Add tests for effective irradiance behavior in noct_sam

Author: Chirag3841

tests/test_noct_sam_effective_irradiance.py

@@ -1,32 +0,0 @@
-import numpy as np
-from pvlib.temperature import noct_sam
-def test_noct_sam_effective_irr_reduces_temp():
-    # Test that effective irradiance lowers predicted cell temperature
-    t_full = noct_sam(poa_global=800, temp_air=20, wind_speed=2,
-                      noct=45, module_efficiency=0.20)
-    # Lower effective irradiance should reduce modeled temperature
-    t_eff_600 = noct_sam(poa_global=800, temp_air=20, wind_speed=2,
-                         noct=45, module_efficiency=0.20,
-                         effective_irradiance=600)
-    t_eff_200 = noct_sam(poa_global=800, temp_air=20, wind_speed=2,
-                         noct=45, module_efficiency=0.20,
-                         effective_irradiance=200)
-    assert t_eff_600 < t_full
-    assert t_eff_200 < t_eff_600
-def test_noct_sam_oc_case_reduces_temp():
-    # Test that open-circuit modules (efficiency=0) still respond to effective irradiance
-    t_oc_full = noct_sam(poa_global=800, temp_air=20, wind_speed=2,
-                         noct=45, module_efficiency=0.0)
-    # Reducing effective irradiance should still lower modeled temperature
-    t_oc_eff = noct_sam(poa_global=800, temp_air=20, wind_speed=2,
-                        noct=45, module_efficiency=0.0,
-                        effective_irradiance=300)
-    assert t_oc_eff < t_oc_full
-
-def test_noct_sam_not_below_ambient_for_small_eff():
-    # Test that extremely small effective irradiance never predicts temperature below ambient
-    t_small = noct_sam(poa_global=800, temp_air=20, wind_speed=2,
-                       noct=45, module_efficiency=0.20,
-                       effective_irradiance=1.0)
-    # Allow tiny numerical tolerance
-    assert t_small >= 20.0 - 1e-6