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Merge pull request #535 from SPF-OST/dont-crash-as-much
Just don't crash as much.
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19
tests/trnsysGUI/testConfigFileUpdater/data/existing/expected/run.config
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| string nameRef "TTES" | ||
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| "##################PATHS##################" | ||
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| string PROJECT$ "C:\actions-runner\_work\pytrnsys_gui\pytrnsys_gui\tests\trnsysGUI\testConfigFileUpdater\data\existing\actual\TTES\ddck" | ||
| string projectPath "C:\actions-runner\_work\pytrnsys_gui\pytrnsys_gui\tests\trnsysGUI\testConfigFileUpdater\data\existing\actual\TTES" | ||
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| #############USED DDCKs################## | ||
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| PROJECT$ generic\head | ||
| PROJECT$ Bolr\type6 | ||
| PROJECT$ Coll\type1 | ||
| PROJECT$ Coll\type1_constants_CobraAK2_8V | ||
| PROJECT$ Hx\type991 | ||
| PROJECT$ QSink\QSink | ||
| PROJECT$ Tes\Tes | ||
| PROJECT$ weather\SMA_hourly | ||
| PROJECT$ weather\weather_data_base | ||
| PROJECT$ generic\end |
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tests/trnsysGUI/testConfigFileUpdater/data/existing/input/TTES/ddck/Bolr/type6.ddck
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| ******************************* | ||
| **BEGIN Type6.ddck | ||
| ******************************* | ||
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| ***************************************** | ||
| ** Contact person : Mattia Battaglia | ||
| ** Creation date : 10.01.2010 | ||
| ** Last changes : 18.05.2022 | ||
| ***************************************** | ||
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| *************************************************************************** | ||
| ** Description: | ||
| ** Simple Boiler model | ||
| *************************************************************************** | ||
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| *********************************** | ||
| ** inputs from hydraulic solver | ||
| *********************************** | ||
| EQUATIONS 2 | ||
| TBoilerIn = @temp(In, TPiAuxIn) | ||
| MfrBoilerIn = ABS(@mfr(In, MfrPiAuxIn)) | ||
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| *********************************** | ||
| ** outputs to hydraulic solver | ||
| *********************************** | ||
| EQUATIONS 1 | ||
| @temp(Out, TBoilerOut) = TBOut | ||
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| ****************************************************************************************** | ||
| ** outputs to energy balance in kWh and ABSOLUTE value | ||
| ** Following this naming standard : qSysIn_name, qSysOut_name, elSysIn_name, elSysOut_name | ||
| ****************************************************************************************** | ||
| EQUATIONS 1 | ||
| qSysIn_Boiler = PBoiler_kW | ||
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| *********************************** | ||
| ** Dependencies with other ddck | ||
| *********************************** | ||
| EQUATIONS 2 | ||
| BoilerOn = auxOnRc | ||
| mytRoomStore = tRoomStore | ||
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| *********************************** | ||
| ** Beginning TYPE | ||
| *********************************** | ||
| CONSTANTS 2 | ||
| PBoilerNom = 3600*10 | ||
| MflowBoilerNom = 3000 | ||
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| UNIT 219 TYPE 6 | ||
| PARAMETERS 4 | ||
| PBoilerNom ! 1: Rated Capacity kJ/h | ||
| CPWAT ! 2: Fluid Specific Heat kJ/kgK | ||
| 0 ! 3: Loss UA value | ||
| 1 ! 4: Efficiency | ||
| INPUTS 5 | ||
| TBoilerIn ! 1: Inlet Fluid Temperature C | ||
| MfrBoilerIn ! 2: Inlet Fluid Flow Rate kg/h | ||
| BoilerOn ! 3: Input Control Signal (between 0 and 1) | ||
| tSetBoiler ! 4: Setpoint Temperature C | ||
| mytRoomStore ! 5: Boiler Efficiency Fraction | ||
| **** INITIAL INPUT VALUES | ||
| 50 0.0 0.0 95 0.78 | ||
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| *********************************** | ||
| ** Outputs | ||
| *********************************** | ||
| EQUATIONS 6 | ||
| TBout = [219,1] ! Outlet Fluid Temperature | ||
