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Update test_preparation_and_conversion.py
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@TimFuermann
TimFuermann committed Nov 20, 2024
1 parent 2184a27 commit 450f63a
Showing 1 changed file with 65 additions and 14 deletions.
79 changes: 65 additions & 14 deletions test/test_preparation_and_conversion.py
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Original file line number Diff line number Diff line change
Expand Up @@ -66,7 +66,12 @@ def pv_test(cutout, time=TIME, skip_optimal_sum_test=False):
Compare optimal orientation with flat orientation.
"""
orientation = {"slope": 0.0, "azimuth": 0.0}
cap_factor = cutout.pv(atlite.resource.solarpanels.CdTe, orientation)
cap_factor = cutout.pv(atlite.resource.solarpanels.CdTe,
orientation,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'sum'})
cap_factor = cap_factor.loc[0]

assert cap_factor.notnull().all()
assert cap_factor.sum() > 0
Expand Down Expand Up @@ -97,7 +102,12 @@ def pv_test(cutout, time=TIME, skip_optimal_sum_test=False):
assert all(cap_per_region.round(3) == capacity.round(3))

# Now compare with optimal orienation
cap_factor_opt = cutout.pv(atlite.resource.solarpanels.CdTe, "latitude_optimal")
cap_factor_opt = cutout.pv(atlite.resource.solarpanels.CdTe,
"latitude_optimal",
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'sum'})
cap_factor_opt = cap_factor_opt.loc[0]

if not skip_optimal_sum_test:
assert cap_factor_opt.sum() > cap_factor.sum()
Expand Down Expand Up @@ -145,14 +155,21 @@ def pv_tracking_test(cutout):
cap_factor = cutout.pv(
atlite.resource.solarpanels.CSi,
orientation,
capacity_factor=True,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)
cap_factor = cap_factor.loc[0]

cap_factor_tracking_0axis = cutout.pv(
atlite.resource.solarpanels.CSi,
orientation,
tracking=None,
capacity_factor=True,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)
cap_factor_tracking_0axis = cap_factor_tracking_0axis.loc[0]

assert cap_factor_tracking_0axis.notnull().all()
assert cap_factor_tracking_0axis.sum() > 0
Expand All @@ -163,29 +180,41 @@ def pv_tracking_test(cutout):
atlite.resource.solarpanels.CSi,
orientation,
tracking="horizontal",
capacity_factor=True,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)
cap_factor_tracking_1axis_h = cap_factor_tracking_1axis_h.loc[0]

cap_factor_tracking_1axis_th = cutout.pv(
atlite.resource.solarpanels.CSi,
orientation,
tracking="tilted_horizontal",
capacity_factor=True,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)
cap_factor_tracking_1axis_th = cap_factor_tracking_1axis_th.loc[0]

cap_factor_tracking_1axis_v = cutout.pv(
atlite.resource.solarpanels.CSi,
orientation,
tracking="vertical",
capacity_factor=True,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)
cap_factor_tracking_1axis_v = cap_factor_tracking_1axis_v.loc[0]

cap_factor_tracking_2axis = cutout.pv(
atlite.resource.solarpanels.CSi,
orientation,
tracking="dual",
capacity_factor=True,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)
cap_factor_tracking_2axis = cap_factor_tracking_2axis.loc[0]

assert cap_factor_tracking_1axis_v.notnull().all()
assert cap_factor_tracking_1axis_v.sum() > 0
Expand All @@ -212,7 +241,11 @@ def csp_test(cutout):
and technologies.
"""
## Test technology = "solar tower"
st = cutout.csp(atlite.cspinstallations.SAM_solar_tower, capacity_factor=True)
st = cutout.csp(atlite.cspinstallations.SAM_solar_tower,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)

assert st.notnull().all()
assert (st >= 0).all()
Expand All @@ -224,7 +257,11 @@ def csp_test(cutout):
assert (st <= ll).all()

## Test technology = "parabolic trough"
pt = cutout.csp(atlite.cspinstallations.SAM_parabolic_trough, capacity_factor=True)
pt = cutout.csp(atlite.cspinstallations.SAM_parabolic_trough,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'mean'}
)

assert pt.notnull().all()
assert (pt >= 0).all()
Expand Down Expand Up @@ -281,7 +318,11 @@ def wind_test(cutout):
lower production than a layout proportionally to the capacity layout
squared.
"""
cap_factor = cutout.wind(atlite.windturbines.Enercon_E101_3000kW)
cap_factor = cutout.wind(atlite.windturbines.Enercon_E101_3000kW,
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'sum'})
cap_factor = cap_factor.loc[0]

assert cap_factor.notnull().all()
assert cap_factor.sum() > 0
Expand Down Expand Up @@ -325,7 +366,11 @@ def runoff_test(cutout):
lower sites (mostly at sea level) should have a smaller capacity
factor total and production.
"""
cap_factor = cutout.runoff()
cap_factor = cutout.runoff(per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'sum'})
cap_factor = cap_factor.loc[0]

assert cap_factor.notnull().all()
assert cap_factor.sum() > 0

Expand Down Expand Up @@ -372,11 +417,17 @@ def coefficient_of_performance_test(cutout):
"""
Test the coefficient_of_performance function.
"""
cap_factor = cutout.coefficient_of_performance(source="air")
cap_factor = cutout.coefficient_of_performance(source="air",
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'sum'})
assert cap_factor.notnull().all()
assert cap_factor.sum() > 0

cap_factor = cutout.coefficient_of_performance(source="soil")
cap_factor = cutout.coefficient_of_performance(source="soil",
per_gridcell=True,
per_unit=True,
agg_kwargs={'freq': None, 'agg': 'sum'})
assert cap_factor.notnull().all()
assert cap_factor.sum() > 0

Expand Down

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