def test_c1_natural_gas():
params = {"Base Energy Requirement [MW]": 47}
electric = EnergySection(source="NGCC w/ CCS", battery=None, params=params)
print(electric.compute().values)
params = {"Required Thermal Energy [GJ/tCO2]": 6.64}
thermal = NgThermalSection(source="Advanced NGCC", battery=None, params=params)
print(thermal.compute().values)
params = {"Total Capex [$]": 1029}
dac = DacSection(params=params)
print(dac.compute().values)
dac_all = DacModel(electric=electric, thermal=thermal, dac=dac, params=params)
print(dac_all.compute().values)
assert len(dac_all.compute().series)
assert 220 <= dac_all.values["Total Cost [$/tCO2]"] <= 230
def test_c3_nuclear():
params = {"Base Energy Requirement [MW]": 38}
electric = EnergySection(source="Advanced Nuclear", battery=None, params=params)
params = {"Base Energy Requirement [MW]": 234}
thermal = EnergySection(source="Advanced Nuclear", battery=None, params=params)
params = {"Total Capex [$]": 936.01}
dac = DacSection(params=params)
dac_all = DacModel(electric=electric, thermal=thermal, dac=dac, params=params)
assert len(dac_all.compute().series)
assert 395 <= dac_all.values["Total Cost [$/tCO2]"] <= 405
def test_c1_natural_gas():
params = {"Base Energy Requierement [MW]": 47}
electric = EnergySection("NGCC w/ CCS", battery=None, **params)
params = {"Base Energy Requierement [MW]": 0}
thermal = EnergySection("Advanced NGCC", battery=None, **params)
params = {"Total Capex [$]": 1029}
dac = DacSection(**params)
dac_all = DacModel(electric, thermal, dac, **params)
assert len(dac_all.compute().series)
assert 220 <= dac_all.values["Total Cost [$/tCO2]"] <= 230
def test_c2_wind():
params = {"Base Energy Requirement [MW]": 38}
ebattery = BatterySection(params=params)
electric = EnergySection(source="Wind", battery=ebattery, params=params)
params = {"Base Energy Requirement [MW]": 234}
tbattery = BatterySection(params=params)
thermal = EnergySection(source="Wind", battery=tbattery, params=params)
params = {"Total Capex [$]": 936.01}
dac = DacSection(params=params)
dac_all = DacModel(electric=electric, thermal=thermal, dac=dac, params=params)
assert len(dac_all.compute().series)
assert 385 <= dac_all.values["Total Cost [$/tCO2]"] <= 395
def test_c2_solar():
params = {"Base Energy Requierement [MW]": 38}
ebattery = BatterySection(**params)
electric = EnergySection("Solar", battery=ebattery, **params)
params = {"Base Energy Requierement [MW]": 234}
tbattery = BatterySection(**params)
thermal = EnergySection("Solar", battery=tbattery, **params)
params = {"Total Capex [$]": 936.01}
dac = DacSection(**params)
dac_all = DacModel(electric, thermal, dac, **params)
assert len(dac_all.compute().series)
assert 470 <= dac_all.values["Total Cost [$/tCO2]"] <= 490
def test_renewable_models(tech, use_bat, hparams):
if use_bat:
ebattery = BatterySection(params=hparams)
tbattery = BatterySection(params=hparams)
else:
ebattery = None
tbattery = None
electric = EnergySection(source=tech, battery=ebattery, params=hparams)
thermal = EnergySection(source=tech, battery=tbattery, params=hparams)
dac = DacSection(params=hparams)
dac_all = DacModel(electric=electric,
thermal=thermal,
dac=dac,
params=hparams)
assert len(dac_all.compute().series)
assert dac_all.values["Total Cost [$/tCO2]"] > 0
def test_ng_model(hparams):
electric = EnergySection(source="NGCC w/ CCS",
battery=None,
params=hparams)
thermal = NgThermalSection(source="Advanced NGCC",
battery=None,
params=hparams)
dac = DacSection(params=hparams)
dac_all = DacModel(electric=electric,
thermal=thermal,
dac=dac,
params=hparams)
assert len(dac_all.compute().series)
assert dac_all.values["Total Cost [$/tCO2]"] > 0
def test_uncertainties(uparams):
uparams["Base Energy Requirement [MW]"] = 47
electric = EnergySection(source="NGCC w/ CCS",
battery=None,
params=uparams)
uparams["Required Thermal Energy [GJ/tCO2]"] = 6.64
thermal = NgThermalSection(source="Advanced NGCC",
battery=None,
params=uparams)
uparams["Total Capex [$]"] = 1029
dac = DacSection(params=uparams)
dac_all = DacModel(electric=electric,
thermal=thermal,
dac=dac,
params=uparams)
assert len(dac_all.compute().series)
assert 220 <= dac_all.values["Total Cost [$/tCO2]"] <= 230
assert isinstance(dac_all.values["Total Cost [$/tCO2]"],
uncertainties.core.AffineScalarFunc)
def test_default_parameters():
dac = DacSection()
assert dac.params["Scale [tCO2/year]"] == 1000000
def test_to_pandas():
dac = DacSection()
assert dac.values == {}
dac.compute()
assert dac.values
assert len(dac.series)
def test_update_parameters():
dac = DacSection(params={"Scale [tCO2/year]": 10})
assert dac.params["Scale [tCO2/year]"] == 10