| MfrBout = [219,2] ! Outlet Fluid Flow Rate | ||
| PBoilerIn_kW = [219,3]/3600 ! Fluid Energy | ||
| PBoilerLoss_kW = [219,4]/3600 ! Losses to Surroundings | ||
| Pout = [219,5] ! Exhaust Energy | ||
| PBoiler_kW = Pout/3600 | ||
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| UNIT 89 TYPE 65 ! Online Plotter Auxiliary (Element Hp) | ||
| PARAMETERS 12 | ||
| 3 ! 1: Nb. of left-axis variables | ||
| 5 ! 2: Nb. of right-axis variables | ||
| -10 ! 3: Left axis minimum | ||
| 100 ! 4: Left axis maximum | ||
| 0 ! 5: Right axis minimum | ||
| 50 ! 6: Right axis maximum | ||
| nPlotsPerSim ! 7: Number of plots per simulation | ||
| 12 ! 8: X-axis gridpoints | ||
| 1 ! 9: Shut off Online w/o removing | ||
| -1 ! 10: Logical unit for output file | ||
| 0 ! 11: Output file units | ||
| 0 ! 12: Output file delimiter | ||
| INPUTS 8 | ||
| TBoilerIn TBoilerOut tSetBoiler PBoiler_kW PBoilerIn_kW PBoilerLoss_kW MfrBoilerIn BoilerOn | ||
| ** | ||
| TBoilerIn TBoilerOut tSetBoiler PBoiler_kW PBoilerIn_kW PBoilerLoss_kW MfrBoilerIn BoilerOn | ||
| LABELS 3 | ||
| Temperatures | ||
| Power | ||
| Boiler | ||
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| *********************************** | ||
| ** Monthly printer | ||
| *********************************** | ||
| CONSTANTS 1 | ||
| unitPrintBoiler = 31 | ||
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| ASSIGN temp\Boiler_MO.Prt unitPrintBoiler | ||
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| UNIT 32 TYPE 46 | ||
| PARAMETERS 6 | ||
| unitPrintBoiler ! 1: Logical unit number, - | ||
| -1 ! 2: Logical unit for monthly summaries, - | ||
| 1 ! 3: Relative or absolute start time. 0: print at time intervals relative to the simulation start time. 1: print at absolute time intervals. No effect for monthly integrations | ||
| -1 ! 4: Printing & integrating interval, h. -1 for monthly integration | ||
| 1 ! 5: Number of inputs to avoid integration, - | ||
| 1 ! 6: Output number to avoid integration | ||
| INPUTS 4 | ||
| Time PBoiler_kW PBoilerIn_kW PBoilerLoss_kW | ||
| ** | ||
| Time PBoiler_kW PBoilerIn_kW PBoilerLoss_kW | ||
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| *********************************** | ||
| ** Hourly printer | ||
| *********************************** | ||
| CONSTANTS 1 | ||
| unitPrintBoilerHr = 33 | ||
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| ASSIGN temp\Boiler_HR.Prt unitPrintBoilerHr | ||
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| UNIT 34 TYPE 46 ! Printegrator Monthly Values for System | ||
| PARAMETERS 8 | ||
| unitPrintBoilerHr ! 1: Logical unit number, - | ||
| -1 ! 2: Logical unit for monthly summaries, - | ||
| 1 ! 3: Relative or absolute start time. 0: print at time intervals relative to the simulation start time. 1: print at absolute time intervals. No effect for monthly integrations | ||
| 1 ! 4: Printing & integrating interval, h. -1 for monthly integration | ||
| 3 ! 5: Number of inputs to avoid integration, - | ||
| 1 ! 6: Output number to avoid integration | ||
| 5 ! 7: Output number to avoid integration | ||
| 6 ! 8: Output number to avoid integration | ||
| INPUTS 6 | ||
| Time PBoiler_kW PBoilerIn_kW PBoilerLoss_kW TBoilerIn TBoilerOut | ||
| ** | ||
| Time PBoiler_kW PBoilerIn_kW PBoilerLoss_kW TBoilerIn TBoilerOut | ||
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| ******************************* | ||
| **END Type6.dck | ||
| ******************************* |
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181
tests/trnsysGUI/testConfigFileUpdater/data/existing/input/TTES/ddck/Coll/type1.ddck
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| ******************************* | ||
| **BEGIN Type1.ddck | ||
| ******************************* | ||
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| ***************************************** | ||
| ** Contact person : Dani Carbonell | ||
| ** Creation date : 10.01.2010 | ||
| ** Last changes : 20.05.2022 | ||
| ***************************************** | ||
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| *************************************************************************** | ||
| ** Description: | ||
| ** Collector model using efficiency curve efficiency | ||
| *************************************************************************** | ||
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| *********************************** | ||
