update test data and tests

agoenergy · Sep 13, 2024 · 4c894c1 · 4c894c1
1 parent 37f12e2
commit 4c894c1
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Showing 9 changed files with 4,953 additions and 4,932 deletions.
diff --git a/tests/test_api.py b/tests/test_api.py
@@ -92,24 +92,24 @@ def test_example_api_call_1_ship(self):
         # test result categories
         res_values = res.groupby(["process_type", "cost_type"]).sum("values")["values"]
         expected_result = {
-            ("Water", "CAPEX"): 1.1342172270672746,
-            ("Water", "OPEX"): 0.539157778349926,
-            ("Water", "FLOW"): 1.195988210583831,
-            ("Electrolysis", "CAPEX"): 290.29664931801034,
-            ("Electrolysis", "OPEX"): 68.99723120650344,
-            ("Electricity generation", "CAPEX"): 927.4434737560686,
-            ("Electricity generation", "OPEX"): 308.606539951669,
-            ("Transportation (Ship)", "CAPEX"): 61.35376450396558,
-            ("Transportation (Ship)", "OPEX"): 71.15409022458118,
-            ("Transportation (Ship)", "FLOW"): 106.24743335376925,
-            ("Carbon", "CAPEX"): 196.81657679863747,
-            ("Carbon", "OPEX"): 113.57351510254443,
-            ("Carbon", "FLOW"): 100.57397108324335,
-            ("Derivative production", "CAPEX"): 90.50895668682817,
-            ("Derivative production", "OPEX"): 39.171320804334,
-            ("Heat", "FLOW"): 277.3302192660863,
-            # ("Electricity and H2 storage", "OPEX"): 176.3817106548646,
-            # TODO: test data not up to date
+            ("Carbon", "CAPEX"): 215.39641925483323,
+            ("Carbon", "FLOW"): 113.12731315531511,
+            ("Carbon", "OPEX"): 127.74942135397198,
+            ("Derivative production", "CAPEX"): 99.05316664855528,
+            ("Derivative production", "OPEX"): 44.060567834906934,
+            ("Electricity and H2 storage", "CAPEX"): 280.77888565912076,
+            ("Electricity and H2 storage", "OPEX"): 1.3769573769647385,
+            ("Electricity generation", "CAPEX"): 482.2723667527405,
+            ("Electricity generation", "OPEX"): 99.456760428662,
+            ("Electrolysis", "CAPEX"): 467.4703221865535,
+            ("Electrolysis", "OPEX"): 113.41671110837947,
+            ("Heat", "FLOW"): 311.94574723890867,
+            ("Transportation (Ship)", "CAPEX"): 67.14567135002606,
+            ("Transportation (Ship)", "FLOW"): 119.53810876643458,
+            ("Transportation (Ship)", "OPEX"): 80.92390973573872,
+            ("Water", "CAPEX"): 1.2624365339946522,
+            ("Water", "FLOW"): 1.3588564441074482,
+            ("Water", "OPEX"): 0.6125796349979609,
         }
 
         result_dict = {k: pytest.approx(v) for k, v in res_values.items() if v}
@@ -134,20 +134,20 @@ def test_example_api_call_2_ship_own_fuel(self):
         # test result categories
         res_values = res.groupby(["process_type", "cost_type"]).sum("values")["values"]
         expected_result = {
-            ("Water", "CAPEX"): 0.8511210005237106,
-            ("Water", "OPEX"): 0.21273242859187,
-            ("Water", "FLOW"): 0.471894289243873,
-            ("Electrolysis", "CAPEX"): 457.96199870023696,
-            ("Electrolysis", "OPEX"): 85.8485762832237,
-            ("Electricity generation", "CAPEX"): 838.9488831589423,
-            ("Electricity generation", "OPEX"): 146.78305821183,
-            ("Transportation (Ship)", "OPEX"): 12.2061245592688,
-            ("Carbon", "FLOW"): 61.3694736856213,
-            ("Derivative production", "CAPEX"): 188.2042202083766,
-            ("Derivative production", "OPEX"): 37.0003810701601,
-            ("Derivative production", "FLOW"): 16.8369286421993,
-            # ("Electricity and H2 storage", "OPEX"): 40.72566174247268,
-            # TODO: test data not up to date
+            ("Carbon", "FLOW"): 70.62864261323912,
+            ("Derivative production", "CAPEX"): 315.1854962423828,
+            ("Derivative production", "FLOW"): 19.377213854990554,
+            ("Derivative production", "OPEX"): 42.5828434596838,
+            ("Electricity and H2 storage", "CAPEX"): 289.05606587378134,
+            ("Electricity and H2 storage", "OPEX"): 0.5558849382145459,
+            ("Electricity generation", "CAPEX"): 943.231485988988,
+            ("Electricity generation", "OPEX"): 103.197961645443,
+            ("Electrolysis", "CAPEX"): 970.5791481047149,
+            ("Electrolysis", "OPEX"): 129.05048275062325,
+            ("Transportation (Ship)", "OPEX"): 14.047733464451378,
+            ("Water", "CAPEX"): 1.3949529227921325,
+            ("Water", "FLOW"): 0.5485774963784155,
+            ("Water", "OPEX"): 0.24730162185771912,
         }
 
