Skip to content

Commit

Permalink
added key check for 'Generator' in microgridDesign.py
Browse files Browse the repository at this point in the history
  • Loading branch information
@lilycatolson
lilycatolson committed Dec 19, 2023
1 parent f77e387 commit 624ff5e
Showing 1 changed file with 41 additions and 39 deletions.
80 changes: 41 additions & 39 deletions omf/models/microgridDesign.py
View file
Original file line number Diff line number Diff line change
Expand Up @@ -283,7 +283,8 @@ def work(modelDir, inputDict):
scenario['ElectricStorage']['max_kw'] = batteryPowerMax
scenario['ElectricStorage']['max_kwh'] = batteryCapacityMax
# if outage_start_hour is > 0, a resiliency optimization that includes diesel is triggered
if outage_start_hour != 0:
run_outages = True if outage_start_hour != 0 else False
if run_outages:
#scenario['Scenario']['LoadProfile']['outage_is_major_event'] = True
scenario['ElectricLoad']['critical_load_fraction'] = criticalLoadFactor
#['LoadProfile']['critical_load_pct'] = criticalLoadFactor
Expand Down Expand Up @@ -333,7 +334,6 @@ def work(modelDir, inputDict):
json.dump(scenario, jsonFile)

# Run REopt API script *** => switched to REopt.jl
run_outages = True if outage_start_hour != 0 else False
reopt_jl.run_reopt_jl(modelDir, "Scenario_test_POST.json", outages=run_outages, max_runtime_s = 1000 )
with open(pJoin(modelDir, 'results.json')) as jsonFile:
results = json.load(jsonFile)
Expand Down Expand Up @@ -583,41 +583,43 @@ def work(modelDir, inputDict):
outData['sizeWindRounded' + indexString] = 0

# diesel generator does not follow on/off convention, as it is not turned on by user, but rather is automatically turned on when an outage is specified
outData['sizeDiesel' + indexString] = results['Generator']['size_kw']
outData['sizeDieselRounded' + indexString] = round(results['Generator']['size_kw'],1)
outData['dieselGenCost' + indexString] = dieselGenCost #float(inputDict['dieselGenCost'])
outData['dieselOnlyRunsDuringOutage' + indexString] = dieselOnlyRunsDuringOutage #bool(inputDict['dieselOnlyRunsDuringOutage'])
outData['dieselOMCostKw' + indexString] = dieselOMCostKw
outData['dieselOMCostKwh' + indexString] = dieselOMCostKwh #float(inputDict['dieselOMCostKwh'])
if results['Generator']['size_kw'] == 0:
outData['sizeDieselRounded' + indexString] = 0
outData['fuelUsedDiesel' + indexString] = results['Generator']['annual_fuel_consumption_gal']#['fuel_used_gal']
outData['fuelUsedDieselRounded' + indexString] = round(results['Generator']['annual_fuel_consumption_gal'], 0)
#['fuel_used_gal'],0)
outData['sizeDieselExisting' + indexString] = genExisting #float(inputDict['genExisting'])
outData['sizeDieselPurchased' + indexString] = outData['sizeDiesel' + indexString] - genExisting #outData['sizeDieselExisting' + indexString]
#results['inputs']['Scenario']['Site']['Generator']['existing_kw']
outData['powerDieselToBattery' + indexString] = results['Generator']['electric_to_storage_series_kw']
#['year_one_to_battery_series_kw']
outData['powerDieselToLoad' + indexString] = results['Generator']['electric_to_load_series_kw']
#['year_one_to_load_series_kw']
#adding powerDieselToGrid to ensure accuracy of total diesel production series (powerDiesel)
outData['powerDieselToGrid' + indexString] = results['Generator']['electric_to_grid_series_kw']
powerDieselProductionValues = (outData['powerDieselToBattery' + indexString], outData['powerDieselToLoad' + indexString],
outData['powerDieselToGrid' + indexString])
outData['powerDiesel' + indexString] = [sum(x) for x in zip(*powerDieselProductionValues)]
#resultsSubset['Generator']['year_one_power_production_series_kw']

#adding for proforma analysis (generator)
outData['dieselAnnualEnergyProduced' + indexString] = results['Generator']['annual_energy_produced_kwh']
outData['totalElectricityProduced' + indexString] += results['Generator']['annual_energy_produced_kwh'] #year_one_energy_produced_kwh?
outData['dieselInstalledCost' + indexString] = outData['sizeDieselPurchased' + indexString] * dieselGenCost
outData['fuelUsedDieselCost' + indexString] = outData['fuelUsedDiesel' + indexString] * dieselFuelCostGal
outData['fuelUsedDieselCostBAU' + indexString] = 0
if genExisting > 0:
outData['fuelUsedDieselCostBAU' + indexString] = results['Generator']['annual_fuel_consumption_gal_bau'] * dieselFuelCostGal