| ** inputs from hydraulic solver | ||
| *********************************** | ||
| EQUATIONS 2 | ||
| TCollIn = @temp(In, TPiColIn) | ||
| MfrColl = ABS(@mfr(In, MfrPiColIn)) | ||
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| *********************************** | ||
| ** outputs to hydraulic solver | ||
| *********************************** | ||
| EQUATIONS 1 | ||
| @temp(Out, TCollOut) = [28,1] | ||
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| *********************************** | ||
| ** outputs to other ddck | ||
| *********************************** | ||
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| ****************************************************************************************** | ||
| ** outputs to energy balance in kWh and ABSOLUTE value | ||
| ** Following this naming standard : | ||
| ** qSysIn_name, qSysOut_name, elSysIn_name, elSysOut_name | ||
| ****************************************************************************************** | ||
| EQUATIONS 1 | ||
| qSysIn_Collector = PColl_kW | ||
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| *********************************** | ||
| ** Dependencies with other ddck | ||
| *********************************** | ||
| EQUATIONS 1 | ||
| pumpColOn = puColOn | ||
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| CONSTANTS 2 | ||
| C_tilt = slopeSurfUser_1 ! @dependencyDdck Collector tilt angle / slope [°] | ||
| C_azim = aziSurfUSer_1 ! @dependencyDdck Collector azimuth (0:s, 90:w, 270: e) [°] | ||
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| EQUATIONS 4 | ||
| **surface-8 | ||
| IT_Coll_kJhm2 = IT_surfUser_1 ! Incident total radiation on collector plane, kJ/hm2 | ||
| IB_Coll_kJhm2 = IB_surfUser_1 ! incident beam radiation on collector plane, kJ/hm2 | ||
| ID_Coll_kJhm2 = ID_surfUser_1 ! diffuse and ground reflected irradiance on collector tilt | ||
| AI_Coll = AI_surfUser_1 ! incident angle on collector plane, ° | ||
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| EQUATIONS 5 | ||
| IT_Coll_kW = IT_Coll_kJhm2/3600 ! Incident total radiation on collector plane, kW/m2 | ||
| IB_Coll_kW = IB_Coll_kJhm2/3600 ! incident beam radiation on collector plane, kW/m2 | ||
| ID_Coll_kW = ID_Coll_kJhm2/3600 ! diffuse and ground reflected irradiance on collector tilt (kW/m2) | ||
| IT_Coll_Wm2 = IT_surfUser_1/3.6 | ||
| IT_Coll_kWm2 = IT_surfUser_1/3600 | ||
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| *********************************** | ||
| ** Begin CONSTANTS | ||
| *********************************** | ||
| CONSTANTS 3 | ||
| MfrCPriSpec = 15 ! Coll. Prim. loop spec. mass flow [kg/hm2] | ||
| AcollAp = 5 ! Collector area | ||
| MfrCPriNom = MfrCPriSpec*AcollAp | ||
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| *********************************** | ||
| ** Begin TYPE | ||
| *********************************** | ||
| UNIT 28 TYPE 1 | ||
| PARAMETERS 11 | ||
| nSeries ! number in series | ||
| AcollAp ! collector area | ||
| cpBri ! fluid specific heat kj(kgK | ||
| efficiencyMode ! efficiency mode | ||
| testedMfr ! tested flow rate kg/(hm2) | ||
| Eta0 ! intercept efficiency | ||
| a1 ! efficiency slope kJ/hm^2K | ||
| a2 ! efficiency curvature kJ/hm^2K^2 | ||
| 2 ! optical mode | ||
| FirstOrderIAM ! 1st order IAM | ||
| SecondOrderIAM ! 2nd order IAM | ||
| INPUTS 9 | ||
| TCollIn | ||
| MfrColl | ||
| Tamb | ||
| IT_Coll_kJhm2 | ||
| IT_H | ||
| ID_Coll_kJhm2 | ||
| 0,0 | ||
| AI_Coll !Flo check ! JS: This was defined wrong before (C_azim, even though it is incident angle input). Now it should be correct. | ||
| C_tilt !Flo check ! JS: This should be correct | ||
| *** INITIAL INPUT VALUES | ||
| 20 0 10 0 0 0 GroundReflectance 45 0 | ||
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| EQUATIONS 4 | ||
| **MfrCout = [700,2] | ||
| Pcoll = [28,3] !kJ/h | ||
| PColl_kW = Pcoll/3600 | ||
| PColl_kWm2 = PColl_kW/(AcollAp+1e-30) | ||
| PColl_Wm2 = PColl_kWm2*1000 | ||
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| *********************************** | ||
| ** Monthly printer | ||
| *********************************** | ||
| CONSTANTS 1 | ||
| unitPrintSol = 31 | ||
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| ASSIGN temp\SOLAR_MO.Prt unitPrintSol | ||
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| UNIT 32 TYPE 46 | ||
