Bugixing Szenario 1b 1a

FZJ-IEK3-VSA · Apr 23, 2024 · 5d2a8ad · 5d2a8ad
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Showing 6 changed files with 28 additions and 24 deletions.
diff --git a/examples/Cell4LifeSimulationExecutorvII.py b/examples/Cell4LifeSimulationExecutorvII.py
@@ -7,7 +7,6 @@
 sys.path.append("C://Users//Standard//Desktop//hisim//HiSim//")
 
 #Import of different hisim examples for the Cell4Life project ("Gesamtmodelle" in HiSim)
-import Cell4LifeSzenariovII
 import Cell4LifeSzenario1a_1b
 import Cell4LifeSzenario2a
 from hisim.result_path_provider import ResultPathProviderSingleton
@@ -178,7 +177,7 @@
 #             Cell4Life_Postprocessing.saveInputdata(input_variablen)
 #             #Cell4Life_Postprocessing.saveexcelforevaluations(input_variablen, excelfilepathallresults1, excel_filename1)
 #             Cell4Life_Postprocessing.save_data_in_excel_for_economic_assessment(input_variablen, excelfilepathresults2)
-#             Cell4Life_ControllExcelSheet.ControllSheetExcel(excelfilepathresults3)
+#             Cell4Life_ControllExcelSheet.ControllSheetExcel(excelfilepathresults3, input_variablen)
 
 #             del excelfilepathresults2, excelfilepathresults3
 #             finishtext = "---Parametervariation  --vII: " + input_variablen["szenario"]["value"] + "--  abgeschlossen---"
@@ -307,7 +306,7 @@
             Cell4Life_Postprocessing.saveInputdata(input_variablen)
             #Cell4Life_Postprocessing.saveexcelforevaluations(input_variablen, excelfilepathallresults1, excel_filename1)
             Cell4Life_Postprocessing.save_data_in_excel_for_economic_assessment(input_variablen, excelfilepathresults2)
-            Cell4Life_ControllExcelSheet.ControllSheetExcel(excelfilepathresults3)
+            Cell4Life_ControllExcelSheet.ControllSheetExcel(excelfilepathresults3, input_variablen)
 
             del excelfilepathresults2, excelfilepathresults3
             finishtext = "---Parametervariation  --vII: " + input_variablen["szenario"]["value"] + "--  abgeschlossen---"

diff --git a/examples/Cell4LifeSzenario1a_1b.py b/examples/Cell4LifeSzenario1a_1b.py
@@ -77,14 +77,15 @@ def Cell4Life(
 
 
     # Build Results Path
-    name = "VII_" + input_variablen["szenario"]["value"] +  "_S" + str(input_variablen["PreResultNumber"]["value"])+"_BCap._" + str(math.ceil(input_variablen["battery_capacity"]["value"])) + "kWh_Inv_" + str(math.ceil(input_variablen["battery_inverter_power"]["value"]/1000)) + "kW_FCPow_" + str(math.ceil(input_variablen["fuel_cell_power"]["value"]/1000)) +"kW"
+    name = input_variablen["szenario"]["value"] +  "_S" + str(input_variablen["PreResultNumber"]["value"])+"_BCap._" + str(math.ceil(input_variablen["battery_capacity"]["value"])) + "kWh_Inv_" + str(math.ceil(input_variablen["battery_inverter_power"]["value"]/1000)) + "kW_FCPow_" + str(math.ceil(input_variablen["fuel_cell_power"]["value"]/1000)) +"kW"
+
 
-    name = "TestvI1"
 