# output resilience stats if resilienceRun was successful
#adding check to ensure 'Generator' key exists
if 'Generator' in results:
outData['sizeDiesel' + indexString] = results['Generator']['size_kw']
outData['sizeDieselRounded' + indexString] = round(results['Generator']['size_kw'],1)
outData['dieselGenCost' + indexString] = dieselGenCost #float(inputDict['dieselGenCost'])
outData['dieselOnlyRunsDuringOutage' + indexString] = dieselOnlyRunsDuringOutage #bool(inputDict['dieselOnlyRunsDuringOutage'])
outData['dieselOMCostKw' + indexString] = dieselOMCostKw
outData['dieselOMCostKwh' + indexString] = dieselOMCostKwh #float(inputDict['dieselOMCostKwh'])
if results['Generator']['size_kw'] == 0:
outData['sizeDieselRounded' + indexString] = 0
outData['fuelUsedDiesel' + indexString] = results['Generator']['annual_fuel_consumption_gal']#['fuel_used_gal']
outData['fuelUsedDieselRounded' + indexString] = round(results['Generator']['annual_fuel_consumption_gal'], 0)
#['fuel_used_gal'],0)
outData['sizeDieselExisting' + indexString] = genExisting #float(inputDict['genExisting'])
outData['sizeDieselPurchased' + indexString] = outData['sizeDiesel' + indexString] - genExisting #outData['sizeDieselExisting' + indexString]
#results['inputs']['Scenario']['Site']['Generator']['existing_kw']
outData['powerDieselToBattery' + indexString] = results['Generator']['electric_to_storage_series_kw']
#['year_one_to_battery_series_kw']
outData['powerDieselToLoad' + indexString] = results['Generator']['electric_to_load_series_kw']
#['year_one_to_load_series_kw']
#adding powerDieselToGrid to ensure accuracy of total diesel production series (powerDiesel)
outData['powerDieselToGrid' + indexString] = results['Generator']['electric_to_grid_series_kw']
powerDieselProductionValues = (outData['powerDieselToBattery' + indexString], outData['powerDieselToLoad' + indexString],
outData['powerDieselToGrid' + indexString])
outData['powerDiesel' + indexString] = [sum(x) for x in zip(*powerDieselProductionValues)]
#resultsSubset['Generator']['year_one_power_production_series_kw']

#adding for proforma analysis (generator)
outData['dieselAnnualEnergyProduced' + indexString] = results['Generator']['annual_energy_produced_kwh']
outData['totalElectricityProduced' + indexString] += results['Generator']['annual_energy_produced_kwh'] #year_one_energy_produced_kwh?
outData['dieselInstalledCost' + indexString] = outData['sizeDieselPurchased' + indexString] * dieselGenCost
outData['fuelUsedDieselCost' + indexString] = outData['fuelUsedDiesel' + indexString] * dieselFuelCostGal
outData['fuelUsedDieselCostBAU' + indexString] = 0
if genExisting > 0:
outData['fuelUsedDieselCostBAU' + indexString] = results['Generator']['annual_fuel_consumption_gal_bau'] * dieselFuelCostGal

# output resilience stats if resilienceRun was successful
if run_outages: #'outage_sim_results' in resultsResilience:
outData['resilience' + indexString] = resultsResilience['resilience_by_time_step']#['outage_durations'] <- not working?
#['outage_sim_results']['resilience_by_timestep']
Expand Down Expand Up @@ -1167,7 +1169,7 @@ def new(modelDir):
"outage_start_hour": "500",
"outageDuration": "24",
"fuelAvailable": "20000",
"genExisting": 10, #was 0
"genExisting": 0,
"minGenLoading": "0.3",
"dieselFuelCostGal": "3", # default value for diesel
"dieselCO2Factor": 22.4, # default value for diesel
Expand All @@ -1179,7 +1181,7 @@ def new(modelDir):
"value_of_lost_load": "100",
"solarCanCurtail": True,
"solarCanExport": True,
"dieselOnlyRunsDuringOutage": True #was: True
"dieselOnlyRunsDuringOutage": True
}
creationCode = __neoMetaModel__.new(modelDir, defaultInputs)
try:
Expand Down

0 comments on commit 624ff5e

Please sign in to comment.