| PARAMETERS 6 | ||
| unitPrintSol ! 1: Logical unit number, - | ||
| -1 ! 2: Logical unit for monthly summaries, - | ||
| 1 ! 3: Relative or absolute start time. 0: print at time intervals relative to the simulation start time. 1: print at absolute time intervals. No effect for monthly integrations | ||
| -1 ! 4: Printing & integrating interval, h. -1 for monthly integration | ||
| 1 ! 5: Number of inputs to avoid integration, - | ||
| 1 ! 6: Output number to avoid integration | ||
| INPUTS 4 | ||
| Time Pcoll_kW PColl_kWm2 IT_Coll_kWm2 | ||
| ** | ||
| Time Pcoll_kW PColl_kWm2 IT_Coll_kWm2 | ||
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| *********************************** | ||
| ** Hourly printer | ||
| *********************************** | ||
| CONSTANTS 1 | ||
| unitHourlyCol = 33 | ||
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| ASSIGN temp\SOLAR_HR.Prt unitHourlyCol | ||
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| UNIT 34 TYPE 46 ! Printegrator Monthly Values for System | ||
| PARAMETERS 7 | ||
| unitHourlyCol ! 1: Logical unit number, - | ||
| -1 ! 2: Logical unit for monthly summaries, - | ||
| 1 ! 3: Relative or absolute start time. 0: print at time intervals relative to the simulation start time. 1: print at absolute time intervals. No effect for monthly integrations | ||
| 1 ! 4: Printing & integrating interval, h. -1 for monthly integration | ||
| 2 ! 5: Number of inputs to avoid integration, - | ||
| 4 ! 6: Output number to avoid integration | ||
| 5 ! 7: Output number to avoid integration | ||
| INPUTS 6 | ||
| Pcoll_kW PColl_kWm2 IT_Coll_kWm2 TCollOut TCollIn MfrColl | ||
| ** | ||
| Pcoll_kW PColl_kWm2 IT_Coll_kWm2 TCollOut TCollIn MfrColl | ||
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| *********************************** | ||
| ** Online Plotter | ||
| *********************************** | ||
| UNIT 103 TYPE 65 !Changed automatically | ||
| PARAMETERS 12 | ||
| 4 ! 1: Nb. of left-axis variables | ||
| 2 ! 2: Nb. of right-axis variables | ||
| 0 ! 3: Left axis minimum | ||
| 10 ! 4: Left axis maximum | ||
| 0 ! 5: Right axis minimum | ||
| 100 ! 6: Right axis maximum | ||
| nPlotsPerSim ! 7: Number of plots per simulation | ||
| 12 ! 8: X-axis gridpoints | ||
| 1 ! 9: Shut off Online w/o removing | ||
| -1 ! 10: Logical unit for output file | ||
| 0 ! 11: Output file units | ||
| 0 ! 12: Output file delimiter | ||
| INPUTS 6 | ||
| Pcoll_kW PColl_kWm2 IT_Coll_kWm2 MfrColl | ||
| TCollOut TCollIn | ||
| Pcoll_kW PColl_kWm2 IT_Coll_kWm2 MfrColl | ||
| TCollOut TCollIn | ||
| LABELS 3 | ||
| Power_and_Mfr | ||
| Temperatures | ||
| Collector | ||
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| ******************************* | ||
| **END Type1.ddck | ||
| ******************************* |
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...testConfigFileUpdater/data/existing/input/TTES/ddck/Coll/type1_constants_CobraAK2_8V.ddck
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| ****************************** | ||
| **BEGIN Type1_Constants_CobraAK2_8V.ddck | ||
| ******************************* | ||
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| ***************************************** | ||
| ** Solar Thermal Data for covered collector. | ||
| ** Very well performing collector Cobra AK 2.8V | ||
| ** Version : v0.0 | ||
| ** Last Changes: Jeremias Schmidli | ||
| ** Date: 10.03.2020 | ||
| ****************************************** | ||
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| CONSTANTS 11 | ||
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| Eta0= 0.857 ! Eta0 (a0) of collector (zero heat loss efficiency) | ||
| a1 = 4.16*3.6 ! linear heat loss coefficient of collector [kJ/hm^2K] ![W/m2K]*3.6 | ||
| a2 = 0.0089*3.6 ! quadratic heat loss coefficient of collector [kJ/hm^2K^2] ![W/m2K2]*3.6 | ||
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| AbsorberArea = 2.435 !m2 | ||
| TotArea = 2.768 !m2 | ||
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| nSeries = 1 | ||
| efficiencyMode = 1 | ||
| testedMfr = 200/AbsorberArea !l/hm2 | ||
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| GroundReflectance = 0.2 | ||
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| FirstOrderIAM = 0.108 | ||
| SecondOrderIAM = 0 | ||
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