Hold the results from an individual year, or a typical year
Holds all the inputs required for an energy calculation
Holds flags that switch on and off various bits of the model chain.
The yield results from an energy calculation
The parameters describing the IAM model
An inverter instance.
A struct representing the 3 efficiency points of an inverter
An inverter input instance. Used for the 3D calculation only.
The data that describes an inverter model and it's performance.
Represents a layout of modules that could be connected to one inverter input
The data defining a location on the earth.
The loss tree results in the format required by SF-Desktop
All effects are given as a fraction of 1
0.01 would represent a gain of 1%
-0.01 would represent a loss of 1%
Basic DTO class which holds the loss tree data for a particular month
It doesn't have data for the AC part of the plant, transformer losses, AC cabling losses and grid avialability losses.
The AC system losses are calculated later in the model chain.
Contains the meteorological conditions for a particular instant
A data-set of meteorological conditions and the metadata relating them to a location
They could represent a TMY, but it could be more or less than a year in duration
The response from a call to the model chain async status query.
The results of running the model chain calculation using both endpoints.
The data that defines the module geometry.
A range of indices denoting where modules are placed on a rack or tracker.
The data describing the module specification
A string of modules. Defined as a list of module index ranges.
Contains the data relating to one design of rack
The limits of the maximum power point tracker
This data supplements the module specification found in a pan file
Sensible defaults are provided, so all the properties are optional
Represents an energy or power in the loss tree chain.
The PV plant described as a hierarchy of components starting with the transformers
And separately libraries of component specifications
These parameters characterize a module's electrical behavior according to the PVsyst diode model.
Parameters in here are with respect to one whole module, and are correct at reference temperature and irradiance.
AboutHandler response object.
The response object returned from this handler.
The response object for this handler.
Represents the position of the sun
Request object sent to the solar position endpoint.
Data model class to hold the solar positions
These can be provided as input if the user does not want
to use the in-build SolarFarmer solar position algorithm
The attributes of the system (plant and calculation configuration) that were used
for an energy calculation.
Class representing the 3 efficiency curves as used in the CEC inverter test.
The data required for modeling a tracker system
These are the inputs to the tracker algorithm that is controlling
a set of trackers.
An instance of a transformer.
The data that describes a transformer loss model.
Enum for specifying choice of diffuse transposition model
The cell technologies.
Enumerates the IAM model types
Enumerates the IAM models available to be used in IamModelTypeOverride.
Enumerates the types of inverter efficiency model
The possible points in the loss tree chain at which we will calculate the power or energy.
Enum to define the behaviour of missing data in required meteorological variables
The status of the model chain run.
See also: Microsoft.Azure.WebJobs.Extensions.DurableTask.OrchestrationRuntimeStatus
The different transformer loss models that SF can model