0 75 | 76 | TLINE-INPUT-DATA TLine_part1.tli 77 | TLINE-OUTPUT-DATA TLine_part1.tlo 78 | 79 | PSCAD Line Constants 80 | ! TLine_part2 Main Main 81 | 3 0 82 | 1 16 17 18 0 0 0 0 83 | 1 10 11 12 0 0 0 0 84 | 85 | TLINE-INPUT-DATA TLine_part2.tli 86 | TLINE-OUTPUT-DATA TLine_part2.tlo 87 | 88 | 89 | 90 | DATADSD: 91 | 92 | 93 | DATADSO: 94 | 95 | 96 | 97 | ENDPAGE 98 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/Main.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/automationTest.gf46/Main.o -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/Station.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 14 | 15 | DATADSD: 16 | 17 | 18 | DATADSO: 19 | 20 | 21 | 22 | ENDPAGE 23 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/Station.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/automationTest.gf46/Station.o -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.133333182E-02 24 | Reactance Xsq [pu]: 0.189903280E-01 25 | Susceptance Bsq [pu]: 0.348409108E-01 26 | Surge Impedance Zcsq [pu]: 0.738280646 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.132852497E-01 32 | Reactance Xsq [pu]: 0.508341581E-01 33 | Susceptance Bsq [pu]: 0.239026444E-01 34 | Surge Impedance Zcsq [pu]: 1.45832675 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.133363228E-02 40 | Reactance Xsq [pu]: 0.189924112E-01 41 | Susceptance Bsq [pu]: 0.348389905E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.132906752E-01 48 | Reactance Xsq [pu]: 0.508437275E-01 49 | Susceptance Bsq [pu]: 0.239002296E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.281285406E+01,0.156610122E+02 0.210752153E+01,0.561512871E+01 0.210752153E+01,0.561512871E+01 70 | 0.210752153E+01,0.561512871E+01 0.281285406E+01,0.156610122E+02 0.210752153E+01,0.561512871E+01 71 | 0.210752153E+01,0.561512871E+01 0.210752153E+01,0.561512871E+01 0.281285406E+01,0.156610122E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.200596967E-06,0.589694178E-04 0.319883271E-09,-.689241735E-05 0.319883271E-09,-.689241735E-05 75 | 0.319883271E-09,-.689241735E-05 0.200596967E-06,0.589694178E-04 0.319883271E-09,-.689241735E-05 76 | 0.319883271E-09,-.689241735E-05 0.319883271E-09,-.689241735E-05 0.200596967E-06,0.589694178E-04 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.066700767 102 | Recommended Time Step for the Line [ms]: 0.006670077 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/TLine_part1.tli: -------------------------------------------------------------------------------- 1 | Line Summary: 2 | { 3 | Line Name = TLine_part1 4 | Line Length = 20.0 5 | Steady State Frequency = 60.0 6 | Number of Conductors = 3 7 | } 8 | ! This should be in a section called TLINE-INPUT-DATA 9 | Frequency Dep. (Phase) Model Options: 10 | { 11 | Interpolate Travel Times = 1 12 | Infinite Line Length = 0 13 | Curve Fitting Start Frequency = 0.5 14 | Curve Fitting End Frequency = 1000000.0 15 | Total Number of Frequency Increments = 100 16 | Maximum # of Poles for Surge Admittance Fit = 20 17 | Maximum # of Poles for Attenuation Constant Fit = 20 18 | Maximum Fitting Error (%) for Surge Admittance = 0.2 19 | Maximum Fitting Error (%) for Attenuation Constant = 0.2 20 | Maximum Residue/Pole Ratio Tolerance = 2000000.0 21 | Weighting Factor 1 = 1.0 22 | Weighting Factor 2 = 1000.0 23 | Weighting Factor 3 = 1.0 24 | Write Detailed Output Files = 0 25 | } 26 | ! This should be in a section called TLINE-INPUT-DATA 27 | Line Constants Ground Data: 28 | { 29 | Ground Resistivity Type = 0 30 | GroundResistivity = 100.0 31 | GroundPermeability = 1.0 32 | EarthImpedanceFormula = 0 33 | EarthUImpedanceFormula = 2 34 | EarthMImpedanceFormula = 2 35 | } 36 | ! This should be in a section called TLINE-INPUT-DATA 37 | Line Constants Tower: 38 | { 39 | Name = 3L1 40 | Circuit = 1 41 | { 42 | Transposed = 1 43 | Conductors = 3 44 | Conductor Phase Information = 1 2 3 45 | Radius = 0.0203454 46 | DCResistance = 0.03206 47 | Conductor Relative Permeability = 1.0 48 | ShuntConductance = 1.0e-11 49 | P1 = -10.0 30.0 50 | P2 = 0.0 30.0 51 | P3 = 10.0 30.0 52 | Sag = 10.0 53 | } 54 | GroundWires = 2 55 | { 56 | Eliminate Ground Wires = 1 57 | Radius = 0.0055245 58 | DCResistance = 2.8645 59 | Ground Wire Relative Permeability = 1.0 60 | Unique Ground Wires = 1 61 | P1 = -5.0 40.0 62 | P2 = 5.0 40.0 63 | Sag = 10.0 64 | } 65 | } 66 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.117845288E-01 24 | Reactance Xsq [pu]: 0.169417032 25 | Susceptance Bsq [pu]: 0.314958221 26 | Surge Impedance Zcsq [pu]: 0.733418837 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.115689028 32 | Reactance Xsq [pu]: 0.450646167 33 | Susceptance Bsq [pu]: 0.216878505 34 | Surge Impedance Zcsq [pu]: 1.44148320 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.120026905E-01 40 | Reactance Xsq [pu]: 0.170931701 41 | Susceptance Bsq [pu]: 0.313550914 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.119616077 48 | Reactance Xsq [pu]: 0.457593548 49 | Susceptance Bsq [pu]: 0.215102066 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.245558424E+02,0.139211681E+03 0.183218266E+02,0.495900709E+02 0.183218266E+02,0.495900709E+02 70 | 0.183218266E+02,0.495900709E+02 0.245558424E+02,0.139211681E+03 0.183218266E+02,0.495900709E+02 71 | 0.183218266E+02,0.495900709E+02 0.183218266E+02,0.495900709E+02 0.245558424E+02,0.139211681E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.224246695E-05,0.533582197E-03 0.238360762E-06,-.618019631E-04 0.238360762E-06,-.618019631E-04 75 | 0.238360762E-06,-.618019631E-04 0.224246695E-05,0.533582197E-03 0.238360762E-06,-.618019631E-04 76 | 0.238360762E-06,-.618019631E-04 0.238360762E-06,-.618019631E-04 0.224246695E-05,0.533582197E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.600569084 102 | Recommended Time Step for the Line [ms]: 0.060056908 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/TLine_part2.tli: -------------------------------------------------------------------------------- 1 | Line Summary: 2 | { 3 | Line Name = TLine_part2 4 | Line Length = 180.0 5 | Steady State Frequency = 60.0 6 | Number of Conductors = 3 7 | } 8 | ! This should be in a section called TLINE-INPUT-DATA 9 | Frequency Dep. (Phase) Model Options: 10 | { 11 | Interpolate Travel Times = 1 12 | Infinite Line Length = 0 13 | Curve Fitting Start Frequency = 0.5 14 | Curve Fitting End Frequency = 1000000.0 15 | Total Number of Frequency Increments = 100 16 | Maximum # of Poles for Surge Admittance Fit = 20 17 | Maximum # of Poles for Attenuation Constant Fit = 20 18 | Maximum Fitting Error (%) for Surge Admittance = 0.2 19 | Maximum Fitting Error (%) for Attenuation Constant = 0.2 20 | Maximum Residue/Pole Ratio Tolerance = 2000000.0 21 | Weighting Factor 1 = 1.0 22 | Weighting Factor 2 = 1000.0 23 | Weighting Factor 3 = 1.0 24 | Write Detailed Output Files = 0 25 | } 26 | ! This should be in a section called TLINE-INPUT-DATA 27 | Line Constants Ground Data: 28 | { 29 | Ground Resistivity Type = 0 30 | GroundResistivity = 100.0 31 | GroundPermeability = 1.0 32 | EarthImpedanceFormula = 0 33 | EarthUImpedanceFormula = 2 34 | EarthMImpedanceFormula = 2 35 | } 36 | ! This should be in a section called TLINE-INPUT-DATA 37 | Line Constants Tower: 38 | { 39 | Name = 3L1 40 | Circuit = 1 41 | { 42 | Transposed = 1 43 | Conductors = 3 44 | Conductor Phase Information = 1 2 3 45 | Radius = 0.0203454 46 | DCResistance = 0.03206 47 | Conductor Relative Permeability = 1.0 48 | ShuntConductance = 1.0e-11 49 | P1 = -10.0 30.0 50 | P2 = 0.0 30.0 51 | P3 = 10.0 30.0 52 | Sag = 10.0 53 | } 54 | GroundWires = 2 55 | { 56 | Eliminate Ground Wires = 1 57 | Radius = 0.0055245 58 | DCResistance = 2.8645 59 | Ground Wire Relative Permeability = 1.0 60 | Unique Ground Wires = 1 61 | P1 = -5.0 40.0 62 | P2 = 5.0 40.0 63 | Sag = 10.0 64 | } 65 | } 66 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.30065.