sunpeek.core_methods.virtuals.radiation

Functions

get_beam_irradiance_from_dni(plant, dni, ...)	Calculate beam irradiance on a given surface from DNI.
get_horizontal_irradiance_from_dhi_dni(...)	Complete horizontal irradiance components from measured DHI and DNI.
get_horizontal_irradiance_from_dti_dni(...)	Estimate horizontal irradiance components from measured DTI and DNI.
get_horizontal_irradiance_from_ghi(plant, ghi)	Decompose measured global horizontal irradiance into DNI and DHI.
get_horizontal_irradiance_from_ghi_bhi(...)	Complete horizontal irradiance components from measured GHI and BHI.
get_horizontal_irradiance_from_ghi_dhi(...)	Complete horizontal irradiance components from measured GHI and DHI.
get_horizontal_irradiance_from_ghi_dni(...)	Complete horizontal irradiance components from measured GHI and DNI.
get_horizontal_irradiance_from_gti(plant, ...)	Reverse-transpose measured global POA irradiance to GHI, DNI and DHI.
get_orientation(c_in)	Returns tilt and orientation of a cmp.Array or a cmp.Sensor, assuming a radiation sensor for global, beam or diffuse (not for dni)
get_poa_irradiance_from_ghi(plant, ...[, ...])	Calculate array GTI, BTI and DTI from horizontal irradiance inputs.
get_poa_irradiance_from_gti(plant, ...[, ...])	Calculate array GTI, BTI and DTI from one measured global POA sensor.
get_poa_irradiance_from_horizontal_irradiance(...)	Transpose horizontal irradiance components into a target plane.
get_radiation_inputs(component)	Return list with the 4 standard input slots of an Array of Plant.
get_radiation_pattern(component)	Returns input pattern as string, where 1 if input is not None, else 0.
is_horizontal(*args)	Returns tuple with bool for each arg.
same_orientation(*args)	Checks whether two radiation sensors or arrays have same tilt & orientation.
to_rd(*args)	Converts numeric inputs to pd.Series with pint dtype W/m².
unpack_radiations(component)	Tries to read radiation as numeric value from self attributes (Sensor) in unit W/m**2.
use_delta_kt_prime(time_index)	Return whether GTI-DIRINT may use its time-series stability index.