     ResultPathProviderSingleton().set_important_result_path_information(
         module_directory = "C://Users//Standard//Desktop//hisim//C4LResults",
         model_name= name,
-        variant_name=my_sim.setup_function,
+        #variant_name=my_sim.setup_function,
+        variant_name = '',
         sorting_option=SortingOptionEnum.VARPARAMETERNAMED,
         hash_number=None,
     )
@@ -94,7 +95,7 @@ def Cell4Life(
 
     my_simulation_parameters.post_processing_options.append(postprocessingoptions.PostProcessingOptions.EXPORT_TO_CSV)
     my_simulation_parameters.post_processing_options.append(postprocessingoptions.PostProcessingOptions.PLOT_LINE)
-    #my_simulation_parameters.post_processing_options.append(postprocessingoptions.PostProcessingOptions.MAKE_NETWORK_CHARTS)
+    my_simulation_parameters.post_processing_options.append(postprocessingoptions.PostProcessingOptions.MAKE_NETWORK_CHARTS)
     my_simulation_parameters.post_processing_options.append(postprocessingoptions.PostProcessingOptions.PLOT_CARPET)
 
 
@@ -436,7 +437,7 @@ def InputParameter():
     h2_storage_losses = 0 # % of Hydrogen Losses per day in %
     h2_storage_lossesUnit = "%"
 
-    h2_soc_upper_threshold_electrolyzer = 50  #Electrolyzer works just until H2 storage goes up to this threshold
+    h2_soc_upper_threshold_electrolyzer = 99.9  #Electrolyzer works just until H2 storage goes up to this threshold
     h2_soc_upper_threshold_electrolyzerUnit = "%"
 
     #H2 storage energy demands; the energy demand is covered by electricit; 

diff --git a/examples/Cell4LifeSzenario2a.py b/examples/Cell4LifeSzenario2a.py
@@ -78,14 +78,13 @@ def Cell4Life(
 
 
     # Build Results Path
-    name = "VII_" + input_variablen["szenario"]["value"] +  "_S" + str(input_variablen["PreResultNumber"]["value"])+"_BCap._" + str(math.ceil(input_variablen["battery_capacity"]["value"])) + "kWh_Inv_" + str(math.ceil(input_variablen["battery_inverter_power"]["value"]/1000)) + "kW_FCPow_" + str(math.ceil(input_variablen["fuel_cell_power"]["value"]/1000)) +"kW"
+    name = input_variablen["szenario"]["value"] +  "_S" + str(input_variablen["PreResultNumber"]["value"])+"_BCap._" + str(math.ceil(input_variablen["battery_capacity"]["value"])) + "kWh_Inv_" + str(math.ceil(input_variablen["battery_inverter_power"]["value"]/1000)) + "kW_FCPow_" + str(math.ceil(input_variablen["fuel_cell_power"]["value"]/1000)) +"kW"
 
-    name = "TestvII2"
-
     ResultPathProviderSingleton().set_important_result_path_information(
         module_directory = "C://Users//Standard//Desktop//hisim//C4LResults",
         model_name= name,
-        variant_name=my_sim.setup_function,
+        #variant_name=my_sim.setup_function,
+        variant_name = '',
         sorting_option=SortingOptionEnum.VARPARAMETERNAMED,
         hash_number=None,
     )

diff --git a/hisim/components/generic_CHP.py b/hisim/components/generic_CHP.py
@@ -268,8 +268,7 @@ def i_simulate(
             stsv.set_output_value(self.fuel_consumption_channel, self.state.state * self.p_fuel)
             stsv.set_output_value(self.FuelCellElectricityInputStandby_channel, 0)
 
-        if timestep == 7549:
-            print('Fuel Cell state in Fuel Cell ', self.state.state)
+
 
     def get_default_connections_from_chp_controller(self,) -> List[cp.ComponentConnection]:
         """Sets default connections of the controller in the Fuel Cell / CHP."""

diff --git a/hisim/postprocessing/Cell4Life_ControllExcelSheet.py b/hisim/postprocessing/Cell4Life_ControllExcelSheet.py
@@ -7,7 +7,7 @@
 from openpyxl.styles import NamedStyle
 from hisim.result_path_provider import ResultPathProviderSingleton
 
-def ControllSheetExcel(excelfilepathresults3):
+def ControllSheetExcel(excelfilepathresults3, input_variablen):
 
 
     # #----Save all Input Data in a .txt ----
@@ -131,26 +131,32 @@ def ControllSheetExcel(excelfilepathresults3):
         for row in csvreader:
             EnergyInputData11.append(row[1])
 