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\automationTest.gf46\" 3 | automationTest.exe -v4 143.106.14.201 30065 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.exe: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/automationTest.gf46/automationTest.exe -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 8 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 11 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.infx: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.mak: -------------------------------------------------------------------------------- 1 | 2 | #------------------------------------------------------------------------------ 3 | # Project 'automationTest' make using the 'GFortran 4.6.2' compiler. 4 | #------------------------------------------------------------------------------ 5 | 6 | #------------------------------------------------------------------------------ 7 | # All project 8 | #------------------------------------------------------------------------------ 9 | 10 | all: targets 11 | @echo !--Make: succeeded. 12 | 13 | 14 | 15 | #------------------------------------------------------------------------------ 16 | # Directories, Platform, and Version 17 | #------------------------------------------------------------------------------ 18 | 19 | Arch = windows 20 | EmtdcDir = C:\PROGRA~2\PSCAD46\emtdc\gf46 21 | EmtdcInc = $(EmtdcDir)\inc 22 | EmtdcBin = $(EmtdcDir)\$(Arch) 23 | EmtdcMain = $(EmtdcBin)\main.obj 24 | EmtdcLib = $(EmtdcBin)\emtdc.lib 25 | 26 | 27 | #------------------------------------------------------------------------------ 28 | # Fortran Compiler 29 | #------------------------------------------------------------------------------ 30 | 31 | FC_Name = gfortran.exe 32 | FC_Suffix = o 33 | FC_Args = -c -ffree-form -fdefault-real-8 -fdefault-double-8 34 | FC_Debug = 35 | FC_Preprocess = 36 | FC_Preproswitch = 37 | FC_Warn = -Wconversion 38 | FC_Checks = 39 | FC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 40 | FC_Compile = $(FC_Name) $(FC_Args) $(FC_Includes) $(FC_Debug) $(FC_Warn) $(FC_Checks) 41 | 42 | #------------------------------------------------------------------------------ 43 | # C Compiler 44 | #------------------------------------------------------------------------------ 45 | 46 | CC_Name = gcc.exe 47 | CC_Suffix = o 48 | CC_Args = -c 49 | CC_Debug = 50 | CC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 51 | CC_Compile = $(CC_Name) $(CC_Args) $(CC_Includes) $(CC_Debug) 52 | 53 | #------------------------------------------------------------------------------ 54 | # Linker 55 | #------------------------------------------------------------------------------ 56 | 57 | Link_Name = gcc.exe 58 | Link_Debug = 59 | Link_Args = -o $@ 60 | Link = $(Link_Name) $(Link_Args) $(Link_Debug) 61 | 62 | #------------------------------------------------------------------------------ 63 | # Build rules for generated files 64 | #------------------------------------------------------------------------------ 65 | 66 | 67 | %.$(FC_Suffix): %.f 68 | @echo !--Compile: $< 69 | $(FC_Compile) $< 70 | 71 | 72 | %.$(CC_Suffix): %.c 73 | @echo !--Compile: $< 74 | $(CC_Compile) $< 75 | 76 | 77 | 78 | #------------------------------------------------------------------------------ 79 | # Build rules for file references 80 | #------------------------------------------------------------------------------ 81 | 82 | 83 | #------------------------------------------------------------------------------ 84 | # Dependencies 85 | #------------------------------------------------------------------------------ 86 | 87 | 88 | FC_Objects = \ 89 | Station.$(FC_Suffix) \ 90 | Main.$(FC_Suffix) 91 | 92 | FC_ObjectsLong = \ 93 | "Station.$(FC_Suffix)" \ 94 | "Main.$(FC_Suffix)" 95 | 96 | CC_Objects = 97 | 98 | CC_ObjectsLong = 99 | 100 | UserLibs = 101 | 102 | SysLibs = -lgfortran -lstdc++ -lquadmath -lwsock32 103 | 104 | Binary = automationTest.exe 105 | 106 | $(Binary): $(FC_Objects) $(CC_Objects) $(UserLibs) 107 | @echo !--Link: $@ 108 | $(Link) "$(EmtdcMain)" $(FC_ObjectsLong) $(CC_ObjectsLong) $(UserLibs) "$(EmtdcLib)" $(SysLibs) 109 | 110 | targets: $(Binary) 111 | 112 | 113 | clean: 114 | -del EMTDC_V* 115 | -del *.obj 116 | -del *.o 117 | -del *.exe 118 | @echo !--Make clean: succeeded. 119 | 120 | 121 | 122 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.mak.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\automationTest.gf46\" 3 | make -f automationTest.mak 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.gf46/automationTest.map: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! RunVersion = v4.6.2.0 3 | ! RunTime = Thu Jan 23 16:52:31 2020 4 | 5 | ! 6 | ! Warning: The content of this file is automatically generated. 7 | ! Do not modify, as any changes made here will be lost! 8 | !----------------------------------------------------------------------- 9 | 10 | 11 | !======================================================================= 12 | ! Dimensioning information 13 | !----------------------------------------------------------------------- 14 | DIMENSIONS: 15 | NPAGES = 2 / Modules 16 | SUBSYS = 1 / Subsystems 17 | NNODES = 22 / Node look-up dimension 18 | NODES = 18 / Maximum node dimension 19 | BRANCHES = 21 / Maximum branch dimension 20 | TRAFOS = 0 / Transformers 21 | WINDINGS = 0 / Max windings per xfrmr 22 | HARM_N = 0 / Total special harmonic devices 23 | VARS = 0 / Total 24 | PGBS = 11 / Output Channels 25 | STOR = 24 / Model Storage Legacy 26 | STORL = 6 / Model Storage Logical 27 | STORI = 45 / Model Storage Integer 28 | STORF = 48 / Model Storage Real 29 | STORC = 0 / Model Storage Complex 30 | STOL = 0 / Internal Storage Logical 31 | STOI = 3 / Internal Storage Integer 32 | STOF = 11 / Internal Storage Real 33 | STOC = 0 / Internal Storage Complex 34 | CX = 0 / Control transfers array size 35 | CXMAP = 0 / Control transfers map size 36 | TX = 0 / Transmit transfers array size 37 | TXRX = 0 / Transmit transfers map size 38 | RTCL = 0 / Runtime Configuration Logical 39 | RTCI = 0 / Runtime Configuration Integer 40 | RTCF = 17 / Runtime Configuration Real 41 | RTCC = 0 / Runtime Configuration Complex 42 | STXFRL = 0 / DSDYN<->DSOUT Transfer Logical 43 | STXFRI = 0 / DSDYN<->DSOUT Transfer Integer 44 | STXFRF = 0 / DSDYN<->DSOUT Transfer Real 45 | STXFRC = 0 / DSDYN<->DSOUT Transfer Complex 46 | CSCS = 0 / Control Signal Carrier Send Dim 47 | CSCR = 0 / Control Signal Carrier Recv Dim 48 | 49 | 50 | !