sunpeek.core_methods.virtuals.calculations

Module implementing virtual sensor calculations, in terms of CoreAlgorithm and CoreStrategy classes.

To add an implementation, subclass CoreAlgorithm (see ThermalPower class for instance). - allowed_components(): specify to which component the algorithm applies - define_strategies(): add specific ways to calculate the algorithm output, in terms of CoreStrategy classes

For each such CoreStrategy or VirtualSensorStrategy, implement - _calc(): The calculation itself. Output must be a dict containing unit-aware pd.Series (with dtype pint[unit]). - _get_feedback(): Add checks for all inputs required by _calc(). This is used by config_virtuals(plant).

Code author: Philip Ohnewein <p.ohnewein@aee.at>

Code author: Daniel Tschopp <d.tschopp@aee.at>

Code author: Peter Zauner <p.zauner@aee.at>

Classes

AlgoIAM(component[, strategies])	Incidence angle modifier (IAM) for array's collector.
AngleOfIncidence(component[, strategies])	Calculate the angle of incidence of sun on plane of component using pvlib function.
ArrayTemperatures(component[, strategies])	Calculate mean operating temperature of collector component and its temperature derivative.
HorizontalIrradiances(component[, strategies])	For a Plant, calculate horizontal irradiance components from its radiation input slots.
InternalShading(component[, strategies])	Calculates internal shading (row-to-row shading) related virtual sensors of a collector component.
MassFlow(component[, strategies])	Mass flow for Plants and Arrays.
SolarPosition(component[, strategies])	For Plant: Calculates solar angles (azimuth, elevation, zenith).
StrategyAOI_pvlib(component)
StrategyArrayTemperatures_savgol(component)
StrategyIAMFromCollector(component)	Calculate incidence angle modifier (IAM) based on IAM method defined in array's collector.
StrategyInternalShading_BanyAppelbaum(component)
StrategyInternalShading_SlopedGround(component)
StrategyMassFlowFromPower(component)	For Plants and Arrays, calculate mass flow from fluid, thermal power and inlet & outlet temperatures.
StrategyMassFlowFromVolumeFlow(component)	For Plants and Arrays, calculate mass flow from fluid, thermal power and inlet & outlet temperatures.
StrategyPowerFromSensor(component)	Feedthrough strategy, taking power from a Plant or Array tp real sensor.
StrategyPowerFromVolumeFlow(component)	For Plant and Arrays, calculate thermal power from fluid, volume flow and inlet & outlet temperatures.
StrategySolarPosition_pvlib(component)
StrategyTiltedIrradiance_feedthrough(component)	Array tilted irradiance components using only available real sensors, no radiation modeling.
ThermalPower(component[, strategies])	Thermal power for Plant and Arrays.
TiltedIrradiances(component[, strategies])	Calculate Array tilted irradiance components from its radiation input slots (in_XX).