-    # Load data from "PV to grid if CHP is running" (column 2) and add the collected data to list
+    # Load data from "Electricity which needs Fuel Cell in Standby" (column 2) and add the collected data to list
     csv_datei12 = os.path.join(path, 'FuelCellElectricityInputStandby_CHP_w2.csv')
     with open(csv_datei12, 'r') as csvfile:
         csvreader = csv.reader(csvfile, delimiter=';')  # Verwende Semikolon als Trennzeichen
         for row in csvreader:
             EnergyInputData12.append(row[1])
 
-    # Load data from "PV to grid if CHP is running" (column 2) and add the collected data to list
-    csv_datei13 = os.path.join(path, 'QuantitiyShare_electricity_from_Battery_to_CHPinStandby_Elect_Controller.csv')
-    with open(csv_datei13, 'r') as csvfile:
-        csvreader = csv.reader(csvfile, delimiter=';')  # Verwende Semikolon als Trennzeichen
-        for row in csvreader:
-            EnergyInputData13.append(row[1])
+    if input_variablen["szenario"]["value"] == '2a':
+        # Load data from "the amount of energy which is delivered from the battery to the CHP/Fuel Cell in Standbymode" (column 2) and add the collected data to list
+        csv_datei13 = os.path.join(path, 'QuantitiyShare_electricity_from_Battery_to_CHPinStandby_Elect_Controller.csv')
+        with open(csv_datei13, 'r') as csvfile:
+            csvreader = csv.reader(csvfile, delimiter=';')  # Verwende Semikolon als Trennzeichen
+            for row in csvreader:
+                EnergyInputData13.append(row[1])
+
 
 
 
 
 
     #Add all data in prepared list
-    model_energy_input_data = [(x[0], x[1], x[2], EnergyInputData2[i], EnergyInputData3[i], EnergyInputData4[i], EnergyInputData5[i], EnergyInputData6[i], EnergyInputData7[i], EnergyInputData8[i], EnergyInputData9[i], EnergyInputData10[i], EnergyInputData11[i], EnergyInputData12[i], EnergyInputData13[i]) for i, x in enumerate(model_energy_input_data)]
+    if input_variablen["szenario"]["value"] == '1a' or input_variablen["szenario"]["value"] == '1b':
+        model_energy_input_data = [(x[0], x[1], x[2], EnergyInputData2[i], EnergyInputData3[i], EnergyInputData4[i], EnergyInputData5[i], EnergyInputData6[i], EnergyInputData7[i], EnergyInputData8[i], EnergyInputData9[i], EnergyInputData10[i], EnergyInputData11[i], EnergyInputData12[i]) for i, x in enumerate(model_energy_input_data)]
+    elif input_variablen["szenario"]["value"] == '2a': 
+        model_energy_input_data = [(x[0], x[1], x[2], EnergyInputData2[i], EnergyInputData3[i], EnergyInputData4[i], EnergyInputData5[i], EnergyInputData6[i], EnergyInputData7[i], EnergyInputData8[i], EnergyInputData9[i], EnergyInputData10[i], EnergyInputData11[i], EnergyInputData12[i], EnergyInputData13[i]) for i, x in enumerate(model_energy_input_data)]
+
 
 
     # Durchlaufen der Daten und Einfügen in die Excel-Datei

diff --git a/hisim/postprocessing/Cell4Life_Postprocessing.py b/hisim/postprocessing/Cell4Life_Postprocessing.py
@@ -400,7 +400,7 @@ def save_data_in_excel_for_economic_assessment(input_variablen,excelfilepathresu
         for row in csvreader:
             Data11.append(row[1])
 
-    # Load data from "from Fuel Cell Standby" (column 2) and add the collected data to list
+    # Load data from "Fuel Cell Standby" (column 2) and add the collected data to list
     csv_datei12 = os.path.join(path, 'FuelCellElectricityInputStandby_CHP_w2.csv')
     with open(csv_datei12, 'r') as csvfile:
         csvreader = csv.reader(csvfile, delimiter=';')  # Verwende Semikolon als Trennzeichen