def test_define_availability_of_peak_demand_pricing_assets_yearly():
dict_availability_timeseries = C0.define_availability_of_peak_demand_pricing_assets(
dict_test_avilability, 1, 12)
assert (
len(dict_availability_timeseries) == 1
), f"Function does not create a single availability_timeseries for the whole year."
assert (
dict_availability_timeseries[1].values.sum() == 8760
), f"Availablity of a single dict_availability_timeseries is not ensured for every hour of the year."
def test_define_availability_of_peak_demand_pricing_assets_quarterly():
dict_availability_timeseries = C0.define_availability_of_peak_demand_pricing_assets(
dict_test_avilability, 4, 3)
assert (
len(dict_availability_timeseries) == 4
), f"Function does not create 4 individual availability_timeseries for the whole year."
total = 0
for key in dict_availability_timeseries:
total += dict_availability_timeseries[key].values.sum()
assert (
total == 8760
), f"Availablity of all 12 availability_timeseries does not insure availability every hour of the year."
def test_define_availability_of_peak_demand_pricing_assets_monthly():
dict_availability_timeseries = C0.define_availability_of_peak_demand_pricing_assets(
dict_test_avilability, 12, 1)
assert (
len(dict_availability_timeseries) == 12
), f"Function does not create 12 individual availability_timeseries for the whole year."
assert (
dict_availability_timeseries[1].values.sum() == 31 * 24
), f"Availability timeseries that is supposed to be 1 for January alone has an unexpected number of available hours."
total = 0
for key in dict_availability_timeseries:
total += dict_availability_timeseries[key].values.sum()
assert (
total == 8760
), f"Availablity of all 12 availability_timeseries does not insure availability every hour of the year."