--- Job PVT circular with pressure loss & thermosiphon flow.gms Start 05/19/22 10:07:38 37.1.0 r07954d5 WEX-WEI x86 64bit/MS Windows --- Applying: C:\GAMS\37\gmsprmNT.txt C:\Users\LEGION\Documents\GAMS\gamsconfig.yaml --- GAMS Parameters defined Input "E:\GAMS\Circular\PVT circular with pressure loss & thermosiphon flow.gms" PageSize 0 ScrDir E:\GAMS\Circular\225a\ SysDir C:\GAMS\37\ LogOption 3 ErrMsg 1 ErrorLog 99 IDE 1 GDX "E:\GAMS\Circular\PVT circular with pressure loss & thermosiphon flow.gdx" LstTitleLeftAligned 1 Licensee: GAMS Demo license for Jacob Etoju G211118|0002CO-GEN Kyushu University, Japan DL054330 C:\Users\LEGION\Documents\GAMS\gamslice.txt etojuj256@gmail.com, Jacob Etoju Demo license for demonstration and instructional purposes only Processor information: 1 socket(s), 2 core(s), and 4 thread(s) available GAMS 37.1.0 Copyright (C) 1987-2021 GAMS Development. All rights reserved --- Starting compilation --- PVT circular with pressure loss & thermosiphon flow.gms(468) 3 Mb --- Starting execution: elapsed 0:00:00.228 --- Generating NLP model InitialGuess --- PVT circular with pressure loss & thermosiphon flow.gms(47) 6 Mb --- 11 rows 11 columns 24 non-zeroes --- 35 nl-code 12 nl-non-zeroes --- PVT circular with pressure loss & thermosiphon flow.gms(47) 4 Mb --- Executing CONOPT (Solvelink=2): elapsed 0:00:00.232 CONOPT 3 37.1.0 r07954d5 Released Nov 11, 2021 WEI x86 64bit/MS Window --- *** This solver runs with a demo license. No commercial use. C O N O P T 3 version 3.17K Copyright (C) ARKI Consulting and Development A/S Bagsvaerdvej 246 A DK-2880 Bagsvaerd, Denmark Iter Phase Ninf Infeasibility RGmax NSB Step InItr MX OK 0 0 1.8821317500E+02 (Input point) Pre-triangular equations: 11 Post-triangular equations: 0 1 0 0.0000000000E+00 (After pre-processing) 2 0 0.0000000000E+00 (After scaling) ** Feasible solution. Value of objective = 100.000000000 Iter Phase Ninf Objective RGmax NSB Step InItr MX OK 4 3 1.0000000000E+02 0.0E+00 0 ** Optimal solution. There are no superbasic variables. --- Reading solution for model InitialGuess --- Executing after solve: elapsed 0:00:00.476 --- PVT circular with pressure loss & thermosiphon flow.gms(81) 4 Mb --- Generating NLP model Final_Parameters --- PVT circular with pressure loss & thermosiphon flow.gms(83) 6 Mb --- 7 rows 7 columns 30 non-zeroes --- 112 nl-code 25 nl-non-zeroes --- PVT circular with pressure loss & thermosiphon flow.gms(83) 4 Mb --- Executing CONOPT (Solvelink=2): elapsed 0:00:00.482 CONOPT 3 37.1.0 r07954d5 Released Nov 11, 2021 WEI x86 64bit/MS Window --- *** This solver runs with a demo license. No commercial use. C O N O P T 3 version 3.17K Copyright (C) ARKI Consulting and Development A/S Bagsvaerdvej 246 A DK-2880 Bagsvaerd, Denmark Iter Phase Ninf Infeasibility RGmax NSB Step InItr MX OK 0 0 7.9375403236E+02 (Input point) Pre-triangular equations: 0 Post-triangular equations: 0 Definitional equations: 2 1 0 1.7909471507E+01 (After pre-processing) 2 0 8.2680824252E-01 (After scaling) 10 0 3 4.5147075056E-01 1.0E+00 F T 16 1 1 1.4579165608E-01 2.6E-05 2 1.4E-02 1 F F 21 1 1 1.2020994701E-01 9.0E-02 2 8.8E-01 F F ** Feasible solution. Value of objective = 1.219495599937E-15 Iter Phase Ninf Objective RGmax NSB Step InItr MX OK 31 3 1.2194955999E-15 4.2E-14 2 ** Optimal solution. Reduced gradient less than tolerance. --- Reading solution for model Final_Parameters --- Executing after solve: elapsed 0:00:00.599 --- PVT circular with pressure loss & thermosiphon flow.gms(373) 4 Mb --- Generating NLP model Thermal --- PVT circular with pressure loss & thermosiphon flow.gms(376) 6 Mb --- 381 rows 381 columns 1,183 non-zeroes --- 2,456 nl-code 600 nl-non-zeroes --- PVT circular with pressure loss & thermosiphon flow.gms(376) 4 Mb --- Executing CONOPT (Solvelink=2): elapsed 0:00:00.610 CONOPT 3 37.1.0 r07954d5 Released Nov 11, 2021 WEI x86 64bit/MS Window --- *** This solver runs with a demo license. No commercial use. C O N O P T 3 version 3.17K Copyright (C) ARKI Consulting and Development A/S Bagsvaerdvej 246 A DK-2880 Bagsvaerd, Denmark ** An initial function value is too large (larger than 1.0E+10). Scale the variables and/or equations or add bounds. --- Reading solution for model Thermal --- Executing after solve: elapsed 0:00:00.824 --- Generating NLP model Operating_Conditions --- PVT circular with pressure loss & thermosiphon flow.gms(414) 6 Mb --- 50 rows 50 columns 82 non-zeroes --- 128 nl-code 32 nl-non-zeroes --- PVT circular with pressure loss & thermosiphon flow.gms(414) 4 Mb --- Executing CONOPT (Solvelink=2): elapsed 0:00:00.829 CONOPT 3 37.1.0 r07954d5 Released Nov 11, 2021 WEI x86 64bit/MS Window --- *** This solver runs with a demo license. No commercial use. C O N O P T 3 version 3.17K Copyright (C) ARKI Consulting and Development A/S Bagsvaerdvej 246 A DK-2880 Bagsvaerd, Denmark Iter Phase Ninf Infeasibility RGmax NSB Step InItr MX OK 0 0 6.5202095739E+03 (Input point) Pre-triangular equations: 50 Post-triangular equations: 0 1 0 0.0000000000E+00 (After pre-processing) 2 0 0.0000000000E+00 (After scaling) ** Feasible solution. Value of objective = 1000.00000000 Iter Phase Ninf Objective RGmax NSB Step InItr MX OK 4 3 1.0000000000E+03 0.0E+00 0 ** Optimal solution. There are no superbasic variables. --- Reading solution for model Operating_Conditions --- Executing after solve: elapsed 0:00:00.923 --- PVT circular with pressure loss & thermosiphon flow.gms(453) 4 Mb --- Generating NLP model PV_Power --- PVT circular with pressure loss & thermosiphon flow.gms(449) 6 Mb *** Error at line 449: overflow in * operation (mulop) --- PVT circular with pressure loss & thermosiphon flow.gms(461) 4 Mb 1 Error *** SOLVE aborted --- GDX File E:\GAMS\Circular\PVT circular with pressure loss & thermosiphon flow.gdx --- PVT circular with pressure loss & thermosiphon flow.gms(461) 4 Mb 1 Error *** Status: Execution error(s) --- Job PVT circular with pressure loss & thermosiphon flow.gms Stop 05/19/22 10:07:39 elapsed 0:00:01.150