======================================================================= 51 | ! Runtime Parameters 52 | !----------------------------------------------------------------------- 53 | PARAMETERS: 54 | TITLE = '' 55 | VERSION = 3.100 56 | START_TIME = 0.0 57 | FINISH_TIME = 0.2 58 | TIME_STEP = 5.0e-05 59 | PRINT_STEP = 0.00025 60 | CHATTER_LEVEL = .001 61 | SHORT_CIRCUIT = 0.0005 62 | DETECT_CHATTER = 'YES' 63 | REMOVE_CHATTER = 'YES' 64 | INTERPOLATE = 'YES' 65 | EXTRAPOLATE = 'YES' 66 | ECHO_DATA = 'NO' 67 | PRINT_DIMENSIONS = 'NO' 68 | USE_SUBSYSDIM = 'YES' 69 | 70 | 71 | !======================================================================= 72 | ! Sub-system and node mapping 73 | !----------------------------------------------------------------------- 74 | 75 | SUBSYSDIM: 76 | 1 18 77 | 78 | SUBS: 79 | 1 1 80 | 81 | MAP: "Station.dta" ! 82 | 0 0 / 83 | 0 0 84 | 85 | MAP: "Main.dta" ! 86 | 1 18 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 87 | / 88 | 0 0 89 | 90 | 91 | !======================================================================= 92 | ! Recorder Channel Information 93 | !----------------------------------------------------------------------- 94 | PGBList: 95 | PGB(1) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 96 | PGB(2) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 97 | PGB(3) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 98 | PGB(4) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 99 | PGB(5) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 100 | PGB(6) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 101 | PGB(7) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 102 | PGB(8) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 103 | PGB(9) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 104 | PGB(10) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 105 | PGB(11) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 106 | 107 | 108 | ENDCASE: 109 | -------------------------------------------------------------------------------- /AutomationPSCAD/automationTest.psmx: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" ]]> 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 | 32 | 33 | 34 | 35 | 36 | 37 | 38 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/Main.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 14 | 15 | DATADSD: 16 | 17 | 18 | DATADSO: 19 | 20 | 21 | 22 | ENDPAGE 23 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/Main.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/volleyMain.gf46/Main.o -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/Station.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 14 | 15 | DATADSD: 16 | 17 | 18 | DATADSO: 19 | 20 | 21 | 22 | ENDPAGE 23 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/Station.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/volleyMain.gf46/Station.o -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/volleyMain.30192.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleyMain.gf46\" 3 | volleyMain.exe -v4 143.106.14.201 30192 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/volleyMain.exe: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/volleyMain.gf46/volleyMain.exe -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/volleyMain.mak: -------------------------------------------------------------------------------- 1 | 2 | #------------------------------------------------------------------------------ 3 | # Project 'volleyMain' make using the 'GFortran 4.6.2' compiler. 4 | #------------------------------------------------------------------------------ 5 | 6 | #------------------------------------------------------------------------------ 7 | # All project 8 | #------------------------------------------------------------------------------ 9 | 10 | all: targets 11 | @echo !--Make: succeeded. 12 | 13 | 14 | 15 | #------------------------------------------------------------------------------ 16 | # Directories, Platform, and Version 17 | #------------------------------------------------------------------------------ 18 | 19 | Arch = windows 20 | EmtdcDir = C:\PROGRA~2\PSCAD46\emtdc\gf46 21 | EmtdcInc = $(EmtdcDir)\inc 22 | EmtdcBin = $(EmtdcDir)\$(Arch) 23 | EmtdcMain = $(EmtdcBin)\main.obj 24 | EmtdcLib = $(EmtdcBin)\emtdc.lib 25 | 26 | 27 | #------------------------------------------------------------------------------ 28 | # Fortran Compiler 29 | #------------------------------------------------------------------------------ 30 | 31 | FC_Name = gfortran.exe 32 | FC_Suffix = o 33 | FC_Args = -c -ffree-form -fdefault-real-8 -fdefault-double-8 34 | FC_Debug = 35 | FC_Preprocess = 36 | FC_Preproswitch = 37 | FC_Warn = -Wconversion 38 | FC_Checks = 39 | FC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 40 | FC_Compile = $(FC_Name) $(FC_Args) $(FC_Includes) $(FC_Debug) $(FC_Warn) $(FC_Checks) 41 | 42 | #------------------------------------------------------------------------------ 43 | # C Compiler 44 | #------------------------------------------------------------------------------ 45 | 46 | CC_Name = gcc.exe 47 | CC_Suffix = o 48 | CC_Args = -c 49 | CC_Debug = 50 | CC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 51 | CC_Compile = $(CC_Name) $(CC_Args) $(CC_Includes) $(CC_Debug) 52 | 53 | #------------------------------------------------------------------------------ 54 | # Linker 55 | #------------------------------------------------------------------------------ 56 | 57 | Link_Name = gcc.exe 58 | Link_Debug = 59 | Link_Args = -o $@ 60 | Link = $(Link_Name) $(Link_Args) $(Link_Debug) 61 | 62 | #------------------------------------------------------------------------------ 63 | # Build rules for generated files 64 | #------------------------------------------------------------------------------ 65 | 66 | 67 | %.$(FC_Suffix): %.f 68 | @echo !--Compile: $< 69 | $(FC_Compile) $< 70 | 71 | 72 | %.$(CC_Suffix): %.c 73 | @echo !--Compile: $< 74 | $(CC_Compile) $< 75 | 76 | 77 | 78 | #------------------------------------------------------------------------------ 79 | # Build rules for file references 80 | #------------------------------------------------------------------------------ 81 | 82 | 83 | #------------------------------------------------------------------------------ 84 | # Dependencies 85 | #------------------------------------------------------------------------------ 86 | 87 | 88 | FC_Objects = \ 89 | Station.