def test_evaluate_lifetime_costs():
settings = {EVALUATED_PERIOD: {VALUE: 10}}
economic_data = {
PROJECT_DURATION: {
VALUE: 20
},
DISCOUNTFACTOR: {
VALUE: 0.1
},
TAX: {
VALUE: 0
},
CRF: {
VALUE: 0.1
},
ANNUITY_FACTOR: {
VALUE: 7
},
}
dict_asset = {
SPECIFIC_COSTS_OM: {
VALUE: 5,
UNIT: "unit"
},
SPECIFIC_COSTS: {
VALUE: 100,
UNIT: "unit"
},
DISPATCH_PRICE: {
VALUE: 1,
UNIT: "unit"
},
LIFETIME: {
VALUE: 10
},
UNIT: UNIT,
AGE_INSTALLED: {
VALUE: 0
},
}
C0.evaluate_lifetime_costs(settings, economic_data, dict_asset)
# Note: Only the relevant keys are tested here. The valid calculation of the costs is tested with test_benchmark_KPI.py, Test_Economic_KPI.test_benchmark_Economic_KPI_C2_E2()
for k in [
LIFETIME_SPECIFIC_COST,
LIFETIME_SPECIFIC_COST_OM,
ANNUITY_SPECIFIC_INVESTMENT_AND_OM,
SIMULATION_ANNUITY,
LIFETIME_PRICE_DISPATCH,
SPECIFIC_REPLACEMENT_COSTS_INSTALLED,
SPECIFIC_REPLACEMENT_COSTS_OPTIMIZED,
]:
assert k in dict_asset, f"Function does not add {k} to the asset dictionary."
def test_evaluate_lifetime_costs_adds_all_parameters():
C0.evaluate_lifetime_costs(settings, economic_data, dict_asset)
for k in (
LIFETIME_SPECIFIC_COST,
ANNUITY_SPECIFIC_INVESTMENT_AND_OM,
LIFETIME_SPECIFIC_COST_OM,
LIFETIME_PRICE_DISPATCH,
SIMULATION_ANNUITY,
SPECIFIC_REPLACEMENT_COSTS_OPTIMIZED,
SPECIFIC_REPLACEMENT_COSTS_INSTALLED,
):
assert (k in dict_asset.keys()
), f"Function does not add {k} to the asset dictionary."