         result_dict = {k: pytest.approx(v) for k, v in res_values.items() if v}
@@ -171,34 +171,20 @@ def test_example_api_call_3_pipeline_sea_land(self):
         res = self._test_api_call(settings)
         # test result categories
         res_values = res.groupby(["process_type", "cost_type"]).sum("values")["values"]
+
         for k, v in {
-            ("Water", "CAPEX"): 0.09778240749517693,
-            ("Water", "OPEX"): 0.0301895762734038,
-            ("Water", "FLOW"): 0.0669681098101092,
-            ("Electrolysis", "CAPEX"): 31.26888734395876,
-            ("Electrolysis", "OPEX"): 4.827015838720482,
-            ("Electrolysis", "FLOW"): 0,
-            ("Electricity generation", "CAPEX"): 222.35293638860577,
-            ("Electricity generation", "OPEX"): 58.3523144804189,
-            ("Electricity generation", "FLOW"): 0,
-            ("Transportation (Pipeline)", "CAPEX"): 5.312543588236488,
-            ("Transportation (Pipeline)", "OPEX"): 24.678148029682,
-            ("Transportation (Pipeline)", "FLOW"): 2.97636043600485,
-            ("Transportation (Ship)", "CAPEX"): 0,
-            ("Transportation (Ship)", "OPEX"): 0,
-            ("Transportation (Ship)", "FLOW"): 0,
-            ("Carbon", "CAPEX"): 0,
-            ("Carbon", "OPEX"): 0,
-            ("Carbon", "FLOW"): 0,
-            ("Derivative production", "CAPEX"): 0,
-            ("Derivative production", "OPEX"): 0,
-            ("Derivative production", "FLOW"): 0,
-            ("Heat", "CAPEX"): 0,
-            ("Heat", "OPEX"): 0,
-            ("Heat", "FLOW"): 0,
-            ("Electricity and H2 storage", "CAPEX"): 0,
-            ("Electricity and H2 storage", "OPEX"): 0,  # TODO: testdata is outdated
-            ("Electricity and H2 storage", "FLOW"): 0,
+            ("Electricity and H2 storage", "CAPEX"): 45.95241145770308,
+            ("Electricity and H2 storage", "OPEX"): 0.0,
+            ("Electricity generation", "CAPEX"): 318.68449080388336,
+            ("Electricity generation", "OPEX"): 55.11336801926485,
+            ("Electrolysis", "CAPEX"): 67.95373961580324,
+            ("Electrolysis", "OPEX"): 7.357831479534695,
+            ("Transportation (Pipeline)", "CAPEX"): 8.71722456310389,
+            ("Transportation (Pipeline)", "FLOW"): 3.425558822284455,
+            ("Transportation (Pipeline)", "OPEX"): 28.402624453035553,
+            ("Water", "CAPEX"): 0.160448792616752,
+            ("Water", "FLOW"): 0.07707507350140025,
+            ("Water", "OPEX"): 0.03474584868598187,
         }.items():
             self.assertAlmostEqual(res_values.get(k, 0), v, places=3, msg=k)
 
@@ -219,34 +205,18 @@ def test_example_api_call_4_pipeline_retrofitted(self):
         res = self._test_api_call(settings)
         # test result categories
         res_values = res.groupby(["process_type", "cost_type"]).sum("values")["values"]
+
         for k, v in {
-            ("Water", "CAPEX"): 0,
-            ("Water", "OPEX"): 0,
-            ("Water", "FLOW"): 0.362589872395495,
-            ("Electrolysis", "CAPEX"): 14.26507991048662,
-            ("Electrolysis", "OPEX"): 3.546461787521432,
-            ("Electrolysis", "FLOW"): 0,
-            ("Electricity generation", "CAPEX"): 26.50698388538755,
-            ("Electricity generation", "OPEX"): 6.58993893072181,
-            ("Electricity generation", "FLOW"): 0,
-            ("Transportation (Pipeline)", "CAPEX"): 1.281983377858589,
-            ("Transportation (Pipeline)", "OPEX"): 2.55172143395481,
-            ("Transportation (Pipeline)", "FLOW"): 0.710683430261875,
-            ("Transportation (Ship)", "CAPEX"): 0,
-            ("Transportation (Ship)", "OPEX"): 0,
-            ("Transportation (Ship)", "FLOW"): 0,
-            ("Carbon", "CAPEX"): 0,
-            ("Carbon", "OPEX"): 0,
-            ("Carbon", "FLOW"): 0,
-            ("Derivative production", "CAPEX"): 0,
-            ("Derivative production", "OPEX"): 0,
-            ("Derivative production", "FLOW"): 0,
-            ("Heat", "CAPEX"): 0,
-            ("Heat", "OPEX"): 0,
-            ("Heat", "FLOW"): 0,
-            ("Electricity and H2 storage", "CAPEX"): 0,
-            ("Electricity and H2 storage", "OPEX"): 0,  # TODO: test data is outdated
-            ("Electricity and H2 storage", "FLOW"): 0,
+            ("Electricity and H2 storage", "CAPEX"): 18.462175001891314,
+            ("Electricity and H2 storage", "OPEX"): 0.0,
+            ("Electricity generation", "CAPEX"): 24.36897573382399,
+            ("Electricity generation", "OPEX"): 8.4441424752989,
+            ("Electrolysis", "CAPEX"): 21.00166954706848,
+            ("Electrolysis", "OPEX"): 5.416729682187833,
+            ("Transportation (Pipeline)", "CAPEX"): 1.4250719758145969,
+            ("Transportation (Pipeline)", "FLOW"): 0.819582849362961,
+            ("Transportation (Pipeline)", "OPEX"): 2.942726725527567,
+            ("Water", "FLOW"): 0.4181502313322993,
         }.items():
             self.assertAlmostEqual(res_values.get(k, 0), v, places=3, msg=k)
 
@@ -310,7 +280,7 @@ def test_datahandler(self):
             cache_dir=None,
         )
 
-        expected_val = 0.0503
+        expected_val = 0.046
 
         # WACC without source_region_code (this is NOT fine)
         self.assertRaises(