$(FC_Suffix) \ 90 | Main.$(FC_Suffix) 91 | 92 | FC_ObjectsLong = \ 93 | "Station.$(FC_Suffix)" \ 94 | "Main.$(FC_Suffix)" 95 | 96 | CC_Objects = 97 | 98 | CC_ObjectsLong = 99 | 100 | UserLibs = 101 | 102 | SysLibs = -lgfortran -lstdc++ -lquadmath -lwsock32 103 | 104 | Binary = volleyMain.exe 105 | 106 | $(Binary): $(FC_Objects) $(CC_Objects) $(UserLibs) 107 | @echo !--Link: $@ 108 | $(Link) "$(EmtdcMain)" $(FC_ObjectsLong) $(CC_ObjectsLong) $(UserLibs) "$(EmtdcLib)" $(SysLibs) 109 | 110 | targets: $(Binary) 111 | 112 | 113 | clean: 114 | -del EMTDC_V* 115 | -del *.obj 116 | -del *.o 117 | -del *.exe 118 | @echo !--Make clean: succeeded. 119 | 120 | 121 | 122 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/volleyMain.mak.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleyMain.gf46\" 3 | make -f volleyMain.mak 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.gf46/volleyMain.map: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! RunVersion = v4.6.2.0 3 | ! RunTime = Thu Jan 23 16:53:20 2020 4 | 5 | ! 6 | ! Warning: The content of this file is automatically generated. 7 | ! Do not modify, as any changes made here will be lost! 8 | !----------------------------------------------------------------------- 9 | 10 | 11 | !======================================================================= 12 | ! Dimensioning information 13 | !----------------------------------------------------------------------- 14 | DIMENSIONS: 15 | NPAGES = 2 / Modules 16 | SUBSYS = 0 / Subsystems 17 | NNODES = 4 / Node look-up dimension 18 | NODES = 0 / Maximum node dimension 19 | BRANCHES = 0 / Maximum branch dimension 20 | TRAFOS = 0 / Transformers 21 | WINDINGS = 0 / Max windings per xfrmr 22 | HARM_N = 0 / Total special harmonic devices 23 | VARS = 0 / Total 24 | PGBS = 0 / Output Channels 25 | STOR = 0 / Model Storage Legacy 26 | STORL = 0 / Model Storage Logical 27 | STORI = 0 / Model Storage Integer 28 | STORF = 0 / Model Storage Real 29 | STORC = 0 / Model Storage Complex 30 | STOL = 0 / Internal Storage Logical 31 | STOI = 7 / Internal Storage Integer 32 | STOF = 7 / Internal Storage Real 33 | STOC = 0 / Internal Storage Complex 34 | CX = 0 / Control transfers array size 35 | CXMAP = 0 / Control transfers map size 36 | TX = 14 / Transmit transfers array size 37 | TXRX = 14 / Transmit transfers map size 38 | RTCL = 0 / Runtime Configuration Logical 39 | RTCI = 0 / Runtime Configuration Integer 40 | RTCF = 0 / Runtime Configuration Real 41 | RTCC = 0 / Runtime Configuration Complex 42 | STXFRL = 0 / DSDYN<->DSOUT Transfer Logical 43 | STXFRI = 0 / DSDYN<->DSOUT Transfer Integer 44 | STXFRF = 0 / DSDYN<->DSOUT Transfer Real 45 | STXFRC = 0 / DSDYN<->DSOUT Transfer Complex 46 | CSCS = 0 / Control Signal Carrier Send Dim 47 | CSCR = 0 / Control Signal Carrier Recv Dim 48 | 49 | 50 | !======================================================================= 51 | ! Runtime Parameters 52 | !----------------------------------------------------------------------- 53 | PARAMETERS: 54 | TITLE = '' 55 | VERSION = 3.100 56 | START_TIME = 0.0 57 | FINISH_TIME = 0.5 58 | TIME_STEP = 5.0e-05 59 | PRINT_STEP = 0.00025 60 | CHATTER_LEVEL = .001 61 | SHORT_CIRCUIT = 0.0005 62 | DETECT_CHATTER = 'YES' 63 | REMOVE_CHATTER = 'YES' 64 | INTERPOLATE = 'YES' 65 | EXTRAPOLATE = 'YES' 66 | ECHO_DATA = 'NO' 67 | PRINT_DIMENSIONS = 'NO' 68 | USE_SUBSYSDIM = 'YES' 69 | 70 | 71 | !======================================================================= 72 | ! Sub-system and node mapping 73 | !----------------------------------------------------------------------- 74 | 75 | SUBSYSDIM: 76 | 0 77 | 78 | SUBS: 79 | 1 1 80 | 81 | MAP: "Station.dta" ! 82 | 0 0 / 83 | 0 0 84 | 85 | MAP: "Main.dta" ! 86 | 0 0 / 87 | 0 0 88 | 89 | 90 | !======================================================================= 91 | ! Wireless Control Links 92 | !----------------------------------------------------------------------- 93 | RADIOLINKS: 94 | 14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 / [Main] UserCmp 95 | 96 | ENDCASE: 97 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleyMain.psmx: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" ]]> 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 | 32 | 33 | 34 | 35 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/Main.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 1 0.0 // NT_1(1) 14 | 2 0.0 // NT_1(2) 15 | 3 0.0 // NT_1(3) 16 | 4 0.0 // NT_2(1) 17 | 5 0.0 // NT_2(2) 18 | 6 0.0 // NT_2(3) 19 | 7 0.0 // NT_3(1) 20 | 8 0.0 // NT_3(2) 21 | 9 0.0 // NT_3(3) 22 | 10 0.0 // NT_4(1) 23 | 11 0.0 // NT_4(2) 24 | 12 0.0 // NT_4(3) 25 | 13 0.0 // NT_5(1) 26 | 14 0.0 // NT_5(2) 27 | 15 0.0 // NT_5(3) 28 | 16 0.0 // NT_6(1) 29 | 17 0.0 // NT_6(2) 30 | 18 0.0 // NT_6(3) 31 | 19 0.0 // NT_7(1) 32 | 20 0.0 // NT_7(2) 33 | 21 0.0 // NT_7(3) 34 | 35 | 36 | !--------------------------------------- 37 | ! Local Branch Data 38 | !--------------------------------------- 39 | BRANCHES: 40 | 1 4 RS 1000000.0 // 1 NT_1(1) NT_2(1) 41 | 2 5 RS 1000000.0 // 1 NT_1(2) NT_2(2) 42 | 3 6 RS 1000000.0 // 1 NT_1(3) NT_2(3) 43 | 0 1 RLCE 1.0 0.1 1.0 // 1 GND NT_1(1) 44 | 0 2 RLCE 1.0 0.1 1.0 // 1 GND NT_1(2) 45 | 0 3 RLCE 1.0 0.1 1.0 // 1 GND NT_1(3) 46 | 0 7 RLCE 1.0 0.1 1.0 // 2 GND NT_3(1) 47 | 0 8 RLCE 1.0 0.1 1.0 // 2 GND NT_3(2) 48 | 0 9 RLCE 1.0 0.1 1.0 // 2 GND NT_3(3) 49 | 10 13 RS 1000000.0 // 2 NT_4(1) NT_5(1) 50 | 11 14 RS 1000000.0 // 2 NT_4(2) NT_5(2) 51 | 12 15 RS 1000000.0 // 2 NT_4(3) NT_5(3) 52 | 13 7 A // 2 NT_5(1) NT_3(1) 53 | 14 8 A // 2 NT_5(2) NT_3(2) 54 | 15 9 A // 2 NT_5(3) NT_3(3) 55 | 16 17 RS 1000000.0 // 3 NT_6(1) NT_6(2) 56 | 17 18 RS 1000000.0 // 3 NT_6(2) NT_6(3) 57 | 18 16 RS 1000000.0 // 3 NT_6(3) NT_6(1) 58 | 16 0 RS 1000000.0 // 3 NT_6(1) GND 59 | 17 0 RS 1000000.0 // 3 NT_6(2) GND 60 | 18 0 RS 1000000.0 // 3 NT_6(3) GND 61 | 19 16 A // 3 NT_7(1) NT_6(1) 62 | 20 17 A // 3 NT_7(2) NT_6(2) 63 | 21 18 A // 3 NT_7(3) NT_6(3) 64 | 65 | 66 | !--------------------------------------- 67 | ! Local Transformer Data 68 | !--------------------------------------- 69 | TRANSFORMERS: 70 | 71 | 72 | !--------------------------------------- 73 | ! Local Transmission Lines and Cables 74 | !--------------------------------------- 75 | TLINES: 76 | PSCAD Line Constants 77 | ! TLine_part1 Main Main 78 | 3 0 79 | 1 4 5 6 0 0 0 0 80 | 1 19 20 21 0 0 0 0 81 | 82 | TLINE-INPUT-DATA TLine_part1.tli 83 | TLINE-OUTPUT-DATA TLine_part1.tlo 84 | 85 | PSCAD Line Constants 86 | ! TLine_part2 Main Main 87 | 3 0 88 | 1 16 17 18 0 0 0 0 89 | 1 10 11 12 0 0 0 0 90 | 91 | TLINE-INPUT-DATA TLine_part2.tli 92 | TLINE-OUTPUT-DATA TLine_part2.tlo 93 | 94 | 95 | 96 | DATADSD: 97 | 98 | 99 | DATADSO: 100 | 101 | 102 | 103 | ENDPAGE 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/Main.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/volleySlave.gf46/Main.o -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/Station.dta: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! Generated by : PSCAD v4.6.2.0 3 | ! 