h2integrate.converters.solar.test.test_pysam_solar

h2integrate.converters.solar.test.test_pysam_solar#

Functions

basic_pysam_options()

test_pvwatts_outputs(basic_pysam_options, ...)

test_pvwatts_singleowner_notilt(...)

Test PYSAMSolarPlantPerformanceModel with a basic input scenario:

test_pvwatts_singleowner_notilt_different_site(...)

Test PYSAMSolarPlantPerformanceModel with a basic input scenario:

test_pvwatts_singleowner_withtilt(...)

Test PYSAMSolarPlantPerformanceModel with tilt angle calculated using 'lat-func' option.

Classes

TestCalcTiltAngle()

Unit tests for PYSAMSolarPlantPerformanceModel.calc_tilt_angle with various latitudes including southern hemisphere (negative) values.
class h2integrate.converters.solar.test.test_pysam_solar.TestCalcTiltAngle#

Unit tests for PYSAMSolarPlantPerformanceModel.calc_tilt_angle with various latitudes including southern hemisphere (negative) values.

_make_model(tilt_angle_func, tilt=None, create_model_from='default')#

Create a lightweight mock of PYSAMSolarPlantPerformanceModel with the minimum attributes needed by calc_tilt_angle.

test_lat_mode(latitude, expected_tilt)#
test_lat_func_mode(latitude, expected_tilt)#
test_lat_func_symmetric()#

Verify that positive and negative latitudes produce identical tilt angles.

test_none_mode_default_with_user_tilt()#
test_none_mode_default_without_user_tilt()#
test_none_mode_new_with_user_tilt()#
test_none_mode_new_without_user_tilt()#
test_none_mode_new_no_tilt_anywhere()#
pytestmark = [Mark(name='unit', args=(), kwargs={})]#
h2integrate.converters.solar.test.test_pysam_solar.basic_pysam_options()#
h2integrate.converters.solar.test.test_pysam_solar.test_pvwatts_outputs(basic_pysam_options, solar_resource_dict, plant_config, subtests)#
h2integrate.converters.solar.test.test_pysam_solar.test_pvwatts_singleowner_notilt(basic_pysam_options, solar_resource_dict, plant_config, subtests)#

Test PYSAMSolarPlantPerformanceModel with a basic input scenario:

  • pysam_options is provided

  • create_model_from is set to ‘default’

  • config_name is ‘PVWattsSingleOwner’, this is used to create the starting system model

    because create_model_from is default.

  • tilt_angle_func is “none” and tilt is provided (in two separate places) as zero.

h2integrate.converters.solar.test.test_pysam_solar.test_pvwatts_singleowner_notilt_different_site(basic_pysam_options, plant_config, subtests)#

Test PYSAMSolarPlantPerformanceModel with a basic input scenario:

  • pysam_options is provided

  • create_model_from is set to ‘default’

  • config_name is ‘PVWattsSingleOwner’, this is used to create the starting system model

    because create_model_from is default.

  • tilt_angle_func is “none” and tilt is provided (in two separate places) as zero.

h2integrate.converters.solar.test.test_pysam_solar.test_pvwatts_singleowner_withtilt(basic_pysam_options, solar_resource_dict, plant_config, subtests)#

Test PYSAMSolarPlantPerformanceModel with tilt angle calculated using ‘lat-func’ option. The AEP of this test should be higher than the AEP in test_pvwatts_singleowner_notilt.