def xtest_carrying_cost_not_replacable():
""" 3 DERs all not replaceable for the duration of the project
This test will check for :
1) proforma is length of lifetime + 1
2) replacement costs
3) decomissioning cost should be on the last year
4) capital cost column should be replaced with economic carrying
capacity
6) taxes dont appear in proforma
7) ecc breakdown CSV in results
"""
assert_ran(r" ", ) # TODO
def xtest_ecc_long_actual_lifetime():
""" Test ECC calculations when batteries degradation module results in a
longer lifetime than user given""" # TODO
assert_ran(r" ", )
def xtest_ecc_zero_out():
""" Test that value from services are 0-ed"""
# TODO
assert_ran(r" ", )
def test_pv_pv_ice():
assert_ran(DIR / "035-pv_pv_ice_bill_reduction.csv")
def test_batt():
assert_ran(DIR / "026-DA_FR_SR_NSR_battery_month.csv")
def test_ice():
assert_ran(DIR / "030-billreduction_ice_month.csv")
def test_ice_pv():
assert_ran(DIR / "032-pv_ice_bill_reduction.csv")
def test_monthly():
# TODO check that post-facto cash flows are ZERO
assert_ran(DIR / '005-cba_monthly_timseries.csv', )
def test_catch_wrong_length():
# trying to do sensetivity analysis and evaluation columns
# following should fail
with pytest.raises(ModelParameterError):
assert_ran(DIR / '002-catch_wrong_length.csv', )
def test_coupled_evaluation():
# TODO check that post-facto cash flows are ZERO
assert_ran(DIR / '004-cba_valuation_coupled_dt.csv', )
def xtest_tariff(): # TODO
assert_ran(DIR / '106-cba_tariff.csv', )
def test_batt_ts_constraints():
assert_ran(DIR / "029-DA_FR_SR_NSR_battery_month_ts_constraints.csv")
def test_batt_pv_ice():
assert_ran(DIR / "028-DA_FR_SR_NSR_battery_pv_ice_month.csv")
def test_pv_ice():
assert_ran(DIR / "027-DA_FR_SR_NSR_pv_ice_month.csv")
def xtest_da_month_degradation_predict_when_battery_will_be_replaced():
assert_ran(
CBA_DIR + r"\Model_Parameters_Template_ENEA_S1_8_12_UC1_DAETS_" +
r"doesnt_reach_eol_during_opt.csv", )
def xtest_linear_salvage_value():
# TODO check to make sure that salvage value is some nonzero value
assert_ran(CBA_DIR + r"\110-linear_salvage_value.csv", )
def test_sensitivity_evaluation():
# TODO check that post-facto cash flows are ZERO
assert_ran(DIR / '003-cba_valuation_sensitivity.csv', )
def xtest_user_defined_salvage_value():
# TODO check to make sure that salvage value is some nonzero value
assert_ran(CBA_DIR + r"\user_salvage_value.csv", )
def test_controllable_load_month():
assert_ran(DIR / "031-billreduction_battery_controllableload_month.csv")
def xtest_shortest_lifetime_linear_salvage():
assert_ran(DIR / "shortest_lifetime_linear_salvage.csv")
def test_ice_ice():
assert_ran(DIR / "033-ice_ice_bill_reduction.csv")
def xtest_ppa():
""" Test solar's PPA feature"""
assert_ran(DIR / "ppa_payment.csv")
def test_battery():
"""tests fixed size with retail ETS and DCM services through 1 battery"""
assert_ran(DIR / "004-fixed_size_battery_retailets_dcm.csv")
def xtest_da_lf_fr_battery_combined_market():
""" Tests a case were FR and LF are the same model. Requires that the resulting profits and
costs are the same for FR and LF
"""
assert_ran(r" ", ) # TODO