4 | ! Warning: The content of this file is automatically generated. 5 | ! Do not modify, as any changes made here will be lost! 6 | !======================================================================= 7 | 8 | 9 | !--------------------------------------- 10 | ! Local Node Voltages 11 | !--------------------------------------- 12 | VOLTAGES: 13 | 14 | 15 | DATADSD: 16 | 17 | 18 | DATADSO: 19 | 20 | 21 | 22 | ENDPAGE 23 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/Station.o: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/volleySlave.gf46/Station.o -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/TLine_part1.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.133333182E-02 24 | Reactance Xsq [pu]: 0.189903280E-01 25 | Susceptance Bsq [pu]: 0.348409108E-01 26 | Surge Impedance Zcsq [pu]: 0.738280646 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.132852497E-01 32 | Reactance Xsq [pu]: 0.508341581E-01 33 | Susceptance Bsq [pu]: 0.239026444E-01 34 | Surge Impedance Zcsq [pu]: 1.45832675 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.133363228E-02 40 | Reactance Xsq [pu]: 0.189924112E-01 41 | Susceptance Bsq [pu]: 0.348389905E-01 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.132906752E-01 48 | Reactance Xsq [pu]: 0.508437275E-01 49 | Susceptance Bsq [pu]: 0.239002296E-01 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.281285406E+01,0.156610122E+02 0.210752153E+01,0.561512871E+01 0.210752153E+01,0.561512871E+01 70 | 0.210752153E+01,0.561512871E+01 0.281285406E+01,0.156610122E+02 0.210752153E+01,0.561512871E+01 71 | 0.210752153E+01,0.561512871E+01 0.210752153E+01,0.561512871E+01 0.281285406E+01,0.156610122E+02 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.200596967E-06,0.589694178E-04 0.319883271E-09,-.689241735E-05 0.319883271E-09,-.689241735E-05 75 | 0.319883271E-09,-.689241735E-05 0.200596967E-06,0.589694178E-04 0.319883271E-09,-.689241735E-05 76 | 0.319883271E-09,-.689241735E-05 0.319883271E-09,-.689241735E-05 0.200596967E-06,0.589694178E-04 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.066700767 102 | Recommended Time Step for the Line [ms]: 0.006670077 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/TLine_part1.tli: -------------------------------------------------------------------------------- 1 | Line Summary: 2 | { 3 | Line Name = TLine_part1 4 | Line Length = 20.0 5 | Steady State Frequency = 60.0 6 | Number of Conductors = 3 7 | } 8 | ! This should be in a section called TLINE-INPUT-DATA 9 | Frequency Dep. (Phase) Model Options: 10 | { 11 | Interpolate Travel Times = 1 12 | Infinite Line Length = 0 13 | Curve Fitting Start Frequency = 0.5 14 | Curve Fitting End Frequency = 1000000.0 15 | Total Number of Frequency Increments = 100 16 | Maximum # of Poles for Surge Admittance Fit = 20 17 | Maximum # of Poles for Attenuation Constant Fit = 20 18 | Maximum Fitting Error (%) for Surge Admittance = 0.2 19 | Maximum Fitting Error (%) for Attenuation Constant = 0.2 20 | Maximum Residue/Pole Ratio Tolerance = 2000000.0 21 | Weighting Factor 1 = 1.0 22 | Weighting Factor 2 = 1000.0 23 | Weighting Factor 3 = 1.0 24 | Write Detailed Output Files = 0 25 | } 26 | ! This should be in a section called TLINE-INPUT-DATA 27 | Line Constants Ground Data: 28 | { 29 | Ground Resistivity Type = 0 30 | GroundResistivity = 100.0 31 | GroundPermeability = 1.0 32 | EarthImpedanceFormula = 0 33 | EarthUImpedanceFormula = 2 34 | EarthMImpedanceFormula = 2 35 | } 36 | ! This should be in a section called TLINE-INPUT-DATA 37 | Line Constants Tower: 38 | { 39 | Name = 3L1 40 | Circuit = 1 41 | { 42 | Transposed = 1 43 | Conductors = 3 44 | Conductor Phase Information = 1 2 3 45 | Radius = 0.0203454 46 | DCResistance = 0.03206 47 | Conductor Relative Permeability = 1.0 48 | ShuntConductance = 1.0e-11 49 | P1 = -10.0 30.0 50 | P2 = 0.0 30.0 51 | P3 = 10.0 30.0 52 | Sag = 10.0 53 | } 54 | GroundWires = 2 55 | { 56 | Eliminate Ground Wires = 1 57 | Radius = 0.0055245 58 | DCResistance = 2.8645 59 | Ground Wire Relative Permeability = 1.0 60 | Unique Ground Wires = 1 61 | P1 = -5.0 40.0 62 | P2 = 5.0 40.0 63 | Sag = 10.0 64 | } 65 | } 66 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/TLine_part2.out: -------------------------------------------------------------------------------- 1 | ===================================================== 2 | PSCAD LINE CONSTANTS PROGRAM OUTPUT FILE (*.out) 3 | 4 | NOTE: This file is auto-generated. Any manual 5 | changes will be lost once the Line Constants 6 | Program is re-run. 7 | ===================================================== 8 | 9 | Display Format: M,N denotes a complex number M + jN 10 | 11 | 12 | 13 | ----------------------------------------------------- 14 | LOAD FLOW RXB FORMATTED DATA @ 60.00 Hz: 15 | ----------------------------------------------------- 16 | 17 | Base of Per-Unit Quantities : 230.00 kV (L-L) ,100.00 MVA 18 | NOTE: Base values could be changed using Additional Options Component 19 | 20 | Positive Sequence (Long-Line Corrected) 21 | ................. 22 | 23 | Resistance Rsq [pu]: 0.117845288E-01 24 | Reactance Xsq [pu]: 0.169417032 25 | Susceptance Bsq [pu]: 0.314958221 26 | Surge Impedance Zcsq [pu]: 0.733418837 27 | 28 | Zero Sequence (Long-Line Corrected) 29 | ............. 30 | 31 | Resistance Rsq [pu]: 0.115689028 32 | Reactance Xsq [pu]: 0.450646167 33 | Susceptance Bsq [pu]: 0.216878505 34 | Surge Impedance Zcsq [pu]: 1.44148320 35 | 36 | Positive Sequence 37 | ................. 38 | 39 | Resistance Rsq [pu]: 0.120026905E-01 40 | Reactance Xsq [pu]: 0.170931701 41 | Susceptance Bsq [pu]: 0.313550914 42 | Surge Impedance Zcsq [pu]: 0.738341486 43 | 44 | Zero Sequence 45 | ............. 46 | 47 | Resistance Rsq [pu]: 0.119616077 48 | Reactance Xsq [pu]: 0.457593548 49 | Susceptance Bsq [pu]: 0.215102066 50 | Surge Impedance Zcsq [pu]: 1.45853769 51 | 52 | 53 | 54 | ----------------------------------------------------- 55 | PHASE DOMAIN DATA @ 60.000 Hz: 56 | ----------------------------------------------------- 57 | 58 | SERIES IMPEDANCE MATRIX (Z) [ohms/m]: 59 | 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 60 | 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 0.105421262E-03,0.280822439E-03 61 | 0.105421262E-03,0.280822439E-03 0.105421262E-03,0.280822439E-03 0.140695836E-03,0.783171715E-03 62 | 63 | SHUNT ADMITTANCE MATRIX (Y) [mhos/m]: 64 | 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 65 | 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 0.000000000E+00,-.344636450E-09 66 | 0.000000000E+00,-.344636450E-09 0.000000000E+00,-.344636450E-09 0.100000000E-10,0.294827380E-08 67 | 68 | LONG-LINE CORRECTED SERIES IMPEDANCE MATRIX [ohms]: 69 | 0.245558424E+02,0.139211681E+03 0.183218266E+02,0.495900709E+02 0.183218266E+02,0.495900709E+02 70 | 0.183218266E+02,0.495900709E+02 