pvlib.location.Location.get_solarposition#

Location.get_solarposition(times, pressure=None, temperature=12, **kwargs)[source]#

Uses the pvlib.solarposition.get_solarposition() function to calculate the solar zenith, azimuth, etc. at this location.

Parameters:

times (pandas.DatetimeIndex) – Must be localized or UTC will be assumed.
pressure (float, or array-like, optional) – If not specified, pressure is calculated using pvlib.atmosphere.alt2pres() and self.altitude.
temperature (float or array-like, default 12)
kwargs – passed to pvlib.solarposition.get_solarposition()

Returns:

solar_position (DataFrame) – Columns depend on the method kwarg, but always include zenith and azimuth. The angles are in degrees.

Examples using `pvlib.location.Location.get_solarposition`#

Simulating PV system DC output using the ADR module efficiency model

Simulating PV system DC output using the ADR module efficiency model

Agrivoltaic system modeling

Agrivoltaic system modeling

Fixed-Tilt Simulation with pvfactors

Fixed-Tilt Simulation with pvfactors

Bifacial Modeling - procedural

Bifacial Modeling - procedural

Bifacial Modeling - modelchain

Bifacial Modeling - modelchain

Reverse transposition using one year of hourly data

Reverse transposition using one year of hourly data

Seasonal Tilt

Use different Perez coefficients with the ModelChain

Use different Perez coefficients with the ModelChain

Modeling with interval averages

Modeling with interval averages

Modeling Transposition Gain

Modeling Transposition Gain

Simple irradiance adjustment for horizon shading

Simple irradiance adjustment for horizon shading

Modelling shading losses in modules with bypass diodes

Modelling shading losses in modules with bypass diodes

Discontinuous Tracking

Discontinuous Tracking

Spectral Mismatch Estimation

Spectral Mismatch Estimation