0.245558424E+02,0.139211681E+03 0.183218266E+02,0.495900709E+02 71 | 0.183218266E+02,0.495900709E+02 0.183218266E+02,0.495900709E+02 0.245558424E+02,0.139211681E+03 72 | 73 | LONG-LINE CORRECTED SHUNT ADMITTANCE MATRIX [mhos]: 74 | 0.224246695E-05,0.533582197E-03 0.238360762E-06,-.618019631E-04 0.238360762E-06,-.618019631E-04 75 | 0.238360762E-06,-.618019631E-04 0.224246695E-05,0.533582197E-03 0.238360762E-06,-.618019631E-04 76 | 0.238360762E-06,-.618019631E-04 0.238360762E-06,-.618019631E-04 0.224246695E-05,0.533582197E-03 77 | 78 | ----------------------------------------------------- 79 | SEQUENCE COMPONENT DATA @ 60.00 Hz: 80 | ----------------------------------------------------- 81 | 82 | SEQUENCE TRANSFORM MATRIX: 83 | 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 0.577350269E+00,0.000000000E+00 84 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,-.500000000E+00 -.288675135E+00,0.500000000E+00 85 | 0.577350269E+00,0.000000000E+00 -.288675135E+00,0.500000000E+00 -.288675135E+00,-.500000000E+00 86 | 87 | SEQUENCE IMPEDANCE MATRIX (Zsq) [ohms/m]: 88 | 0.351538360E-03,0.134481659E-02 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 89 | 0.000000000E+00,0.000000000E+00 0.352745738E-04,0.502349276E-03 0.000000000E+00,0.000000000E+00 90 | 0.000000000E+00,0.000000000E+00 -.135525272E-18,0.000000000E+00 0.352745738E-04,0.502349276E-03 91 | 92 | SEQUENCE ADMITTANCE MATRIX (Ysq) [mhos/m]: 93 | 0.100000000E-10,0.225900090E-08 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 94 | 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 0.000000000E+00,0.000000000E+00 95 | 0.000000000E+00,0.000000000E+00 0.000000000E+00,0.000000000E+00 0.100000000E-10,0.329291025E-08 96 | 97 | ----------------------------------------------------- 98 | MINIMUM TIME DELAY AND RECOMMENDED TIME STEP 99 | ----------------------------------------------------- 100 | 101 | Minimum Time Delay for the Line [ms]: 0.600569084 102 | Recommended Time Step for the Line [ms]: 0.060056908 103 | 104 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/TLine_part2.tli: -------------------------------------------------------------------------------- 1 | Line Summary: 2 | { 3 | Line Name = TLine_part2 4 | Line Length = 180.0 5 | Steady State Frequency = 60.0 6 | Number of Conductors = 3 7 | } 8 | ! This should be in a section called TLINE-INPUT-DATA 9 | Frequency Dep. (Phase) Model Options: 10 | { 11 | Interpolate Travel Times = 1 12 | Infinite Line Length = 0 13 | Curve Fitting Start Frequency = 0.5 14 | Curve Fitting End Frequency = 1000000.0 15 | Total Number of Frequency Increments = 100 16 | Maximum # of Poles for Surge Admittance Fit = 20 17 | Maximum # of Poles for Attenuation Constant Fit = 20 18 | Maximum Fitting Error (%) for Surge Admittance = 0.2 19 | Maximum Fitting Error (%) for Attenuation Constant = 0.2 20 | Maximum Residue/Pole Ratio Tolerance = 2000000.0 21 | Weighting Factor 1 = 1.0 22 | Weighting Factor 2 = 1000.0 23 | Weighting Factor 3 = 1.0 24 | Write Detailed Output Files = 0 25 | } 26 | ! This should be in a section called TLINE-INPUT-DATA 27 | Line Constants Ground Data: 28 | { 29 | Ground Resistivity Type = 0 30 | GroundResistivity = 100.0 31 | GroundPermeability = 1.0 32 | EarthImpedanceFormula = 0 33 | EarthUImpedanceFormula = 2 34 | EarthMImpedanceFormula = 2 35 | } 36 | ! This should be in a section called TLINE-INPUT-DATA 37 | Line Constants Tower: 38 | { 39 | Name = 3L1 40 | Circuit = 1 41 | { 42 | Transposed = 1 43 | Conductors = 3 44 | Conductor Phase Information = 1 2 3 45 | Radius = 0.0203454 46 | DCResistance = 0.03206 47 | Conductor Relative Permeability = 1.0 48 | ShuntConductance = 1.0e-11 49 | P1 = -10.0 30.0 50 | P2 = 0.0 30.0 51 | P3 = 10.0 30.0 52 | Sag = 10.0 53 | } 54 | GroundWires = 2 55 | { 56 | Eliminate Ground Wires = 1 57 | Radius = 0.0055245 58 | DCResistance = 2.8645 59 | Ground Wire Relative Permeability = 1.0 60 | Unique Ground Wires = 1 61 | P1 = -5.0 40.0 62 | P2 = 5.0 40.0 63 | Sag = 10.0 64 | } 65 | } 66 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30256.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30256 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30257.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30257 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30258.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30258 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30259.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30259 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30260.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30260 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30261.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30261 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30262.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30262 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.30263.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | volleySlave.exe -v4 143.106.14.201 30263 locale=english-us 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.exe: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/AutomationPSCAD/volleySlave.gf46/volleySlave.exe -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.infx: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.mak: -------------------------------------------------------------------------------- 1 | 2 | #------------------------------------------------------------------------------ 3 | # Project 'volleySlave' make using the 'GFortran 4.6.2' compiler. 4 | #------------------------------------------------------------------------------ 5 | 6 | #------------------------------------------------------------------------------ 7 | # All project 8 | #------------------------------------------------------------------------------ 9 | 10 | all: targets 11 | @echo !--Make: succeeded. 12 | 13 | 14 | 15 | #------------------------------------------------------------------------------ 16 | # Directories, Platform, and Version 17 | #------------------------------------------------------------------------------ 18 | 19 | Arch = windows 20 | EmtdcDir = C:\PROGRA~2\PSCAD46\emtdc\gf46 21 | EmtdcInc = $(EmtdcDir)\inc 22 | EmtdcBin = $(EmtdcDir)\$(Arch) 23 | EmtdcMain = $(EmtdcBin)\main.obj 24 | EmtdcLib = $(EmtdcBin)\emtdc.lib 25 | 26 | 27 | #------------------------------------------------------------------------------ 28 | # Fortran Compiler 29 | #------------------------------------------------------------------------------ 30 | 31 | FC_Name = gfortran.exe 32 | FC_Suffix = o 33 | FC_Args = -c -ffree-form -fdefault-real-8 -fdefault-double-8 34 | FC_Debug = 35 | FC_Preprocess = 36 | FC_Preproswitch = 37 | FC_Warn = -Wconversion 38 | FC_Checks = 39 | FC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 40 | FC_Compile = $(FC_Name) $(FC_Args) $(FC_Includes) $(FC_Debug) $(FC_Warn) $(FC_Checks) 41 | 42 | #------------------------------------------------------------------------------ 43 | # C Compiler 44 | #------------------------------------------------------------------------------ 45 | 46 | CC_Name = gcc.exe 47 | CC_Suffix = o 48 | CC_Args = -c 49 | CC_Debug = 50 | CC_Includes = -I"$(EmtdcInc)" -I"$(EmtdcBin)" 51 | CC_Compile = $(CC_Name) $(CC_Args) $(CC_Includes) $(CC_Debug) 52 | 53 | #------------------------------------------------------------------------------ 54 | # Linker 55 | #------------------------------------------------------------------------------ 56 | 57 | Link_Name = gcc.exe 58 | Link_Debug = 59 | Link_Args = -o $@ 60 | Link = $(Link_Name) $(Link_Args) $(Link_Debug) 61 | 62 | #------------------------------------------------------------------------------ 63 | # Build rules for generated files 64 | #------------------------------------------------------------------------------ 65 | 66 | 67 | %.$(FC_Suffix): %.f 68 | @echo !--Compile: $< 69 | $(FC_Compile) $< 70 | 71 | 72 | %.$(CC_Suffix): %.c 73 | @echo !--Compile: $< 74 | $(CC_Compile) $< 75 | 76 | 77 | 78 | #------------------------------------------------------------------------------ 79 | # Build rules for file references 80 | #------------------------------------------------------------------------------ 81 | 82 | 83 | #------------------------------------------------------------------------------ 84 | # Dependencies 85 | #------------------------------------------------------------------------------ 86 | 87 | 88 | FC_Objects = \ 89 | Station.$(FC_Suffix) \ 90 | Main.$(FC_Suffix) 91 | 92 | FC_ObjectsLong = \ 93 | "Station.$(FC_Suffix)" \ 94 | "Main.$(FC_Suffix)" 95 | 96 | CC_Objects = 97 | 98 | CC_ObjectsLong = 99 | 100 | UserLibs = 101 | 102 | SysLibs = -lgfortran -lstdc++ -lquadmath -lwsock32 103 | 104 | Binary = volleySlave.exe 105 | 106 | $(Binary): $(FC_Objects) $(CC_Objects) $(UserLibs) 107 | @echo !--Link: $@ 108 | $(Link) "$(EmtdcMain)" $(FC_ObjectsLong) $(CC_ObjectsLong) $(UserLibs) "$(EmtdcLib)" $(SysLibs) 109 | 110 | targets: $(Binary) 111 | 112 | 113 | clean: 114 | -del EMTDC_V* 115 | -del *.obj 116 | -del *.o 117 | -del *.exe 118 | @echo !--Make clean: succeeded. 119 | 120 | 121 | 122 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.mak.bat: -------------------------------------------------------------------------------- 1 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" 2 | pushd "C:\Users\jsacostas\Dropbox\Python\Course-Python-PSCAD\AutomationPSCAD\volleySlave.gf46\" 3 | make -f volleySlave.mak 4 | popd 5 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave.map: -------------------------------------------------------------------------------- 1 | !======================================================================= 2 | ! RunVersion = v4.6.2.0 3 | ! RunTime = Thu Jan 23 16:53:20 2020 4 | 5 | ! 6 | ! Warning: The content of this file is automatically generated. 7 | ! Do not modify, as any changes made here will be lost! 8 | !----------------------------------------------------------------------- 9 | 10 | 11 | !======================================================================= 12 | ! Dimensioning information 13 | !----------------------------------------------------------------------- 14 | DIMENSIONS: 15 | NPAGES = 2 / Modules 16 | SUBSYS = 1 / Subsystems 17 | NNODES = 25 / Node look-up dimension 18 | NODES = 21 / Maximum node dimension 19 | BRANCHES = 24 / Maximum branch dimension 20 | TRAFOS = 0 / Transformers 21 | WINDINGS = 0 / Max windings per xfrmr 22 | HARM_N = 0 / Total special harmonic devices 23 | VARS = 0 / Total 24 | PGBS = 11 / Output Channels 25 | STOR = 24 / Model Storage Legacy 26 | STORL = 6 / Model Storage Logical 27 | STORI = 45 / Model Storage Integer 28 | STORF = 59 / Model Storage Real 29 | STORC = 0 / Model Storage Complex 30 | STOL = 0 / Internal Storage Logical 31 | STOI = 5 / Internal Storage Integer 32 | STOF = 23 / Internal Storage Real 33 | STOC = 0 / Internal Storage Complex 34 | CX = 0 / Control transfers array size 35 | CXMAP = 0 / Control transfers map size 36 | TX = 2 / Transmit transfers array size 37 | TXRX = 2 / Transmit transfers map size 38 | RTCL = 0 / Runtime Configuration Logical 39 | RTCI = 0 / Runtime Configuration Integer 40 | RTCF = 17 / Runtime Configuration Real 41 | RTCC = 0 / Runtime Configuration Complex 42 | STXFRL = 0 / DSDYN<->DSOUT Transfer Logical 43 | STXFRI = 0 / DSDYN<->DSOUT Transfer Integer 44 | STXFRF = 0 / DSDYN<->DSOUT Transfer Real 45 | STXFRC = 0 / DSDYN<->DSOUT Transfer Complex 46 | CSCS = 0 / Control Signal Carrier Send Dim 47 | CSCR = 0 / Control Signal Carrier Recv Dim 48 | 49 | 50 | !======================================================================= 51 | ! Runtime Parameters 52 | !----------------------------------------------------------------------- 53 | PARAMETERS: 54 | TITLE = '' 55 | VERSION = 3.100 56 | START_TIME = 0.0 57 | FINISH_TIME = 0.2 58 | TIME_STEP = 5.0e-05 59 | PRINT_STEP = 0.00025 60 | CHATTER_LEVEL = .001 61 | SHORT_CIRCUIT = 0.0005 62 | DETECT_CHATTER = 'YES' 63 | REMOVE_CHATTER = 'YES' 64 | INTERPOLATE = 'YES' 65 | EXTRAPOLATE = 'YES' 66 | ECHO_DATA = 'NO' 67 | PRINT_DIMENSIONS = 'NO' 68 | USE_SUBSYSDIM = 'YES' 69 | 70 | 71 | !======================================================================= 72 | ! Sub-system and node mapping 73 | !----------------------------------------------------------------------- 74 | 75 | SUBSYSDIM: 76 | 1 21 77 | 78 | SUBS: 79 | 1 1 80 | 81 | MAP: "Station.dta" ! 82 | 0 0 / 83 | 0 0 84 | 85 | MAP: "Main.dta" ! 86 | 1 21 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 87 | 19 20 21 / 88 | 0 0 89 | 90 | 91 | !======================================================================= 92 | ! Wireless Control Links 93 | !----------------------------------------------------------------------- 94 | RADIOLINKS: 95 | 2 1 2 / [Main] UserCmp 96 | 97 | !======================================================================= 98 | ! Recorder Channel Information 99 | !----------------------------------------------------------------------- 100 | PGBList: 101 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 102 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 103 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 104 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 105 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 106 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 107 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 108 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 109 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 110 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 111 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 112 | 113 | 114 | ENDCASE: 115 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_01.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_02.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_03.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_04.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_05.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_06.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.gf46/volleySlave_07.inf: -------------------------------------------------------------------------------- 1 | PGB(1) Output Desc="vLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 2 | PGB(2) Output Desc="vLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 3 | PGB(3) Output Desc="vLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 4 | PGB(4) Output Desc="iLoad:1" Group="Main" Max=-2000 Min=2000 Units="" 5 | PGB(5) Output Desc="iLoad:2" Group="Main" Max=-2000 Min=2000 Units="" 6 | PGB(6) Output Desc="iLoad:3" Group="Main" Max=-2000 Min=2000 Units="" 7 | PGB(7) Output Desc="Vf:1" Group="Main" Max=-2000 Min=2000 Units="" 8 | PGB(8) Output Desc="Vf:2" Group="Main" Max=-2000 Min=2000 Units="" 9 | PGB(9) Output Desc="Vf:3" Group="Main" Max=-2000 Min=2000 Units="" 10 | PGB(10) Output Desc="reactivePower" Group="Main" Max=2000 Min=-2000 Units="" 11 | PGB(11) Output Desc="activePower" Group="Main" Max=-2000 Min=2000 Units="" 12 | -------------------------------------------------------------------------------- /AutomationPSCAD/volleySlave.psmx: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | call "C:\Program Files (x86)\GFortran\4.6\bin\gf46vars.bat" ]]> 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 | 32 | 33 | 34 | 35 | 36 | 37 | 38 | 39 | 40 | 41 | 42 | 43 | 44 | -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | MIT License 2 | 3 | Copyright (c) 2020 jsacostas 4 | 5 | Permission is hereby granted, free of charge, to any person obtaining a copy 6 | of this software and associated documentation files (the "Software"), to deal 7 | in the Software without restriction, including without limitation the rights 8 | to use, copy, modify, merge, publish, distribute, sublicense, and/or sell 9 | copies of the Software, and to permit persons to whom the Software is 10 | furnished to do so, subject to the following conditions: 11 | 12 | The above copyright notice and this permission notice shall be included in all 13 | copies or substantial portions of the Software. 14 | 15 | THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR 16 | IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, 17 | FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE 18 | AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER 19 | LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, 20 | OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE 21 | SOFTWARE. 22 | -------------------------------------------------------------------------------- /Matlab/test_matlab.mat: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/Matlab/test_matlab.mat -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | Hi Everyone, 2 | 3 | My name is Jhair Acosta and I am PhD. candidate in Electrical Engineering at University of Campinas. 4 | 5 | The propose of this course is to teach you how to use the Python automation library to automate PSCAD. The first eleven topics are introductories to Pyhton, so if you feel confident with Python programming language you can directly go to the topic twelve, which presents the actual Python automation. As bonus, I included how to use parallel computing on PSCAD controlled by the automation library. 6 | 7 | ![PSCAD](https://hvdc.ca/uploads/ck/images/Auto%20Lib1.jpg) 8 | 9 | # Course Structure 10 | 0. [Introduction](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2000%20-%20Introduction.ipynb) 11 | 1. [Hello World](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2001%20-%20HelloWorld.ipynb) 12 | 2. [Variables and Basic math](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2002%20-%20VariablesAndBasicMath.ipynb) 13 | 3. [Data structures](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2003%20-%20Data%20Structures.ipynb) 14 | 4. [Conditionals and loops](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2004%20-%20ConditionalsAndLoops.ipynb) 15 | 5. [Functions](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2005%20-%20Functions.ipynb) 16 | 6. [Using and installing modules](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2006%20-%20Modules.ipynb) 17 | 7. [Numpy module](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2007%20-%20Numpy.ipynb) 18 | 8. [Pandas module](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2008%20-%20Pandas.ipynb) 19 | 9. [Matplotlib module](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2009%20-%20Matplotlib.ipynb) 20 | 10. [Interacting with ATP and Matlab](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2010%20-%20ATPAndMatlab.ipynb) 21 | 11. [Reading and writing files](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2011%20-%20ReadingAndWritingFiles.ipynb) 22 | 12. [Automating PSCAD](https://github.com/jsacostas/Course-Python-PSCAD/blob/master/Topic%2012%20-%20PSCAD.ipynb) 23 | 24 | I hope that this course will be usefull in your carrers. It was done in [Jupyther notebooks](https://jupyter.org/) because it is easy to present text and code in the same place. You can use other IDE if you feel more confortable. 25 | -------------------------------------------------------------------------------- /Text files/testfile.txt: -------------------------------------------------------------------------------- 1 | Bonjour 2 | This is our first file 3 | It is very simple 4 | But can be used to learn 5 | -------------------------------------------------------------------------------- /Text files/testfile_copy.txt: -------------------------------------------------------------------------------- 1 | Bonjour 2 | This et our first file 3 | It et very simple 4 | But can be used to learn 5 | -------------------------------------------------------------------------------- /imagens/AtributosPSCAD.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/imagens/AtributosPSCAD.png -------------------------------------------------------------------------------- /imagens/PSCADAutoLib.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/imagens/PSCADAutoLib.jpg -------------------------------------------------------------------------------- /imagens/ParametrosPSCAD.PNG: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/imagens/ParametrosPSCAD.PNG -------------------------------------------------------------------------------- /imagens/SAXS1.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/imagens/SAXS1.png -------------------------------------------------------------------------------- /imagens/flor.jpg: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/imagens/flor.jpg -------------------------------------------------------------------------------- /sin_cos.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/jsacostas/Course-Python-PSCAD/305574f29e86dea47aa2d717e7ae4ebe7251e5c9/sin_cos.png --------------------------------------------------------------------------------